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TEngine/UnityProject/Assets/Obfuz/GeneratedEncryptionVirtualMachine.cs
Alex-Rachel cb86d8868e 接入obfuz->2.0
2025-07-26 08:10:41 +08:00

4523 lines
176 KiB
C#
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/// This file is auto-generated by Obfuz. Do not modify it.
///
/// Version: 0
/// SecretKey: Obfuz
/// OpCodeCount: 256
namespace Obfuz.EncryptionVM
{
public class GeneratedEncryptionVirtualMachine : Obfuz.EncryptorBase
{
private const int kOpCodeBits = 8;
private const int kOpCodeCount = 256;
private const int kOpCodeMask = 255;
private readonly int[] _secretKey;
public GeneratedEncryptionVirtualMachine(byte[] secretKey)
{
this._secretKey = ConvertToIntKey(secretKey);
}
public override int OpCodeCount => kOpCodeCount;
public override int Encrypt(int value, int opts, int salt)
{
uint uopts = (uint)opts;
uint revertOps = 0;
while (uopts != 0)
{
uint opCode = uopts & kOpCodeMask;
revertOps <<= kOpCodeBits;
revertOps |= opCode;
uopts >>= kOpCodeBits;
}
while (revertOps != 0)
{
uint opCode = revertOps & kOpCodeMask;
value = ExecuteEncrypt(value, (int)opCode, salt);
revertOps >>= kOpCodeBits;
}
return value;
}
public override int Decrypt(int value, int opts, int salt)
{
uint uopts = (uint)opts;
while (uopts != 0)
{
uint opCode = uopts & kOpCodeMask;
value = ExecuteDecrypt(value, (int)opCode, salt);
uopts >>= kOpCodeBits;
}
return value;
}
private int ExecuteEncrypt(int value, int opCode, int salt)
{
switch (opCode)
{
case 0:
{
// MultipleInstruction
value = value * 598188269 + _secretKey[84] + salt;
return value;
}
case 1:
{
// MultipleRotateXorInstruction
value = value * 1350058129 + _secretKey[136];
uint part1 = (uint)value << 4;
uint part2 = (uint)value >> (32 - 4);
value = (int)(part1 | part2);
value ^= 1817406469 ^ salt;
return value;
}
case 2:
{
// MultipleXorRotateInstruction
value = value * -1144218503 + _secretKey[246];
value ^= -1498541961 ^ salt;
uint part1 = (uint)value << 5;
uint part2 = (uint)value >> (32 - 5);
value = (int)(part1 | part2);
return value;
}
case 3:
{
// AddRotateXorInstruction
value += -1207833585 + _secretKey[26];
uint part1 = (uint)value << 0;
uint part2 = (uint)value >> (32 - 0);
value = (int)(part1 | part2);
value ^= 29411710 ^ salt;
return value;
}
case 4:
{
// BitRotateInstruction
uint part1 = (uint)value << 18;
uint part2 = (uint)value >> (32 - 18);
value = ((int)(part1 | part2) ^ _secretKey[85]) + salt;
return value;
}
case 5:
{
// MultipleXorRotateInstruction
value = value * -1447238259 + _secretKey[165];
value ^= 86149918 ^ salt;
uint part1 = (uint)value << 0;
uint part2 = (uint)value >> (32 - 0);
value = (int)(part1 | part2);
return value;
}
case 6:
{
// AddRotateXorInstruction
value += -1856354856 + _secretKey[178];
uint part1 = (uint)value << 29;
uint part2 = (uint)value >> (32 - 29);
value = (int)(part1 | part2);
value ^= -1262500500 ^ salt;
return value;
}
case 7:
{
// XorInstruction
value = ((value ^ _secretKey[53]) + salt) ^ 665464645;
return value;
}
case 8:
{
// XorMultipleRotateInstruction
value ^= -1044567439 ^ salt;
value = value * -1860181607 + _secretKey[206];
uint part1 = (uint)value << 16;
uint part2 = (uint)value >> (32 - 16);
value = (int)(part1 | part2);
return value;
}
case 9:
{
// MultipleInstruction
value = value * 522878123 + _secretKey[196] + salt;
return value;
}
case 10:
{
// XorAddRotateInstruction
value ^= -755609206 ^ salt;
value += -1035239660 + _secretKey[199];
uint part1 = (uint)value << 10;
uint part2 = (uint)value >> (32 - 10);
value = (int)(part1 | part2);
return value;
}
case 11:
{
// AddInstruction
value = ((value + _secretKey[89]) ^ salt) + -1177184477;
return value;
}
case 12:
{
// BitRotateInstruction
uint part1 = (uint)value << 29;
uint part2 = (uint)value >> (32 - 29);
value = ((int)(part1 | part2) ^ _secretKey[23]) + salt;
return value;
}
case 13:
{
// XorMultipleRotateInstruction
value ^= -1510419150 ^ salt;
value = value * -93709937 + _secretKey[68];
uint part1 = (uint)value << 19;
uint part2 = (uint)value >> (32 - 19);
value = (int)(part1 | part2);
return value;
}
case 14:
{
// MultipleRotateXorInstruction
value = value * 2015893433 + _secretKey[156];
uint part1 = (uint)value << 6;
uint part2 = (uint)value >> (32 - 6);
value = (int)(part1 | part2);
value ^= -1134639492 ^ salt;
return value;
}
case 15:
{
// BitRotateInstruction
uint part1 = (uint)value << 7;
uint part2 = (uint)value >> (32 - 7);
value = ((int)(part1 | part2) ^ _secretKey[95]) + salt;
return value;
}
case 16:
{
// XorMultipleRotateInstruction
value ^= -759315565 ^ salt;
value = value * -436699251 + _secretKey[79];
uint part1 = (uint)value << 6;
uint part2 = (uint)value >> (32 - 6);
value = (int)(part1 | part2);
return value;
}
case 17:
{
// MultipleRotateXorInstruction
value = value * 1266530571 + _secretKey[75];
uint part1 = (uint)value << 2;
uint part2 = (uint)value >> (32 - 2);
value = (int)(part1 | part2);
value ^= -3885258 ^ salt;
return value;
}
case 18:
{
// MultipleXorRotateInstruction
value = value * -259404705 + _secretKey[153];
value ^= 1207613963 ^ salt;
uint part1 = (uint)value << 9;
uint part2 = (uint)value >> (32 - 9);
value = (int)(part1 | part2);
return value;
}
case 19:
{
// MultipleRotateXorInstruction
value = value * 1042624059 + _secretKey[86];
uint part1 = (uint)value << 11;
uint part2 = (uint)value >> (32 - 11);
value = (int)(part1 | part2);
value ^= 792769043 ^ salt;
return value;
}
case 20:
{
// AddInstruction
value = ((value + _secretKey[194]) ^ salt) + -512520382;
return value;
}
case 21:
{
// XorInstruction
value = ((value ^ _secretKey[195]) + salt) ^ -1864951858;
return value;
}
case 22:
{
// BitRotateInstruction
uint part1 = (uint)value << 15;
uint part2 = (uint)value >> (32 - 15);
value = ((int)(part1 | part2) ^ _secretKey[2]) + salt;
return value;
}
case 23:
{
// MultipleInstruction
value = value * -463118297 + _secretKey[203] + salt;
return value;
}
case 24:
{
// AddInstruction
value = ((value + _secretKey[110]) ^ salt) + 2026667919;
return value;
}
case 25:
{
// AddXorRotateInstruction
value += 848657810 + _secretKey[133];
value ^= 392708821 ^ salt;
uint part1 = (uint)value << 15;
uint part2 = (uint)value >> (32 - 15);
value = (int)(part1 | part2);
return value;
}
case 26:
{
// BitRotateInstruction
uint part1 = (uint)value << 5;
uint part2 = (uint)value >> (32 - 5);
value = ((int)(part1 | part2) ^ _secretKey[93]) + salt;
return value;
}
case 27:
{
// XorAddRotateInstruction
value ^= 1294662302 ^ salt;
value += 1284012732 + _secretKey[58];
uint part1 = (uint)value << 30;
uint part2 = (uint)value >> (32 - 30);
value = (int)(part1 | part2);
return value;
}
case 28:
{
// XorMultipleRotateInstruction
value ^= -1438081752 ^ salt;
value = value * -1171400509 + _secretKey[138];
uint part1 = (uint)value << 29;
uint part2 = (uint)value >> (32 - 29);
value = (int)(part1 | part2);
return value;
}
case 29:
{
// BitRotateInstruction
uint part1 = (uint)value << 6;
uint part2 = (uint)value >> (32 - 6);
value = ((int)(part1 | part2) ^ _secretKey[240]) + salt;
return value;
}
case 30:
{
// MultipleRotateXorInstruction
value = value * 1892661727 + _secretKey[215];
uint part1 = (uint)value << 24;
uint part2 = (uint)value >> (32 - 24);
value = (int)(part1 | part2);
value ^= 1594594445 ^ salt;
return value;
}
case 31:
{
// BitRotateInstruction
uint part1 = (uint)value << 19;
uint part2 = (uint)value >> (32 - 19);
value = ((int)(part1 | part2) ^ _secretKey[49]) + salt;
return value;
}
case 32:
{
// XorAddRotateInstruction
value ^= 226193183 ^ salt;
value += -1038657413 + _secretKey[247];
uint part1 = (uint)value << 17;
uint part2 = (uint)value >> (32 - 17);
value = (int)(part1 | part2);
return value;
}
case 33:
{
// XorAddRotateInstruction
value ^= -484591087 ^ salt;
value += 459902223 + _secretKey[252];
uint part1 = (uint)value << 23;
uint part2 = (uint)value >> (32 - 23);
value = (int)(part1 | part2);
return value;
}
case 34:
{
// MultipleXorRotateInstruction
value = value * -1382643267 + _secretKey[211];
value ^= 1186351980 ^ salt;
uint part1 = (uint)value << 14;
uint part2 = (uint)value >> (32 - 14);
value = (int)(part1 | part2);
return value;
}
case 35:
{
// XorAddRotateInstruction
value ^= 1658142493 ^ salt;
value += -283413931 + _secretKey[235];
uint part1 = (uint)value << 15;
uint part2 = (uint)value >> (32 - 15);
value = (int)(part1 | part2);
return value;
}
case 36:
{
// XorInstruction
value = ((value ^ _secretKey[90]) + salt) ^ -1892941953;
return value;
}
case 37:
{
// XorMultipleRotateInstruction
value ^= -1297440001 ^ salt;
value = value * -1166749617 + _secretKey[111];
uint part1 = (uint)value << 31;
uint part2 = (uint)value >> (32 - 31);
value = (int)(part1 | part2);
return value;
}
case 38:
{
// MultipleRotateXorInstruction
value = value * -375439505 + _secretKey[213];
uint part1 = (uint)value << 31;
uint part2 = (uint)value >> (32 - 31);
value = (int)(part1 | part2);
value ^= 1353158598 ^ salt;
return value;
}
case 39:
{
// XorAddRotateInstruction
value ^= -934836680 ^ salt;
value += 873171360 + _secretKey[72];
uint part1 = (uint)value << 20;
uint part2 = (uint)value >> (32 - 20);
value = (int)(part1 | part2);
return value;
}
case 40:
{
// MultipleXorRotateInstruction
value = value * 1427441479 + _secretKey[140];
value ^= -28088263 ^ salt;
uint part1 = (uint)value << 18;
uint part2 = (uint)value >> (32 - 18);
value = (int)(part1 | part2);
return value;
}
case 41:
{
// AddRotateXorInstruction
value += 969234286 + _secretKey[116];
uint part1 = (uint)value << 1;
uint part2 = (uint)value >> (32 - 1);
value = (int)(part1 | part2);
value ^= -312111197 ^ salt;
return value;
}
case 42:
{
// MultipleInstruction
value = value * -1130955295 + _secretKey[29] + salt;
return value;
}
case 43:
{
// BitRotateInstruction
uint part1 = (uint)value << 28;
uint part2 = (uint)value >> (32 - 28);
value = ((int)(part1 | part2) ^ _secretKey[1]) + salt;
return value;
}
case 44:
{
// BitRotateInstruction
uint part1 = (uint)value << 4;
uint part2 = (uint)value >> (32 - 4);
value = ((int)(part1 | part2) ^ _secretKey[184]) + salt;
return value;
}
case 45:
{
// MultipleXorRotateInstruction
value = value * -1782633617 + _secretKey[199];
value ^= 1068062556 ^ salt;
uint part1 = (uint)value << 18;
uint part2 = (uint)value >> (32 - 18);
value = (int)(part1 | part2);
return value;
}
case 46:
{
// XorMultipleRotateInstruction
value ^= 196245895 ^ salt;
value = value * -1852817781 + _secretKey[200];
uint part1 = (uint)value << 1;
uint part2 = (uint)value >> (32 - 1);
value = (int)(part1 | part2);
return value;
}
case 47:
{
// MultipleXorRotateInstruction
value = value * -50587953 + _secretKey[10];
value ^= -1964107221 ^ salt;
uint part1 = (uint)value << 7;
uint part2 = (uint)value >> (32 - 7);
value = (int)(part1 | part2);
return value;
}
case 48:
{
// MultipleXorRotateInstruction
value = value * 1216851115 + _secretKey[238];
value ^= -38668552 ^ salt;
uint part1 = (uint)value << 18;
uint part2 = (uint)value >> (32 - 18);
value = (int)(part1 | part2);
return value;
}
case 49:
{
// MultipleInstruction
value = value * -2133817615 + _secretKey[172] + salt;
return value;
}
case 50:
{
// AddXorRotateInstruction
value += 1412414820 + _secretKey[219];
value ^= -2098495662 ^ salt;
uint part1 = (uint)value << 11;
uint part2 = (uint)value >> (32 - 11);
value = (int)(part1 | part2);
return value;
}
case 51:
{
// BitRotateInstruction
uint part1 = (uint)value << 10;
uint part2 = (uint)value >> (32 - 10);
value = ((int)(part1 | part2) ^ _secretKey[97]) + salt;
return value;
}
case 52:
{
// MultipleRotateXorInstruction
value = value * -1791837593 + _secretKey[63];
uint part1 = (uint)value << 24;
uint part2 = (uint)value >> (32 - 24);
value = (int)(part1 | part2);
value ^= -21948406 ^ salt;
return value;
}
case 53:
{
// BitRotateInstruction
uint part1 = (uint)value << 7;
uint part2 = (uint)value >> (32 - 7);
value = ((int)(part1 | part2) ^ _secretKey[221]) + salt;
return value;
}
case 54:
{
// MultipleInstruction
value = value * -1220403071 + _secretKey[96] + salt;
return value;
}
case 55:
{
// MultipleRotateXorInstruction
value = value * -867896207 + _secretKey[29];
uint part1 = (uint)value << 29;
uint part2 = (uint)value >> (32 - 29);
value = (int)(part1 | part2);
value ^= -1022882984 ^ salt;
return value;
}
case 56:
{
// XorMultipleRotateInstruction
value ^= 2122077674 ^ salt;
value = value * 957274637 + _secretKey[235];
uint part1 = (uint)value << 12;
uint part2 = (uint)value >> (32 - 12);
value = (int)(part1 | part2);
return value;
}
case 57:
{
// AddRotateXorInstruction
value += -503448718 + _secretKey[175];
uint part1 = (uint)value << 21;
uint part2 = (uint)value >> (32 - 21);
value = (int)(part1 | part2);
value ^= -720824840 ^ salt;
return value;
}
case 58:
{
// MultipleInstruction
value = value * -280528271 + _secretKey[231] + salt;
return value;
}
case 59:
{
// BitRotateInstruction
uint part1 = (uint)value << 19;
uint part2 = (uint)value >> (32 - 19);
value = ((int)(part1 | part2) ^ _secretKey[75]) + salt;
return value;
}
case 60:
{
// MultipleRotateXorInstruction
value = value * -1403438719 + _secretKey[171];
uint part1 = (uint)value << 27;
uint part2 = (uint)value >> (32 - 27);
value = (int)(part1 | part2);
value ^= 1420744071 ^ salt;
return value;
}
case 61:
{
// XorMultipleRotateInstruction
value ^= 1366253139 ^ salt;
value = value * -1583570963 + _secretKey[84];
uint part1 = (uint)value << 15;
uint part2 = (uint)value >> (32 - 15);
value = (int)(part1 | part2);
return value;
}
case 62:
{
// MultipleXorRotateInstruction
value = value * 24444809 + _secretKey[132];
value ^= -1974823163 ^ salt;
uint part1 = (uint)value << 6;
uint part2 = (uint)value >> (32 - 6);
value = (int)(part1 | part2);
return value;
}
case 63:
{
// BitRotateInstruction
uint part1 = (uint)value << 22;
uint part2 = (uint)value >> (32 - 22);
value = ((int)(part1 | part2) ^ _secretKey[119]) + salt;
return value;
}
case 64:
{
// XorInstruction
value = ((value ^ _secretKey[15]) + salt) ^ 1262347216;
return value;
}
case 65:
{
// AddInstruction
value = ((value + _secretKey[126]) ^ salt) + 1780280992;
return value;
}
case 66:
{
// MultipleXorRotateInstruction
value = value * -1871888237 + _secretKey[85];
value ^= -1198162446 ^ salt;
uint part1 = (uint)value << 13;
uint part2 = (uint)value >> (32 - 13);
value = (int)(part1 | part2);
return value;
}
case 67:
{
// MultipleInstruction
value = value * 931252767 + _secretKey[128] + salt;
return value;
}
case 68:
{
// BitRotateInstruction
uint part1 = (uint)value << 24;
uint part2 = (uint)value >> (32 - 24);
value = ((int)(part1 | part2) ^ _secretKey[178]) + salt;
return value;
}
case 69:
{
// XorInstruction
value = ((value ^ _secretKey[61]) + salt) ^ 1649427052;
return value;
}
case 70:
{
// MultipleRotateXorInstruction
value = value * -100486091 + _secretKey[83];
uint part1 = (uint)value << 17;
uint part2 = (uint)value >> (32 - 17);
value = (int)(part1 | part2);
value ^= 849172121 ^ salt;
return value;
}
case 71:
{
// BitRotateInstruction
uint part1 = (uint)value << 16;
uint part2 = (uint)value >> (32 - 16);
value = ((int)(part1 | part2) ^ _secretKey[169]) + salt;
return value;
}
case 72:
{
// XorAddRotateInstruction
value ^= 1068287172 ^ salt;
value += -2092062916 + _secretKey[138];
uint part1 = (uint)value << 20;
uint part2 = (uint)value >> (32 - 20);
value = (int)(part1 | part2);
return value;
}
case 73:
{
// MultipleInstruction
value = value * -729679733 + _secretKey[34] + salt;
return value;
}
case 74:
{
// MultipleRotateXorInstruction
value = value * -1624925351 + _secretKey[30];
uint part1 = (uint)value << 29;
uint part2 = (uint)value >> (32 - 29);
value = (int)(part1 | part2);
value ^= -145743337 ^ salt;
return value;
}
case 75:
{
// MultipleRotateXorInstruction
value = value * -1768166349 + _secretKey[142];
uint part1 = (uint)value << 4;
uint part2 = (uint)value >> (32 - 4);
value = (int)(part1 | part2);
value ^= 280941267 ^ salt;
return value;
}
case 76:
{
// MultipleInstruction
value = value * -1708700487 + _secretKey[156] + salt;
return value;
}
case 77:
{
// AddRotateXorInstruction
value += 314625916 + _secretKey[192];
uint part1 = (uint)value << 7;
uint part2 = (uint)value >> (32 - 7);
value = (int)(part1 | part2);
value ^= 827331935 ^ salt;
return value;
}
case 78:
{
// MultipleInstruction
value = value * 875189907 + _secretKey[141] + salt;
return value;
}
case 79:
{
// AddXorRotateInstruction
value += 1607953190 + _secretKey[133];
value ^= -11549173 ^ salt;
uint part1 = (uint)value << 11;
uint part2 = (uint)value >> (32 - 11);
value = (int)(part1 | part2);
return value;
}
case 80:
{
// XorAddRotateInstruction
value ^= -1454482890 ^ salt;
value += 687186546 + _secretKey[95];
uint part1 = (uint)value << 25;
uint part2 = (uint)value >> (32 - 25);
value = (int)(part1 | part2);
return value;
}
case 81:
{
// XorInstruction
value = ((value ^ _secretKey[195]) + salt) ^ 814860713;
return value;
}
case 82:
{
// AddRotateXorInstruction
value += 1998643542 + _secretKey[171];
uint part1 = (uint)value << 19;
uint part2 = (uint)value >> (32 - 19);
value = (int)(part1 | part2);
value ^= 213310246 ^ salt;
return value;
}
case 83:
{
// AddRotateXorInstruction
value += 542686146 + _secretKey[249];
uint part1 = (uint)value << 14;
uint part2 = (uint)value >> (32 - 14);
value = (int)(part1 | part2);
value ^= -696314173 ^ salt;
return value;
}
case 84:
{
// AddRotateXorInstruction
value += 1734820207 + _secretKey[2];
uint part1 = (uint)value << 9;
uint part2 = (uint)value >> (32 - 9);
value = (int)(part1 | part2);
value ^= 118718247 ^ salt;
return value;
}
case 85:
{
// XorInstruction
value = ((value ^ _secretKey[143]) + salt) ^ 1553710234;
return value;
}
case 86:
{
// AddRotateXorInstruction
value += -217984331 + _secretKey[146];
uint part1 = (uint)value << 5;
uint part2 = (uint)value >> (32 - 5);
value = (int)(part1 | part2);
value ^= -1402843691 ^ salt;
return value;
}
case 87:
{
// MultipleInstruction
value = value * 1078374119 + _secretKey[5] + salt;
return value;
}
case 88:
{
// MultipleRotateXorInstruction
value = value * -975647447 + _secretKey[158];
uint part1 = (uint)value << 28;
uint part2 = (uint)value >> (32 - 28);
value = (int)(part1 | part2);
value ^= -2044505542 ^ salt;
return value;
}
case 89:
{
// AddInstruction
value = ((value + _secretKey[40]) ^ salt) + -1213654475;
return value;
}
case 90:
{
// XorMultipleRotateInstruction
value ^= -1886972278 ^ salt;
value = value * 275510141 + _secretKey[206];
uint part1 = (uint)value << 6;
uint part2 = (uint)value >> (32 - 6);
value = (int)(part1 | part2);
return value;
}
case 91:
{
// AddRotateXorInstruction
value += -1724625239 + _secretKey[223];
uint part1 = (uint)value << 23;
uint part2 = (uint)value >> (32 - 23);
value = (int)(part1 | part2);
value ^= -979249928 ^ salt;
return value;
}
case 92:
{
// XorInstruction
value = ((value ^ _secretKey[83]) + salt) ^ -1104541704;
return value;
}
case 93:
{
// XorInstruction
value = ((value ^ _secretKey[31]) + salt) ^ 311150152;
return value;
}
case 94:
{
// XorMultipleRotateInstruction
value ^= 116496631 ^ salt;
value = value * 13120561 + _secretKey[176];
uint part1 = (uint)value << 17;
uint part2 = (uint)value >> (32 - 17);
value = (int)(part1 | part2);
return value;
}
case 95:
{
// MultipleRotateXorInstruction
value = value * -1932552195 + _secretKey[87];
uint part1 = (uint)value << 2;
uint part2 = (uint)value >> (32 - 2);
value = (int)(part1 | part2);
value ^= 2133438141 ^ salt;
return value;
}
case 96:
{
// MultipleRotateXorInstruction
value = value * 126641773 + _secretKey[174];
uint part1 = (uint)value << 16;
uint part2 = (uint)value >> (32 - 16);
value = (int)(part1 | part2);
value ^= 225535005 ^ salt;
return value;
}
case 97:
{
// MultipleRotateXorInstruction
value = value * -1013570837 + _secretKey[175];
uint part1 = (uint)value << 1;
uint part2 = (uint)value >> (32 - 1);
value = (int)(part1 | part2);
value ^= -1703839105 ^ salt;
return value;
}
case 98:
{
// XorAddRotateInstruction
value ^= -447564571 ^ salt;
value += -1783079937 + _secretKey[78];
uint part1 = (uint)value << 15;
uint part2 = (uint)value >> (32 - 15);
value = (int)(part1 | part2);
return value;
}
case 99:
{
// XorInstruction
value = ((value ^ _secretKey[111]) + salt) ^ -316631669;
return value;
}
case 100:
{
// XorMultipleRotateInstruction
value ^= -405694625 ^ salt;
value = value * 1711408839 + _secretKey[252];
uint part1 = (uint)value << 24;
uint part2 = (uint)value >> (32 - 24);
value = (int)(part1 | part2);
return value;
}
case 101:
{
// MultipleXorRotateInstruction
value = value * -910384311 + _secretKey[212];
value ^= -1551058348 ^ salt;
uint part1 = (uint)value << 6;
uint part2 = (uint)value >> (32 - 6);
value = (int)(part1 | part2);
return value;
}
case 102:
{
// AddInstruction
value = ((value + _secretKey[18]) ^ salt) + -853736135;
return value;
}
case 103:
{
// AddInstruction
value = ((value + _secretKey[116]) ^ salt) + 1321376878;
return value;
}
case 104:
{
// MultipleRotateXorInstruction
value = value * 1039555235 + _secretKey[7];
uint part1 = (uint)value << 0;
uint part2 = (uint)value >> (32 - 0);
value = (int)(part1 | part2);
value ^= 541697309 ^ salt;
return value;
}
case 105:
{
// AddRotateXorInstruction
value += -822594180 + _secretKey[1];
uint part1 = (uint)value << 4;
uint part2 = (uint)value >> (32 - 4);
value = (int)(part1 | part2);
value ^= 1176608900 ^ salt;
return value;
}
case 106:
{
// AddInstruction
value = ((value + _secretKey[110]) ^ salt) + -882893600;
return value;
}
case 107:
{
// MultipleRotateXorInstruction
value = value * -346726819 + _secretKey[114];
uint part1 = (uint)value << 23;
uint part2 = (uint)value >> (32 - 23);
value = (int)(part1 | part2);
value ^= -1566546809 ^ salt;
return value;
}
case 108:
{
// MultipleInstruction
value = value * -981516343 + _secretKey[97] + salt;
return value;
}
case 109:
{
// XorAddRotateInstruction
value ^= -72794161 ^ salt;
value += 1161425930 + _secretKey[43];
uint part1 = (uint)value << 7;
uint part2 = (uint)value >> (32 - 7);
value = (int)(part1 | part2);
return value;
}
case 110:
{
// AddInstruction
value = ((value + _secretKey[238]) ^ salt) + -1619543125;
return value;
}
case 111:
{
// XorAddRotateInstruction
value ^= 1170459122 ^ salt;
value += -1766468683 + _secretKey[241];
uint part1 = (uint)value << 12;
uint part2 = (uint)value >> (32 - 12);
value = (int)(part1 | part2);
return value;
}
case 112:
{
// AddXorRotateInstruction
value += 251687012 + _secretKey[219];
value ^= 323019346 ^ salt;
uint part1 = (uint)value << 11;
uint part2 = (uint)value >> (32 - 11);
value = (int)(part1 | part2);
return value;
}
case 113:
{
// AddInstruction
value = ((value + _secretKey[97]) ^ salt) + -1049972438;
return value;
}
case 114:
{
// XorMultipleRotateInstruction
value ^= -492239002 ^ salt;
value = value * -1496840897 + _secretKey[216];
uint part1 = (uint)value << 10;
uint part2 = (uint)value >> (32 - 10);
value = (int)(part1 | part2);
return value;
}
case 115:
{
// AddInstruction
value = ((value + _secretKey[221]) ^ salt) + -748126329;
return value;
}
case 116:
{
// AddXorRotateInstruction
value += -441051263 + _secretKey[96];
value ^= -5933889 ^ salt;
uint part1 = (uint)value << 17;
uint part2 = (uint)value >> (32 - 17);
value = (int)(part1 | part2);
return value;
}
case 117:
{
// MultipleRotateXorInstruction
value = value * -1850062787 + _secretKey[88];
uint part1 = (uint)value << 11;
uint part2 = (uint)value >> (32 - 11);
value = (int)(part1 | part2);
value ^= 543895274 ^ salt;
return value;
}
case 118:
{
// MultipleInstruction
value = value * -747527445 + _secretKey[140] + salt;
return value;
}
case 119:
{
// BitRotateInstruction
uint part1 = (uint)value << 18;
uint part2 = (uint)value >> (32 - 18);
value = ((int)(part1 | part2) ^ _secretKey[175]) + salt;
return value;
}
case 120:
{
// MultipleRotateXorInstruction
value = value * 345252089 + _secretKey[57];
uint part1 = (uint)value << 16;
uint part2 = (uint)value >> (32 - 16);
value = (int)(part1 | part2);
value ^= 1300544743 ^ salt;
return value;
}
case 121:
{
// XorAddRotateInstruction
value ^= -547380749 ^ salt;
value += 678597707 + _secretKey[119];
uint part1 = (uint)value << 1;
uint part2 = (uint)value >> (32 - 1);
value = (int)(part1 | part2);
return value;
}
case 122:
{
// XorMultipleRotateInstruction
value ^= 683601851 ^ salt;
value = value * -145367929 + _secretKey[191];
uint part1 = (uint)value << 19;
uint part2 = (uint)value >> (32 - 19);
value = (int)(part1 | part2);
return value;
}
case 123:
{
// BitRotateInstruction
uint part1 = (uint)value << 20;
uint part2 = (uint)value >> (32 - 20);
value = ((int)(part1 | part2) ^ _secretKey[15]) + salt;
return value;
}
case 124:
{
// BitRotateInstruction
uint part1 = (uint)value << 8;
uint part2 = (uint)value >> (32 - 8);
value = ((int)(part1 | part2) ^ _secretKey[132]) + salt;
return value;
}
case 125:
{
// MultipleInstruction
value = value * 1436085223 + _secretKey[120] + salt;
return value;
}
case 126:
{
// AddInstruction
value = ((value + _secretKey[197]) ^ salt) + -1374139785;
return value;
}
case 127:
{
// BitRotateInstruction
uint part1 = (uint)value << 15;
uint part2 = (uint)value >> (32 - 15);
value = ((int)(part1 | part2) ^ _secretKey[26]) + salt;
return value;
}
case 128:
{
// XorAddRotateInstruction
value ^= 1415280510 ^ salt;
value += 723646816 + _secretKey[146];
uint part1 = (uint)value << 21;
uint part2 = (uint)value >> (32 - 21);
value = (int)(part1 | part2);
return value;
}
case 129:
{
// AddRotateXorInstruction
value += 1410706317 + _secretKey[165];
uint part1 = (uint)value << 30;
uint part2 = (uint)value >> (32 - 30);
value = (int)(part1 | part2);
value ^= 2132310656 ^ salt;
return value;
}
case 130:
{
// XorAddRotateInstruction
value ^= 1264971736 ^ salt;
value += -483221582 + _secretKey[93];
uint part1 = (uint)value << 12;
uint part2 = (uint)value >> (32 - 12);
value = (int)(part1 | part2);
return value;
}
case 131:
{
// AddXorRotateInstruction
value += -1872731835 + _secretKey[53];
value ^= 1531807059 ^ salt;
uint part1 = (uint)value << 17;
uint part2 = (uint)value >> (32 - 17);
value = (int)(part1 | part2);
return value;
}
case 132:
{
// AddXorRotateInstruction
value += 264114638 + _secretKey[240];
value ^= 306666665 ^ salt;
uint part1 = (uint)value << 10;
uint part2 = (uint)value >> (32 - 10);
value = (int)(part1 | part2);
return value;
}
case 133:
{
// AddRotateXorInstruction
value += 824712252 + _secretKey[138];
uint part1 = (uint)value << 20;
uint part2 = (uint)value >> (32 - 20);
value = (int)(part1 | part2);
value ^= -1266414649 ^ salt;
return value;
}
case 134:
{
// AddRotateXorInstruction
value += -766337246 + _secretKey[35];
uint part1 = (uint)value << 25;
uint part2 = (uint)value >> (32 - 25);
value = (int)(part1 | part2);
value ^= 2133737246 ^ salt;
return value;
}
case 135:
{
// AddXorRotateInstruction
value += -1997614825 + _secretKey[165];
value ^= 1683555122 ^ salt;
uint part1 = (uint)value << 14;
uint part2 = (uint)value >> (32 - 14);
value = (int)(part1 | part2);
return value;
}
case 136:
{
// MultipleXorRotateInstruction
value = value * 278699987 + _secretKey[57];
value ^= -1305042504 ^ salt;
uint part1 = (uint)value << 28;
uint part2 = (uint)value >> (32 - 28);
value = (int)(part1 | part2);
return value;
}
case 137:
{
// BitRotateInstruction
uint part1 = (uint)value << 28;
uint part2 = (uint)value >> (32 - 28);
value = ((int)(part1 | part2) ^ _secretKey[192]) + salt;
return value;
}
case 138:
{
// XorInstruction
value = ((value ^ _secretKey[135]) + salt) ^ 1715223135;
return value;
}
case 139:
{
// MultipleInstruction
value = value * 1809423757 + _secretKey[79] + salt;
return value;
}
case 140:
{
// AddRotateXorInstruction
value += -408450171 + _secretKey[11];
uint part1 = (uint)value << 11;
uint part2 = (uint)value >> (32 - 11);
value = (int)(part1 | part2);
value ^= 806320034 ^ salt;
return value;
}
case 141:
{
// AddInstruction
value = ((value + _secretKey[95]) ^ salt) + -433941646;
return value;
}
case 142:
{
// AddXorRotateInstruction
value += 1775820811 + _secretKey[169];
value ^= 2132471747 ^ salt;
uint part1 = (uint)value << 26;
uint part2 = (uint)value >> (32 - 26);
value = (int)(part1 | part2);
return value;
}
case 143:
{
// MultipleXorRotateInstruction
value = value * 457346731 + _secretKey[19];
value ^= 114258470 ^ salt;
uint part1 = (uint)value << 2;
uint part2 = (uint)value >> (32 - 2);
value = (int)(part1 | part2);
return value;
}
case 144:
{
// AddRotateXorInstruction
value += -650723591 + _secretKey[206];
uint part1 = (uint)value << 3;
uint part2 = (uint)value >> (32 - 3);
value = (int)(part1 | part2);
value ^= -1181275232 ^ salt;
return value;
}
case 145:
{
// MultipleInstruction
value = value * 1369495811 + _secretKey[169] + salt;
return value;
}
case 146:
{
// XorInstruction
value = ((value ^ _secretKey[154]) + salt) ^ -1297404981;
return value;
}
case 147:
{
// MultipleRotateXorInstruction
value = value * 787548271 + _secretKey[181];
uint part1 = (uint)value << 18;
uint part2 = (uint)value >> (32 - 18);
value = (int)(part1 | part2);
value ^= 801710213 ^ salt;
return value;
}
case 148:
{
// AddXorRotateInstruction
value += -1933121809 + _secretKey[230];
value ^= 1566976773 ^ salt;
uint part1 = (uint)value << 29;
uint part2 = (uint)value >> (32 - 29);
value = (int)(part1 | part2);
return value;
}
case 149:
{
// BitRotateInstruction
uint part1 = (uint)value << 30;
uint part2 = (uint)value >> (32 - 30);
value = ((int)(part1 | part2) ^ _secretKey[188]) + salt;
return value;
}
case 150:
{
// BitRotateInstruction
uint part1 = (uint)value << 30;
uint part2 = (uint)value >> (32 - 30);
value = ((int)(part1 | part2) ^ _secretKey[53]) + salt;
return value;
}
case 151:
{
// AddInstruction
value = ((value + _secretKey[138]) ^ salt) + -2119615805;
return value;
}
case 152:
{
// MultipleRotateXorInstruction
value = value * 1289692111 + _secretKey[102];
uint part1 = (uint)value << 16;
uint part2 = (uint)value >> (32 - 16);
value = (int)(part1 | part2);
value ^= 221292457 ^ salt;
return value;
}
case 153:
{
// MultipleRotateXorInstruction
value = value * -414757417 + _secretKey[248];
uint part1 = (uint)value << 13;
uint part2 = (uint)value >> (32 - 13);
value = (int)(part1 | part2);
value ^= 1486712056 ^ salt;
return value;
}
case 154:
{
// MultipleInstruction
value = value * 1625437745 + _secretKey[72] + salt;
return value;
}
case 155:
{
// MultipleRotateXorInstruction
value = value * 1500723835 + _secretKey[247];
uint part1 = (uint)value << 17;
uint part2 = (uint)value >> (32 - 17);
value = (int)(part1 | part2);
value ^= -81016400 ^ salt;
return value;
}
case 156:
{
// MultipleRotateXorInstruction
value = value * -939493617 + _secretKey[252];
uint part1 = (uint)value << 23;
uint part2 = (uint)value >> (32 - 23);
value = (int)(part1 | part2);
value ^= -1187848798 ^ salt;
return value;
}
case 157:
{
// AddXorRotateInstruction
value += 605454035 + _secretKey[108];
value ^= 1185916334 ^ salt;
uint part1 = (uint)value << 16;
uint part2 = (uint)value >> (32 - 16);
value = (int)(part1 | part2);
return value;
}
case 158:
{
// AddXorRotateInstruction
value += 2112611413 + _secretKey[235];
value ^= -451761745 ^ salt;
uint part1 = (uint)value << 1;
uint part2 = (uint)value >> (32 - 1);
value = (int)(part1 | part2);
return value;
}
case 159:
{
// XorInstruction
value = ((value ^ _secretKey[229]) + salt) ^ 1660696922;
return value;
}
case 160:
{
// MultipleRotateXorInstruction
value = value * 1280312911 + _secretKey[111];
uint part1 = (uint)value << 31;
uint part2 = (uint)value >> (32 - 31);
value = (int)(part1 | part2);
value ^= -431219573 ^ salt;
return value;
}
case 161:
{
// XorMultipleRotateInstruction
value ^= 1658933717 ^ salt;
value = value * 642349663 + _secretKey[198];
uint part1 = (uint)value << 28;
uint part2 = (uint)value >> (32 - 28);
value = (int)(part1 | part2);
return value;
}
case 162:
{
// AddRotateXorInstruction
value += -1278798944 + _secretKey[72];
uint part1 = (uint)value << 20;
uint part2 = (uint)value >> (32 - 20);
value = (int)(part1 | part2);
value ^= 609336148 ^ salt;
return value;
}
case 163:
{
// MultipleXorRotateInstruction
value = value * -1217570675 + _secretKey[57];
value ^= -1055021038 ^ salt;
uint part1 = (uint)value << 26;
uint part2 = (uint)value >> (32 - 26);
value = (int)(part1 | part2);
return value;
}
case 164:
{
// MultipleXorRotateInstruction
value = value * 1129428085 + _secretKey[225];
value ^= 1389308323 ^ salt;
uint part1 = (uint)value << 7;
uint part2 = (uint)value >> (32 - 7);
value = (int)(part1 | part2);
return value;
}
case 165:
{
// XorAddRotateInstruction
value ^= 318043677 ^ salt;
value += -1939584600 + _secretKey[124];
uint part1 = (uint)value << 1;
uint part2 = (uint)value >> (32 - 1);
value = (int)(part1 | part2);
return value;
}
case 166:
{
// MultipleXorRotateInstruction
value = value * 601748357 + _secretKey[184];
value ^= 2047590880 ^ salt;
uint part1 = (uint)value << 14;
uint part2 = (uint)value >> (32 - 14);
value = (int)(part1 | part2);
return value;
}
case 167:
{
// XorInstruction
value = ((value ^ _secretKey[114]) + salt) ^ -312123044;
return value;
}
case 168:
{
// AddXorRotateInstruction
value += 1897551751 + _secretKey[139];
value ^= -1299860280 ^ salt;
uint part1 = (uint)value << 1;
uint part2 = (uint)value >> (32 - 1);
value = (int)(part1 | part2);
return value;
}
case 169:
{
// BitRotateInstruction
uint part1 = (uint)value << 15;
uint part2 = (uint)value >> (32 - 15);
value = ((int)(part1 | part2) ^ _secretKey[10]) + salt;
return value;
}
case 170:
{
// MultipleInstruction
value = value * -1716044921 + _secretKey[60] + salt;
return value;
}
case 171:
{
// XorMultipleRotateInstruction
value ^= 820953326 ^ salt;
value = value * 1295924473 + _secretKey[242];
uint part1 = (uint)value << 21;
uint part2 = (uint)value >> (32 - 21);
value = (int)(part1 | part2);
return value;
}
case 172:
{
// XorInstruction
value = ((value ^ _secretKey[89]) + salt) ^ 921116076;
return value;
}
case 173:
{
// AddInstruction
value = ((value + _secretKey[82]) ^ salt) + -1261901861;
return value;
}
case 174:
{
// MultipleRotateXorInstruction
value = value * 1029416329 + _secretKey[42];
uint part1 = (uint)value << 1;
uint part2 = (uint)value >> (32 - 1);
value = (int)(part1 | part2);
value ^= -1758870671 ^ salt;
return value;
}
case 175:
{
// XorAddRotateInstruction
value ^= -99371457 ^ salt;
value += 1254595032 + _secretKey[10];
uint part1 = (uint)value << 14;
uint part2 = (uint)value >> (32 - 14);
value = (int)(part1 | part2);
return value;
}
case 176:
{
// AddXorRotateInstruction
value += 1901168605 + _secretKey[131];
value ^= -2036462975 ^ salt;
uint part1 = (uint)value << 0;
uint part2 = (uint)value >> (32 - 0);
value = (int)(part1 | part2);
return value;
}
case 177:
{
// MultipleRotateXorInstruction
value = value * 383500913 + _secretKey[29];
uint part1 = (uint)value << 29;
uint part2 = (uint)value >> (32 - 29);
value = (int)(part1 | part2);
value ^= -805817000 ^ salt;
return value;
}
case 178:
{
// AddXorRotateInstruction
value += 28490730 + _secretKey[13];
value ^= 762578411 ^ salt;
uint part1 = (uint)value << 12;
uint part2 = (uint)value >> (32 - 12);
value = (int)(part1 | part2);
return value;
}
case 179:
{
// XorAddRotateInstruction
value ^= 1812019570 ^ salt;
value += -41308497 + _secretKey[85];
uint part1 = (uint)value << 24;
uint part2 = (uint)value >> (32 - 24);
value = (int)(part1 | part2);
return value;
}
case 180:
{
// XorInstruction
value = ((value ^ _secretKey[231]) + salt) ^ 1563652208;
return value;
}
case 181:
{
// AddRotateXorInstruction
value += -542613261 + _secretKey[75];
uint part1 = (uint)value << 23;
uint part2 = (uint)value >> (32 - 23);
value = (int)(part1 | part2);
value ^= -1148350591 ^ salt;
return value;
}
case 182:
{
// AddXorRotateInstruction
value += 1462569147 + _secretKey[135];
value ^= 1842755263 ^ salt;
uint part1 = (uint)value << 19;
uint part2 = (uint)value >> (32 - 19);
value = (int)(part1 | part2);
return value;
}
case 183:
{
// MultipleXorRotateInstruction
value = value * 934570325 + _secretKey[15];
value ^= -159244912 ^ salt;
uint part1 = (uint)value << 8;
uint part2 = (uint)value >> (32 - 8);
value = (int)(part1 | part2);
return value;
}
case 184:
{
// BitRotateInstruction
uint part1 = (uint)value << 5;
uint part2 = (uint)value >> (32 - 5);
value = ((int)(part1 | part2) ^ _secretKey[230]) + salt;
return value;
}
case 185:
{
// AddRotateXorInstruction
value += 45305078 + _secretKey[119];
uint part1 = (uint)value << 5;
uint part2 = (uint)value >> (32 - 5);
value = (int)(part1 | part2);
value ^= 1218428368 ^ salt;
return value;
}
case 186:
{
// AddXorRotateInstruction
value += 148564506 + _secretKey[160];
value ^= 567100030 ^ salt;
uint part1 = (uint)value << 0;
uint part2 = (uint)value >> (32 - 0);
value = (int)(part1 | part2);
return value;
}
case 187:
{
// BitRotateInstruction
uint part1 = (uint)value << 21;
uint part2 = (uint)value >> (32 - 21);
value = ((int)(part1 | part2) ^ _secretKey[242]) + salt;
return value;
}
case 188:
{
// MultipleRotateXorInstruction
value = value * -1881635163 + _secretKey[30];
uint part1 = (uint)value << 0;
uint part2 = (uint)value >> (32 - 0);
value = (int)(part1 | part2);
value ^= 730302816 ^ salt;
return value;
}
case 189:
{
// BitRotateInstruction
uint part1 = (uint)value << 18;
uint part2 = (uint)value >> (32 - 18);
value = ((int)(part1 | part2) ^ _secretKey[93]) + salt;
return value;
}
case 190:
{
// BitRotateInstruction
uint part1 = (uint)value << 29;
uint part2 = (uint)value >> (32 - 29);
value = ((int)(part1 | part2) ^ _secretKey[69]) + salt;
return value;
}
case 191:
{
// XorMultipleRotateInstruction
value ^= 1474104403 ^ salt;
value = value * 1888537457 + _secretKey[153];
uint part1 = (uint)value << 14;
uint part2 = (uint)value >> (32 - 14);
value = (int)(part1 | part2);
return value;
}
case 192:
{
// AddInstruction
value = ((value + _secretKey[170]) ^ salt) + 1345231273;
return value;
}
case 193:
{
// BitRotateInstruction
uint part1 = (uint)value << 28;
uint part2 = (uint)value >> (32 - 28);
value = ((int)(part1 | part2) ^ _secretKey[138]) + salt;
return value;
}
case 194:
{
// AddRotateXorInstruction
value += -1649692985 + _secretKey[138];
uint part1 = (uint)value << 2;
uint part2 = (uint)value >> (32 - 2);
value = (int)(part1 | part2);
value ^= -1086752221 ^ salt;
return value;
}
case 195:
{
// XorMultipleRotateInstruction
value ^= 216360478 ^ salt;
value = value * 198928957 + _secretKey[23];
uint part1 = (uint)value << 5;
uint part2 = (uint)value >> (32 - 5);
value = (int)(part1 | part2);
return value;
}
case 196:
{
// XorAddRotateInstruction
value ^= 1736125070 ^ salt;
value += -922639548 + _secretKey[211];
uint part1 = (uint)value << 25;
uint part2 = (uint)value >> (32 - 25);
value = (int)(part1 | part2);
return value;
}
case 197:
{
// XorAddRotateInstruction
value ^= -1590872932 ^ salt;
value += -1729078426 + _secretKey[124];
uint part1 = (uint)value << 0;
uint part2 = (uint)value >> (32 - 0);
value = (int)(part1 | part2);
return value;
}
case 198:
{
// AddXorRotateInstruction
value += -2086916257 + _secretKey[135];
value ^= 2101329043 ^ salt;
uint part1 = (uint)value << 13;
uint part2 = (uint)value >> (32 - 13);
value = (int)(part1 | part2);
return value;
}
case 199:
{
// XorInstruction
value = ((value ^ _secretKey[133]) + salt) ^ -1188487898;
return value;
}
case 200:
{
// MultipleInstruction
value = value * -165216181 + _secretKey[162] + salt;
return value;
}
case 201:
{
// XorAddRotateInstruction
value ^= 2087683186 ^ salt;
value += -1882888353 + _secretKey[153];
uint part1 = (uint)value << 11;
uint part2 = (uint)value >> (32 - 11);
value = (int)(part1 | part2);
return value;
}
case 202:
{
// MultipleRotateXorInstruction
value = value * -1941291837 + _secretKey[58];
uint part1 = (uint)value << 22;
uint part2 = (uint)value >> (32 - 22);
value = (int)(part1 | part2);
value ^= -1855365205 ^ salt;
return value;
}
case 203:
{
// MultipleInstruction
value = value * 2036569383 + _secretKey[66] + salt;
return value;
}
case 204:
{
// MultipleXorRotateInstruction
value = value * 795577849 + _secretKey[206];
value ^= 1668989123 ^ salt;
uint part1 = (uint)value << 0;
uint part2 = (uint)value >> (32 - 0);
value = (int)(part1 | part2);
return value;
}
case 205:
{
// MultipleInstruction
value = value * -1063887357 + _secretKey[169] + salt;
return value;
}
case 206:
{
// XorMultipleRotateInstruction
value ^= -387621173 ^ salt;
value = value * 413706907 + _secretKey[143];
uint part1 = (uint)value << 14;
uint part2 = (uint)value >> (32 - 14);
value = (int)(part1 | part2);
return value;
}
case 207:
{
// XorInstruction
value = ((value ^ _secretKey[133]) + salt) ^ -1302837102;
return value;
}
case 208:
{
// XorMultipleRotateInstruction
value ^= 1201861103 ^ salt;
value = value * -1349002009 + _secretKey[5];
uint part1 = (uint)value << 29;
uint part2 = (uint)value >> (32 - 29);
value = (int)(part1 | part2);
return value;
}
case 209:
{
// AddInstruction
value = ((value + _secretKey[188]) ^ salt) + -1698116194;
return value;
}
case 210:
{
// XorAddRotateInstruction
value ^= 955827838 ^ salt;
value += -5412811 + _secretKey[40];
uint part1 = (uint)value << 3;
uint part2 = (uint)value >> (32 - 3);
value = (int)(part1 | part2);
return value;
}
case 211:
{
// MultipleXorRotateInstruction
value = value * 1209501053 + _secretKey[206];
value ^= -261186202 ^ salt;
uint part1 = (uint)value << 16;
uint part2 = (uint)value >> (32 - 16);
value = (int)(part1 | part2);
return value;
}
case 212:
{
// XorInstruction
value = ((value ^ _secretKey[215]) + salt) ^ 1451245279;
return value;
}
case 213:
{
// AddInstruction
value = ((value + _secretKey[248]) ^ salt) + -48271475;
return value;
}
case 214:
{
// MultipleRotateXorInstruction
value = value * -685299407 + _secretKey[72];
uint part1 = (uint)value << 31;
uint part2 = (uint)value >> (32 - 31);
value = (int)(part1 | part2);
value ^= 280704379 ^ salt;
return value;
}
case 215:
{
// MultipleRotateXorInstruction
value = value * 1188587057 + _secretKey[176];
uint part1 = (uint)value << 17;
uint part2 = (uint)value >> (32 - 17);
value = (int)(part1 | part2);
value ^= -1507466225 ^ salt;
return value;
}
case 216:
{
// BitRotateInstruction
uint part1 = (uint)value << 23;
uint part2 = (uint)value >> (32 - 23);
value = ((int)(part1 | part2) ^ _secretKey[162]) + salt;
return value;
}
case 217:
{
// XorInstruction
value = ((value ^ _secretKey[108]) + salt) ^ -1329546797;
return value;
}
case 218:
{
// XorAddRotateInstruction
value ^= 846489904 ^ salt;
value += 1710889501 + _secretKey[85];
uint part1 = (uint)value << 11;
uint part2 = (uint)value >> (32 - 11);
value = (int)(part1 | part2);
return value;
}
case 219:
{
// XorInstruction
value = ((value ^ _secretKey[127]) + salt) ^ -339712479;
return value;
}
case 220:
{
// XorAddRotateInstruction
value ^= -1008587035 ^ salt;
value += -308188673 + _secretKey[78];
uint part1 = (uint)value << 15;
uint part2 = (uint)value >> (32 - 15);
value = (int)(part1 | part2);
return value;
}
case 221:
{
// MultipleInstruction
value = value * -2016434293 + _secretKey[111] + salt;
return value;
}
case 222:
{
// MultipleInstruction
value = value * -491329185 + _secretKey[198] + salt;
return value;
}
case 223:
{
// AddInstruction
value = ((value + _secretKey[160]) ^ salt) + -449129672;
return value;
}
case 224:
{
// MultipleXorRotateInstruction
value = value * -86469931 + _secretKey[84];
value ^= -180027834 ^ salt;
uint part1 = (uint)value << 12;
uint part2 = (uint)value >> (32 - 12);
value = (int)(part1 | part2);
return value;
}
case 225:
{
// XorInstruction
value = ((value ^ _secretKey[58]) + salt) ^ 946019090;
return value;
}
case 226:
{
// AddRotateXorInstruction
value += 694016884 + _secretKey[225];
uint part1 = (uint)value << 3;
uint part2 = (uint)value >> (32 - 3);
value = (int)(part1 | part2);
value ^= 1350981383 ^ salt;
return value;
}
case 227:
{
// AddRotateXorInstruction
value += -870643939 + _secretKey[168];
uint part1 = (uint)value << 28;
uint part2 = (uint)value >> (32 - 28);
value = (int)(part1 | part2);
value ^= 1680252929 ^ salt;
return value;
}
case 228:
{
// BitRotateInstruction
uint part1 = (uint)value << 4;
uint part2 = (uint)value >> (32 - 4);
value = ((int)(part1 | part2) ^ _secretKey[184]) + salt;
return value;
}
case 229:
{
// AddRotateXorInstruction
value += 1785715822 + _secretKey[199];
uint part1 = (uint)value << 28;
uint part2 = (uint)value >> (32 - 28);
value = (int)(part1 | part2);
value ^= -1727043214 ^ salt;
return value;
}
case 230:
{
// XorInstruction
value = ((value ^ _secretKey[139]) + salt) ^ -1277148537;
return value;
}
case 231:
{
// MultipleXorRotateInstruction
value = value * 1298248033 + _secretKey[226];
value ^= 1940873679 ^ salt;
uint part1 = (uint)value << 10;
uint part2 = (uint)value >> (32 - 10);
value = (int)(part1 | part2);
return value;
}
case 232:
{
// XorMultipleRotateInstruction
value ^= -879839609 ^ salt;
value = value * 1286764861 + _secretKey[171];
uint part1 = (uint)value << 14;
uint part2 = (uint)value >> (32 - 14);
value = (int)(part1 | part2);
return value;
}
case 233:
{
// AddInstruction
value = ((value + _secretKey[181]) ^ salt) + 328489970;
return value;
}
case 234:
{
// MultipleInstruction
value = value * -1393808723 + _secretKey[89] + salt;
return value;
}
case 235:
{
// XorAddRotateInstruction
value ^= 1290000091 ^ salt;
value += -1977097134 + _secretKey[203];
uint part1 = (uint)value << 8;
uint part2 = (uint)value >> (32 - 8);
value = (int)(part1 | part2);
return value;
}
case 236:
{
// AddInstruction
value = ((value + _secretKey[113]) ^ salt) + 1890859361;
return value;
}
case 237:
{
// AddRotateXorInstruction
value += 1045620543 + _secretKey[216];
uint part1 = (uint)value << 10;
uint part2 = (uint)value >> (32 - 10);
value = (int)(part1 | part2);
value ^= 1434413518 ^ salt;
return value;
}
case 238:
{
// AddXorRotateInstruction
value += -1706485027 + _secretKey[131];
value ^= 1591345537 ^ salt;
uint part1 = (uint)value << 0;
uint part2 = (uint)value >> (32 - 0);
value = (int)(part1 | part2);
return value;
}
case 239:
{
// AddXorRotateInstruction
value += 1271081841 + _secretKey[29];
value ^= 1117669949 ^ salt;
uint part1 = (uint)value << 24;
uint part2 = (uint)value >> (32 - 24);
value = (int)(part1 | part2);
return value;
}
case 240:
{
// XorMultipleRotateInstruction
value ^= -842525462 ^ salt;
value = value * 1426591501 + _secretKey[235];
uint part1 = (uint)value << 12;
uint part2 = (uint)value >> (32 - 12);
value = (int)(part1 | part2);
return value;
}
case 241:
{
// AddInstruction
value = ((value + _secretKey[175]) ^ salt) + 1030822002;
return value;
}
case 242:
{
// MultipleRotateXorInstruction
value = value * 1176352505 + _secretKey[57];
uint part1 = (uint)value << 16;
uint part2 = (uint)value >> (32 - 16);
value = (int)(part1 | part2);
value ^= 811922151 ^ salt;
return value;
}
case 243:
{
// AddRotateXorInstruction
value += 656680947 + _secretKey[75];
uint part1 = (uint)value << 23;
uint part2 = (uint)value >> (32 - 23);
value = (int)(part1 | part2);
value ^= -1258702719 ^ salt;
return value;
}
case 244:
{
// XorMultipleRotateInstruction
value ^= 90809787 ^ salt;
value = value * -1741148537 + _secretKey[191];
uint part1 = (uint)value << 19;
uint part2 = (uint)value >> (32 - 19);
value = (int)(part1 | part2);
return value;
}
case 245:
{
// AddRotateXorInstruction
value += -532913580 + _secretKey[15];
uint part1 = (uint)value << 16;
uint part2 = (uint)value >> (32 - 16);
value = (int)(part1 | part2);
value ^= 99436168 ^ salt;
return value;
}
case 246:
{
// MultipleXorRotateInstruction
value = value * 1306804229 + _secretKey[230];
value ^= 1471598712 ^ salt;
uint part1 = (uint)value << 22;
uint part2 = (uint)value >> (32 - 22);
value = (int)(part1 | part2);
return value;
}
case 247:
{
// XorMultipleRotateInstruction
value ^= 1941306053 ^ salt;
value = value * -939631919 + _secretKey[15];
uint part1 = (uint)value << 26;
uint part2 = (uint)value >> (32 - 26);
value = (int)(part1 | part2);
return value;
}
case 248:
{
// AddRotateXorInstruction
value += 883137918 + _secretKey[96];
uint part1 = (uint)value << 18;
uint part2 = (uint)value >> (32 - 18);
value = (int)(part1 | part2);
value ^= 2045091157 ^ salt;
return value;
}
case 249:
{
// BitRotateInstruction
uint part1 = (uint)value << 13;
uint part2 = (uint)value >> (32 - 13);
value = ((int)(part1 | part2) ^ _secretKey[165]) + salt;
return value;
}
case 250:
{
// AddInstruction
value = ((value + _secretKey[96]) ^ salt) + -394947456;
return value;
}
case 251:
{
// BitRotateInstruction
uint part1 = (uint)value << 18;
uint part2 = (uint)value >> (32 - 18);
value = ((int)(part1 | part2) ^ _secretKey[93]) + salt;
return value;
}
case 252:
{
// AddInstruction
value = ((value + _secretKey[69]) ^ salt) + 1917332797;
return value;
}
case 253:
{
// AddXorRotateInstruction
value += 1006809939 + _secretKey[113];
value ^= -1509317223 ^ salt;
uint part1 = (uint)value << 14;
uint part2 = (uint)value >> (32 - 14);
value = (int)(part1 | part2);
return value;
}
case 254:
{
// BitRotateInstruction
uint part1 = (uint)value << 9;
uint part2 = (uint)value >> (32 - 9);
value = ((int)(part1 | part2) ^ _secretKey[170]) + salt;
return value;
}
case 255:
{
// AddInstruction
value = ((value + _secretKey[138]) ^ salt) + 683715132;
return value;
}
default:
throw new System.Exception($"Invalid opCode:{opCode}");
}
}
private int ExecuteDecrypt(int value, int opCode, int salt)
{
switch (opCode)
{
case 0:
{
// MultipleInstruction
value = (value - _secretKey[84] - salt) * -1954824987;
return value;
}
case 1:
{
// MultipleRotateXorInstruction
value ^= 1817406469 ^ salt;
uint value2 = (uint)value >> 4;
uint part1 = (uint)value << (32 - 4);
value = (int)(value2 | part1);
value = (value - _secretKey[136]) * -2114748303;
return value;
}
case 2:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 5;
uint part1 = (uint)value << (32 - 5);
value = (int)(value2 | part1);
value ^= -1498541961 ^ salt;
value = (value - _secretKey[246]) * -203485751;
return value;
}
case 3:
{
// AddRotateXorInstruction
value ^= 29411710 ^ salt;
uint value2 = (uint)value >> 0;
uint part1 = (uint)value << (32 - 0);
value = (int)(value2 | part1);
value -= -1207833585 + _secretKey[26];
return value;
}
case 4:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[85]);
uint part1 = value2 >> 18;
uint part2 = value2 << (32 - 18);
value = (int)(part1 | part2);
return value;
}
case 5:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 0;
uint part1 = (uint)value << (32 - 0);
value = (int)(value2 | part1);
value ^= 86149918 ^ salt;
value = (value - _secretKey[165]) * -327424699;
return value;
}
case 6:
{
// AddRotateXorInstruction
value ^= -1262500500 ^ salt;
uint value2 = (uint)value >> 29;
uint part1 = (uint)value << (32 - 29);
value = (int)(value2 | part1);
value -= -1856354856 + _secretKey[178];
return value;
}
case 7:
{
// XorInstruction
value = ((value ^ 665464645) - salt) ^ _secretKey[53];
return value;
}
case 8:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 16;
uint part1 = (uint)value << (32 - 16);
value = (int)(value2 | part1);
value = (value - _secretKey[206]) * -1476140375;
value ^= -1044567439 ^ salt;
return value;
}
case 9:
{
// MultipleInstruction
value = (value - _secretKey[196] - salt) * 2125307395;
return value;
}
case 10:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 10;
uint part1 = (uint)value << (32 - 10);
value = (int)(value2 | part1);
value -= -1035239660 + _secretKey[199];
value ^= -755609206 ^ salt;
return value;
}
case 11:
{
// AddInstruction
value = ((value - -1177184477) ^ salt) - _secretKey[89];
return value;
}
case 12:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[23]);
uint part1 = value2 >> 29;
uint part2 = value2 << (32 - 29);
value = (int)(part1 | part2);
return value;
}
case 13:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 19;
uint part1 = (uint)value << (32 - 19);
value = (int)(value2 | part1);
value = (value - _secretKey[68]) * 1170138479;
value ^= -1510419150 ^ salt;
return value;
}
case 14:
{
// MultipleRotateXorInstruction
value ^= -1134639492 ^ salt;
uint value2 = (uint)value >> 6;
uint part1 = (uint)value << (32 - 6);
value = (int)(value2 | part1);
value = (value - _secretKey[156]) * 275824265;
return value;
}
case 15:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[95]);
uint part1 = value2 >> 7;
uint part2 = value2 << (32 - 7);
value = (int)(part1 | part2);
return value;
}
case 16:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 6;
uint part1 = (uint)value << (32 - 6);
value = (int)(value2 | part1);
value = (value - _secretKey[79]) * 1552472901;
value ^= -759315565 ^ salt;
return value;
}
case 17:
{
// MultipleRotateXorInstruction
value ^= -3885258 ^ salt;
uint value2 = (uint)value >> 2;
uint part1 = (uint)value << (32 - 2);
value = (int)(value2 | part1);
value = (value - _secretKey[75]) * -1943909725;
return value;
}
case 18:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 9;
uint part1 = (uint)value << (32 - 9);
value = (int)(value2 | part1);
value ^= 1207613963 ^ salt;
value = (value - _secretKey[153]) * 1985974175;
return value;
}
case 19:
{
// MultipleRotateXorInstruction
value ^= 792769043 ^ salt;
uint value2 = (uint)value >> 11;
uint part1 = (uint)value << (32 - 11);
value = (int)(value2 | part1);
value = (value - _secretKey[86]) * 1412922099;
return value;
}
case 20:
{
// AddInstruction
value = ((value - -512520382) ^ salt) - _secretKey[194];
return value;
}
case 21:
{
// XorInstruction
value = ((value ^ -1864951858) - salt) ^ _secretKey[195];
return value;
}
case 22:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[2]);
uint part1 = value2 >> 15;
uint part2 = value2 << (32 - 15);
value = (int)(part1 | part2);
return value;
}
case 23:
{
// MultipleInstruction
value = (value - _secretKey[203] - salt) * 891162519;
return value;
}
case 24:
{
// AddInstruction
value = ((value - 2026667919) ^ salt) - _secretKey[110];
return value;
}
case 25:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 15;
uint part2 = (uint)value << (32 - 15);
value = (int)(part1 | part2);
value ^= 392708821 ^ salt;
value -= 848657810 + _secretKey[133];
return value;
}
case 26:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[93]);
uint part1 = value2 >> 5;
uint part2 = value2 << (32 - 5);
value = (int)(part1 | part2);
return value;
}
case 27:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 30;
uint part1 = (uint)value << (32 - 30);
value = (int)(value2 | part1);
value -= 1284012732 + _secretKey[58];
value ^= 1294662302 ^ salt;
return value;
}
case 28:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 29;
uint part1 = (uint)value << (32 - 29);
value = (int)(value2 | part1);
value = (value - _secretKey[138]) * -708470805;
value ^= -1438081752 ^ salt;
return value;
}
case 29:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[240]);
uint part1 = value2 >> 6;
uint part2 = value2 << (32 - 6);
value = (int)(part1 | part2);
return value;
}
case 30:
{
// MultipleRotateXorInstruction
value ^= 1594594445 ^ salt;
uint value2 = (uint)value >> 24;
uint part1 = (uint)value << (32 - 24);
value = (int)(value2 | part1);
value = (value - _secretKey[215]) * 1857241631;
return value;
}
case 31:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[49]);
uint part1 = value2 >> 19;
uint part2 = value2 << (32 - 19);
value = (int)(part1 | part2);
return value;
}
case 32:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 17;
uint part1 = (uint)value << (32 - 17);
value = (int)(value2 | part1);
value -= -1038657413 + _secretKey[247];
value ^= 226193183 ^ salt;
return value;
}
case 33:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 23;
uint part1 = (uint)value << (32 - 23);
value = (int)(value2 | part1);
value -= 459902223 + _secretKey[252];
value ^= -484591087 ^ salt;
return value;
}
case 34:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 14;
uint part1 = (uint)value << (32 - 14);
value = (int)(value2 | part1);
value ^= 1186351980 ^ salt;
value = (value - _secretKey[211]) * 1159592341;
return value;
}
case 35:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 15;
uint part1 = (uint)value << (32 - 15);
value = (int)(value2 | part1);
value -= -283413931 + _secretKey[235];
value ^= 1658142493 ^ salt;
return value;
}
case 36:
{
// XorInstruction
value = ((value ^ -1892941953) - salt) ^ _secretKey[90];
return value;
}
case 37:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 31;
uint part1 = (uint)value << (32 - 31);
value = (int)(value2 | part1);
value = (value - _secretKey[111]) * -674216273;
value ^= -1297440001 ^ salt;
return value;
}
case 38:
{
// MultipleRotateXorInstruction
value ^= 1353158598 ^ salt;
uint value2 = (uint)value >> 31;
uint part1 = (uint)value << (32 - 31);
value = (int)(value2 | part1);
value = (value - _secretKey[213]) * 803536783;
return value;
}
case 39:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 20;
uint part1 = (uint)value << (32 - 20);
value = (int)(value2 | part1);
value -= 873171360 + _secretKey[72];
value ^= -934836680 ^ salt;
return value;
}
case 40:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 18;
uint part1 = (uint)value << (32 - 18);
value = (int)(value2 | part1);
value ^= -28088263 ^ salt;
value = (value - _secretKey[140]) * 1881436791;
return value;
}
case 41:
{
// AddRotateXorInstruction
value ^= -312111197 ^ salt;
uint value2 = (uint)value >> 1;
uint part1 = (uint)value << (32 - 1);
value = (int)(value2 | part1);
value -= 969234286 + _secretKey[116];
return value;
}
case 42:
{
// MultipleInstruction
value = (value - _secretKey[29] - salt) * 2102789665;
return value;
}
case 43:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[1]);
uint part1 = value2 >> 28;
uint part2 = value2 << (32 - 28);
value = (int)(part1 | part2);
return value;
}
case 44:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[184]);
uint part1 = value2 >> 4;
uint part2 = value2 << (32 - 4);
value = (int)(part1 | part2);
return value;
}
case 45:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 18;
uint part1 = (uint)value << (32 - 18);
value = (int)(value2 | part1);
value ^= 1068062556 ^ salt;
value = (value - _secretKey[199]) * 85627791;
return value;
}
case 46:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 1;
uint part1 = (uint)value << (32 - 1);
value = (int)(value2 | part1);
value = (value - _secretKey[200]) * 1138735395;
value ^= 196245895 ^ salt;
return value;
}
case 47:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 7;
uint part1 = (uint)value << (32 - 7);
value = (int)(value2 | part1);
value ^= -1964107221 ^ salt;
value = (value - _secretKey[10]) * -1413533649;
return value;
}
case 48:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 18;
uint part1 = (uint)value << (32 - 18);
value = (int)(value2 | part1);
value ^= -38668552 ^ salt;
value = (value - _secretKey[238]) * 665251331;
return value;
}
case 49:
{
// MultipleInstruction
value = (value - _secretKey[172] - salt) * -818173423;
return value;
}
case 50:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 11;
uint part2 = (uint)value << (32 - 11);
value = (int)(part1 | part2);
value ^= -2098495662 ^ salt;
value -= 1412414820 + _secretKey[219];
return value;
}
case 51:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[97]);
uint part1 = value2 >> 10;
uint part2 = value2 << (32 - 10);
value = (int)(part1 | part2);
return value;
}
case 52:
{
// MultipleRotateXorInstruction
value ^= -21948406 ^ salt;
uint value2 = (uint)value >> 24;
uint part1 = (uint)value << (32 - 24);
value = (int)(value2 | part1);
value = (value - _secretKey[63]) * -99761833;
return value;
}
case 53:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[221]);
uint part1 = value2 >> 7;
uint part2 = value2 << (32 - 7);
value = (int)(part1 | part2);
return value;
}
case 54:
{
// MultipleInstruction
value = (value - _secretKey[96] - salt) * -2034360447;
return value;
}
case 55:
{
// MultipleRotateXorInstruction
value ^= -1022882984 ^ salt;
uint value2 = (uint)value >> 29;
uint part1 = (uint)value << (32 - 29);
value = (int)(value2 | part1);
value = (value - _secretKey[29]) * -899658607;
return value;
}
case 56:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 12;
uint part1 = (uint)value << (32 - 12);
value = (int)(value2 | part1);
value = (value - _secretKey[235]) * 340919493;
value ^= 2122077674 ^ salt;
return value;
}
case 57:
{
// AddRotateXorInstruction
value ^= -720824840 ^ salt;
uint value2 = (uint)value >> 21;
uint part1 = (uint)value << (32 - 21);
value = (int)(value2 | part1);
value -= -503448718 + _secretKey[175];
return value;
}
case 58:
{
// MultipleInstruction
value = (value - _secretKey[231] - salt) * 913639057;
return value;
}
case 59:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[75]);
uint part1 = value2 >> 19;
uint part2 = value2 << (32 - 19);
value = (int)(part1 | part2);
return value;
}
case 60:
{
// MultipleRotateXorInstruction
value ^= 1420744071 ^ salt;
uint value2 = (uint)value >> 27;
uint part1 = (uint)value << (32 - 27);
value = (int)(value2 | part1);
value = (value - _secretKey[171]) * 238093953;
return value;
}
case 61:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 15;
uint part1 = (uint)value << (32 - 15);
value = (int)(value2 | part1);
value = (value - _secretKey[84]) * -2096065051;
value ^= 1366253139 ^ salt;
return value;
}
case 62:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 6;
uint part1 = (uint)value << (32 - 6);
value = (int)(value2 | part1);
value ^= -1974823163 ^ salt;
value = (value - _secretKey[132]) * 303900345;
return value;
}
case 63:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[119]);
uint part1 = value2 >> 22;
uint part2 = value2 << (32 - 22);
value = (int)(part1 | part2);
return value;
}
case 64:
{
// XorInstruction
value = ((value ^ 1262347216) - salt) ^ _secretKey[15];
return value;
}
case 65:
{
// AddInstruction
value = ((value - 1780280992) ^ salt) - _secretKey[126];
return value;
}
case 66:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 13;
uint part1 = (uint)value << (32 - 13);
value = (int)(value2 | part1);
value ^= -1198162446 ^ salt;
value = (value - _secretKey[85]) * 1314512283;
return value;
}
case 67:
{
// MultipleInstruction
value = (value - _secretKey[128] - salt) * 463417823;
return value;
}
case 68:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[178]);
uint part1 = value2 >> 24;
uint part2 = value2 << (32 - 24);
value = (int)(part1 | part2);
return value;
}
case 69:
{
// XorInstruction
value = ((value ^ 1649427052) - salt) ^ _secretKey[61];
return value;
}
case 70:
{
// MultipleRotateXorInstruction
value ^= 849172121 ^ salt;
uint value2 = (uint)value >> 17;
uint part1 = (uint)value << (32 - 17);
value = (int)(value2 | part1);
value = (value - _secretKey[83]) * 368180765;
return value;
}
case 71:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[169]);
uint part1 = value2 >> 16;
uint part2 = value2 << (32 - 16);
value = (int)(part1 | part2);
return value;
}
case 72:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 20;
uint part1 = (uint)value << (32 - 20);
value = (int)(value2 | part1);
value -= -2092062916 + _secretKey[138];
value ^= 1068287172 ^ salt;
return value;
}
case 73:
{
// MultipleInstruction
value = (value - _secretKey[34] - salt) * -495145181;
return value;
}
case 74:
{
// MultipleRotateXorInstruction
value ^= -145743337 ^ salt;
uint value2 = (uint)value >> 29;
uint part1 = (uint)value << (32 - 29);
value = (int)(value2 | part1);
value = (value - _secretKey[30]) * 1735064809;
return value;
}
case 75:
{
// MultipleRotateXorInstruction
value ^= 280941267 ^ salt;
uint value2 = (uint)value >> 4;
uint part1 = (uint)value << (32 - 4);
value = (int)(value2 | part1);
value = (value - _secretKey[142]) * 442035963;
return value;
}
case 76:
{
// MultipleInstruction
value = (value - _secretKey[156] - salt) * -971441783;
return value;
}
case 77:
{
// AddRotateXorInstruction
value ^= 827331935 ^ salt;
uint value2 = (uint)value >> 7;
uint part1 = (uint)value << (32 - 7);
value = (int)(value2 | part1);
value -= 314625916 + _secretKey[192];
return value;
}
case 78:
{
// MultipleInstruction
value = (value - _secretKey[141] - salt) * -1649657957;
return value;
}
case 79:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 11;
uint part2 = (uint)value << (32 - 11);
value = (int)(part1 | part2);
value ^= -11549173 ^ salt;
value -= 1607953190 + _secretKey[133];
return value;
}
case 80:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 25;
uint part1 = (uint)value << (32 - 25);
value = (int)(value2 | part1);
value -= 687186546 + _secretKey[95];
value ^= -1454482890 ^ salt;
return value;
}
case 81:
{
// XorInstruction
value = ((value ^ 814860713) - salt) ^ _secretKey[195];
return value;
}
case 82:
{
// AddRotateXorInstruction
value ^= 213310246 ^ salt;
uint value2 = (uint)value >> 19;
uint part1 = (uint)value << (32 - 19);
value = (int)(value2 | part1);
value -= 1998643542 + _secretKey[171];
return value;
}
case 83:
{
// AddRotateXorInstruction
value ^= -696314173 ^ salt;
uint value2 = (uint)value >> 14;
uint part1 = (uint)value << (32 - 14);
value = (int)(value2 | part1);
value -= 542686146 + _secretKey[249];
return value;
}
case 84:
{
// AddRotateXorInstruction
value ^= 118718247 ^ salt;
uint value2 = (uint)value >> 9;
uint part1 = (uint)value << (32 - 9);
value = (int)(value2 | part1);
value -= 1734820207 + _secretKey[2];
return value;
}
case 85:
{
// XorInstruction
value = ((value ^ 1553710234) - salt) ^ _secretKey[143];
return value;
}
case 86:
{
// AddRotateXorInstruction
value ^= -1402843691 ^ salt;
uint value2 = (uint)value >> 5;
uint part1 = (uint)value << (32 - 5);
value = (int)(value2 | part1);
value -= -217984331 + _secretKey[146];
return value;
}
case 87:
{
// MultipleInstruction
value = (value - _secretKey[5] - salt) * -814971689;
return value;
}
case 88:
{
// MultipleRotateXorInstruction
value ^= -2044505542 ^ salt;
uint value2 = (uint)value >> 28;
uint part1 = (uint)value << (32 - 28);
value = (int)(value2 | part1);
value = (value - _secretKey[158]) * 681320217;
return value;
}
case 89:
{
// AddInstruction
value = ((value - -1213654475) ^ salt) - _secretKey[40];
return value;
}
case 90:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 6;
uint part1 = (uint)value << (32 - 6);
value = (int)(value2 | part1);
value = (value - _secretKey[206]) * 583163349;
value ^= -1886972278 ^ salt;
return value;
}
case 91:
{
// AddRotateXorInstruction
value ^= -979249928 ^ salt;
uint value2 = (uint)value >> 23;
uint part1 = (uint)value << (32 - 23);
value = (int)(value2 | part1);
value -= -1724625239 + _secretKey[223];
return value;
}
case 92:
{
// XorInstruction
value = ((value ^ -1104541704) - salt) ^ _secretKey[83];
return value;
}
case 93:
{
// XorInstruction
value = ((value ^ 311150152) - salt) ^ _secretKey[31];
return value;
}
case 94:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 17;
uint part1 = (uint)value << (32 - 17);
value = (int)(value2 | part1);
value = (value - _secretKey[176]) * 1535026385;
value ^= 116496631 ^ salt;
return value;
}
case 95:
{
// MultipleRotateXorInstruction
value ^= 2133438141 ^ salt;
uint value2 = (uint)value >> 2;
uint part1 = (uint)value << (32 - 2);
value = (int)(value2 | part1);
value = (value - _secretKey[87]) * 1779203413;
return value;
}
case 96:
{
// MultipleRotateXorInstruction
value ^= 225535005 ^ salt;
uint value2 = (uint)value >> 16;
uint part1 = (uint)value << (32 - 16);
value = (int)(value2 | part1);
value = (value - _secretKey[174]) * 521638757;
return value;
}
case 97:
{
// MultipleRotateXorInstruction
value ^= -1703839105 ^ salt;
uint value2 = (uint)value >> 1;
uint part1 = (uint)value << (32 - 1);
value = (int)(value2 | part1);
value = (value - _secretKey[175]) * -1131776573;
return value;
}
case 98:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 15;
uint part1 = (uint)value << (32 - 15);
value = (int)(value2 | part1);
value -= -1783079937 + _secretKey[78];
value ^= -447564571 ^ salt;
return value;
}
case 99:
{
// XorInstruction
value = ((value ^ -316631669) - salt) ^ _secretKey[111];
return value;
}
case 100:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 24;
uint part1 = (uint)value << (32 - 24);
value = (int)(value2 | part1);
value = (value - _secretKey[252]) * 898292471;
value ^= -405694625 ^ salt;
return value;
}
case 101:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 6;
uint part1 = (uint)value << (32 - 6);
value = (int)(value2 | part1);
value ^= -1551058348 ^ salt;
value = (value - _secretKey[212]) * -22167815;
return value;
}
case 102:
{
// AddInstruction
value = ((value - -853736135) ^ salt) - _secretKey[18];
return value;
}
case 103:
{
// AddInstruction
value = ((value - 1321376878) ^ salt) - _secretKey[116];
return value;
}
case 104:
{
// MultipleRotateXorInstruction
value ^= 541697309 ^ salt;
uint value2 = (uint)value >> 0;
uint part1 = (uint)value << (32 - 0);
value = (int)(value2 | part1);
value = (value - _secretKey[7]) * -1964889845;
return value;
}
case 105:
{
// AddRotateXorInstruction
value ^= 1176608900 ^ salt;
uint value2 = (uint)value >> 4;
uint part1 = (uint)value << (32 - 4);
value = (int)(value2 | part1);
value -= -822594180 + _secretKey[1];
return value;
}
case 106:
{
// AddInstruction
value = ((value - -882893600) ^ salt) - _secretKey[110];
return value;
}
case 107:
{
// MultipleRotateXorInstruction
value ^= -1566546809 ^ salt;
uint value2 = (uint)value >> 23;
uint part1 = (uint)value << (32 - 23);
value = (int)(value2 | part1);
value = (value - _secretKey[114]) * 406480373;
return value;
}
case 108:
{
// MultipleInstruction
value = (value - _secretKey[97] - salt) * 200608377;
return value;
}
case 109:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 7;
uint part1 = (uint)value << (32 - 7);
value = (int)(value2 | part1);
value -= 1161425930 + _secretKey[43];
value ^= -72794161 ^ salt;
return value;
}
case 110:
{
// AddInstruction
value = ((value - -1619543125) ^ salt) - _secretKey[238];
return value;
}
case 111:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 12;
uint part1 = (uint)value << (32 - 12);
value = (int)(value2 | part1);
value -= -1766468683 + _secretKey[241];
value ^= 1170459122 ^ salt;
return value;
}
case 112:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 11;
uint part2 = (uint)value << (32 - 11);
value = (int)(part1 | part2);
value ^= 323019346 ^ salt;
value -= 251687012 + _secretKey[219];
return value;
}
case 113:
{
// AddInstruction
value = ((value - -1049972438) ^ salt) - _secretKey[97];
return value;
}
case 114:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 10;
uint part1 = (uint)value << (32 - 10);
value = (int)(value2 | part1);
value = (value - _secretKey[216]) * 594045631;
value ^= -492239002 ^ salt;
return value;
}
case 115:
{
// AddInstruction
value = ((value - -748126329) ^ salt) - _secretKey[221];
return value;
}
case 116:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 17;
uint part2 = (uint)value << (32 - 17);
value = (int)(part1 | part2);
value ^= -5933889 ^ salt;
value -= -441051263 + _secretKey[96];
return value;
}
case 117:
{
// MultipleRotateXorInstruction
value ^= 543895274 ^ salt;
uint value2 = (uint)value >> 11;
uint part1 = (uint)value << (32 - 11);
value = (int)(value2 | part1);
value = (value - _secretKey[88]) * 1253478165;
return value;
}
case 118:
{
// MultipleInstruction
value = (value - _secretKey[140] - salt) * 1897067971;
return value;
}
case 119:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[175]);
uint part1 = value2 >> 18;
uint part2 = value2 << (32 - 18);
value = (int)(part1 | part2);
return value;
}
case 120:
{
// MultipleRotateXorInstruction
value ^= 1300544743 ^ salt;
uint value2 = (uint)value >> 16;
uint part1 = (uint)value << (32 - 16);
value = (int)(value2 | part1);
value = (value - _secretKey[57]) * -927555255;
return value;
}
case 121:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 1;
uint part1 = (uint)value << (32 - 1);
value = (int)(value2 | part1);
value -= 678597707 + _secretKey[119];
value ^= -547380749 ^ salt;
return value;
}
case 122:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 19;
uint part1 = (uint)value << (32 - 19);
value = (int)(value2 | part1);
value = (value - _secretKey[191]) * -1394333385;
value ^= 683601851 ^ salt;
return value;
}
case 123:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[15]);
uint part1 = value2 >> 20;
uint part2 = value2 << (32 - 20);
value = (int)(part1 | part2);
return value;
}
case 124:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[132]);
uint part1 = value2 >> 8;
uint part2 = value2 << (32 - 8);
value = (int)(part1 | part2);
return value;
}
case 125:
{
// MultipleInstruction
value = (value - _secretKey[120] - salt) * 412809175;
return value;
}
case 126:
{
// AddInstruction
value = ((value - -1374139785) ^ salt) - _secretKey[197];
return value;
}
case 127:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[26]);
uint part1 = value2 >> 15;
uint part2 = value2 << (32 - 15);
value = (int)(part1 | part2);
return value;
}
case 128:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 21;
uint part1 = (uint)value << (32 - 21);
value = (int)(value2 | part1);
value -= 723646816 + _secretKey[146];
value ^= 1415280510 ^ salt;
return value;
}
case 129:
{
// AddRotateXorInstruction
value ^= 2132310656 ^ salt;
uint value2 = (uint)value >> 30;
uint part1 = (uint)value << (32 - 30);
value = (int)(value2 | part1);
value -= 1410706317 + _secretKey[165];
return value;
}
case 130:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 12;
uint part1 = (uint)value << (32 - 12);
value = (int)(value2 | part1);
value -= -483221582 + _secretKey[93];
value ^= 1264971736 ^ salt;
return value;
}
case 131:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 17;
uint part2 = (uint)value << (32 - 17);
value = (int)(part1 | part2);
value ^= 1531807059 ^ salt;
value -= -1872731835 + _secretKey[53];
return value;
}
case 132:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 10;
uint part2 = (uint)value << (32 - 10);
value = (int)(part1 | part2);
value ^= 306666665 ^ salt;
value -= 264114638 + _secretKey[240];
return value;
}
case 133:
{
// AddRotateXorInstruction
value ^= -1266414649 ^ salt;
uint value2 = (uint)value >> 20;
uint part1 = (uint)value << (32 - 20);
value = (int)(value2 | part1);
value -= 824712252 + _secretKey[138];
return value;
}
case 134:
{
// AddRotateXorInstruction
value ^= 2133737246 ^ salt;
uint value2 = (uint)value >> 25;
uint part1 = (uint)value << (32 - 25);
value = (int)(value2 | part1);
value -= -766337246 + _secretKey[35];
return value;
}
case 135:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 14;
uint part2 = (uint)value << (32 - 14);
value = (int)(part1 | part2);
value ^= 1683555122 ^ salt;
value -= -1997614825 + _secretKey[165];
return value;
}
case 136:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 28;
uint part1 = (uint)value << (32 - 28);
value = (int)(value2 | part1);
value ^= -1305042504 ^ salt;
value = (value - _secretKey[57]) * 949096539;
return value;
}
case 137:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[192]);
uint part1 = value2 >> 28;
uint part2 = value2 << (32 - 28);
value = (int)(part1 | part2);
return value;
}
case 138:
{
// XorInstruction
value = ((value ^ 1715223135) - salt) ^ _secretKey[135];
return value;
}
case 139:
{
// MultipleInstruction
value = (value - _secretKey[79] - salt) * -307106491;
return value;
}
case 140:
{
// AddRotateXorInstruction
value ^= 806320034 ^ salt;
uint value2 = (uint)value >> 11;
uint part1 = (uint)value << (32 - 11);
value = (int)(value2 | part1);
value -= -408450171 + _secretKey[11];
return value;
}
case 141:
{
// AddInstruction
value = ((value - -433941646) ^ salt) - _secretKey[95];
return value;
}
case 142:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 26;
uint part2 = (uint)value << (32 - 26);
value = (int)(part1 | part2);
value ^= 2132471747 ^ salt;
value -= 1775820811 + _secretKey[169];
return value;
}
case 143:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 2;
uint part1 = (uint)value << (32 - 2);
value = (int)(value2 | part1);
value ^= 114258470 ^ salt;
value = (value - _secretKey[19]) * 1566112771;
return value;
}
case 144:
{
// AddRotateXorInstruction
value ^= -1181275232 ^ salt;
uint value2 = (uint)value >> 3;
uint part1 = (uint)value << (32 - 3);
value = (int)(value2 | part1);
value -= -650723591 + _secretKey[206];
return value;
}
case 145:
{
// MultipleInstruction
value = (value - _secretKey[169] - salt) * 39803307;
return value;
}
case 146:
{
// XorInstruction
value = ((value ^ -1297404981) - salt) ^ _secretKey[154];
return value;
}
case 147:
{
// MultipleRotateXorInstruction
value ^= 801710213 ^ salt;
uint value2 = (uint)value >> 18;
uint part1 = (uint)value << (32 - 18);
value = (int)(value2 | part1);
value = (value - _secretKey[181]) * -1217833329;
return value;
}
case 148:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 29;
uint part2 = (uint)value << (32 - 29);
value = (int)(part1 | part2);
value ^= 1566976773 ^ salt;
value -= -1933121809 + _secretKey[230];
return value;
}
case 149:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[188]);
uint part1 = value2 >> 30;
uint part2 = value2 << (32 - 30);
value = (int)(part1 | part2);
return value;
}
case 150:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[53]);
uint part1 = value2 >> 30;
uint part2 = value2 << (32 - 30);
value = (int)(part1 | part2);
return value;
}
case 151:
{
// AddInstruction
value = ((value - -2119615805) ^ salt) - _secretKey[138];
return value;
}
case 152:
{
// MultipleRotateXorInstruction
value ^= 221292457 ^ salt;
uint value2 = (uint)value >> 16;
uint part1 = (uint)value << (32 - 16);
value = (int)(value2 | part1);
value = (value - _secretKey[102]) * -1630338257;
return value;
}
case 153:
{
// MultipleRotateXorInstruction
value ^= 1486712056 ^ salt;
uint value2 = (uint)value >> 13;
uint part1 = (uint)value << (32 - 13);
value = (int)(value2 | part1);
value = (value - _secretKey[248]) * -1360595481;
return value;
}
case 154:
{
// MultipleInstruction
value = (value - _secretKey[72] - salt) * 1812161233;
return value;
}
case 155:
{
// MultipleRotateXorInstruction
value ^= -81016400 ^ salt;
uint value2 = (uint)value >> 17;
uint part1 = (uint)value << (32 - 17);
value = (int)(value2 | part1);
value = (value - _secretKey[247]) * -47344461;
return value;
}
case 156:
{
// MultipleRotateXorInstruction
value ^= -1187848798 ^ salt;
uint value2 = (uint)value >> 23;
uint part1 = (uint)value << (32 - 23);
value = (int)(value2 | part1);
value = (value - _secretKey[252]) * -1858496529;
return value;
}
case 157:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 16;
uint part2 = (uint)value << (32 - 16);
value = (int)(part1 | part2);
value ^= 1185916334 ^ salt;
value -= 605454035 + _secretKey[108];
return value;
}
case 158:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 1;
uint part2 = (uint)value << (32 - 1);
value = (int)(part1 | part2);
value ^= -451761745 ^ salt;
value -= 2112611413 + _secretKey[235];
return value;
}
case 159:
{
// XorInstruction
value = ((value ^ 1660696922) - salt) ^ _secretKey[229];
return value;
}
case 160:
{
// MultipleRotateXorInstruction
value ^= -431219573 ^ salt;
uint value2 = (uint)value >> 31;
uint part1 = (uint)value << (32 - 31);
value = (int)(value2 | part1);
value = (value - _secretKey[111]) * 1706905775;
return value;
}
case 161:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 28;
uint part1 = (uint)value << (32 - 28);
value = (int)(value2 | part1);
value = (value - _secretKey[198]) * -580820577;
value ^= 1658933717 ^ salt;
return value;
}
case 162:
{
// AddRotateXorInstruction
value ^= 609336148 ^ salt;
uint value2 = (uint)value >> 20;
uint part1 = (uint)value << (32 - 20);
value = (int)(value2 | part1);
value -= -1278798944 + _secretKey[72];
return value;
}
case 163:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 26;
uint part1 = (uint)value << (32 - 26);
value = (int)(value2 | part1);
value ^= -1055021038 ^ salt;
value = (value - _secretKey[57]) * -620746171;
return value;
}
case 164:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 7;
uint part1 = (uint)value << (32 - 7);
value = (int)(value2 | part1);
value ^= 1389308323 ^ salt;
value = (value - _secretKey[225]) * 2035776477;
return value;
}
case 165:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 1;
uint part1 = (uint)value << (32 - 1);
value = (int)(value2 | part1);
value -= -1939584600 + _secretKey[124];
value ^= 318043677 ^ salt;
return value;
}
case 166:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 14;
uint part1 = (uint)value << (32 - 14);
value = (int)(value2 | part1);
value ^= 2047590880 ^ salt;
value = (value - _secretKey[184]) * -748679859;
return value;
}
case 167:
{
// XorInstruction
value = ((value ^ -312123044) - salt) ^ _secretKey[114];
return value;
}
case 168:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 1;
uint part2 = (uint)value << (32 - 1);
value = (int)(part1 | part2);
value ^= -1299860280 ^ salt;
value -= 1897551751 + _secretKey[139];
return value;
}
case 169:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[10]);
uint part1 = value2 >> 15;
uint part2 = value2 << (32 - 15);
value = (int)(part1 | part2);
return value;
}
case 170:
{
// MultipleInstruction
value = (value - _secretKey[60] - salt) * 609589815;
return value;
}
case 171:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 21;
uint part1 = (uint)value << (32 - 21);
value = (int)(value2 | part1);
value = (value - _secretKey[242]) * 893240649;
value ^= 820953326 ^ salt;
return value;
}
case 172:
{
// XorInstruction
value = ((value ^ 921116076) - salt) ^ _secretKey[89];
return value;
}
case 173:
{
// AddInstruction
value = ((value - -1261901861) ^ salt) - _secretKey[82];
return value;
}
case 174:
{
// MultipleRotateXorInstruction
value ^= -1758870671 ^ salt;
uint value2 = (uint)value >> 1;
uint part1 = (uint)value << (32 - 1);
value = (int)(value2 | part1);
value = (value - _secretKey[42]) * -1163763527;
return value;
}
case 175:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 14;
uint part1 = (uint)value << (32 - 14);
value = (int)(value2 | part1);
value -= 1254595032 + _secretKey[10];
value ^= -99371457 ^ salt;
return value;
}
case 176:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 0;
uint part2 = (uint)value << (32 - 0);
value = (int)(part1 | part2);
value ^= -2036462975 ^ salt;
value -= 1901168605 + _secretKey[131];
return value;
}
case 177:
{
// MultipleRotateXorInstruction
value ^= -805817000 ^ salt;
uint value2 = (uint)value >> 29;
uint part1 = (uint)value << (32 - 29);
value = (int)(value2 | part1);
value = (value - _secretKey[29]) * -1809334639;
return value;
}
case 178:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 12;
uint part2 = (uint)value << (32 - 12);
value = (int)(part1 | part2);
value ^= 762578411 ^ salt;
value -= 28490730 + _secretKey[13];
return value;
}
case 179:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 24;
uint part1 = (uint)value << (32 - 24);
value = (int)(value2 | part1);
value -= -41308497 + _secretKey[85];
value ^= 1812019570 ^ salt;
return value;
}
case 180:
{
// XorInstruction
value = ((value ^ 1563652208) - salt) ^ _secretKey[231];
return value;
}
case 181:
{
// AddRotateXorInstruction
value ^= -1148350591 ^ salt;
uint value2 = (uint)value >> 23;
uint part1 = (uint)value << (32 - 23);
value = (int)(value2 | part1);
value -= -542613261 + _secretKey[75];
return value;
}
case 182:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 19;
uint part2 = (uint)value << (32 - 19);
value = (int)(part1 | part2);
value ^= 1842755263 ^ salt;
value -= 1462569147 + _secretKey[135];
return value;
}
case 183:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 8;
uint part1 = (uint)value << (32 - 8);
value = (int)(value2 | part1);
value ^= -159244912 ^ salt;
value = (value - _secretKey[15]) * -663204867;
return value;
}
case 184:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[230]);
uint part1 = value2 >> 5;
uint part2 = value2 << (32 - 5);
value = (int)(part1 | part2);
return value;
}
case 185:
{
// AddRotateXorInstruction
value ^= 1218428368 ^ salt;
uint value2 = (uint)value >> 5;
uint part1 = (uint)value << (32 - 5);
value = (int)(value2 | part1);
value -= 45305078 + _secretKey[119];
return value;
}
case 186:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 0;
uint part2 = (uint)value << (32 - 0);
value = (int)(part1 | part2);
value ^= 567100030 ^ salt;
value -= 148564506 + _secretKey[160];
return value;
}
case 187:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[242]);
uint part1 = value2 >> 21;
uint part2 = value2 << (32 - 21);
value = (int)(part1 | part2);
return value;
}
case 188:
{
// MultipleRotateXorInstruction
value ^= 730302816 ^ salt;
uint value2 = (uint)value >> 0;
uint part1 = (uint)value << (32 - 0);
value = (int)(value2 | part1);
value = (value - _secretKey[30]) * -1488719571;
return value;
}
case 189:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[93]);
uint part1 = value2 >> 18;
uint part2 = value2 << (32 - 18);
value = (int)(part1 | part2);
return value;
}
case 190:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[69]);
uint part1 = value2 >> 29;
uint part2 = value2 << (32 - 29);
value = (int)(part1 | part2);
return value;
}
case 191:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 14;
uint part1 = (uint)value << (32 - 14);
value = (int)(value2 | part1);
value = (value - _secretKey[153]) * 1590990225;
value ^= 1474104403 ^ salt;
return value;
}
case 192:
{
// AddInstruction
value = ((value - 1345231273) ^ salt) - _secretKey[170];
return value;
}
case 193:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[138]);
uint part1 = value2 >> 28;
uint part2 = value2 << (32 - 28);
value = (int)(part1 | part2);
return value;
}
case 194:
{
// AddRotateXorInstruction
value ^= -1086752221 ^ salt;
uint value2 = (uint)value >> 2;
uint part1 = (uint)value << (32 - 2);
value = (int)(value2 | part1);
value -= -1649692985 + _secretKey[138];
return value;
}
case 195:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 5;
uint part1 = (uint)value << (32 - 5);
value = (int)(value2 | part1);
value = (value - _secretKey[23]) * -718602987;
value ^= 216360478 ^ salt;
return value;
}
case 196:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 25;
uint part1 = (uint)value << (32 - 25);
value = (int)(value2 | part1);
value -= -922639548 + _secretKey[211];
value ^= 1736125070 ^ salt;
return value;
}
case 197:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 0;
uint part1 = (uint)value << (32 - 0);
value = (int)(value2 | part1);
value -= -1729078426 + _secretKey[124];
value ^= -1590872932 ^ salt;
return value;
}
case 198:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 13;
uint part2 = (uint)value << (32 - 13);
value = (int)(part1 | part2);
value ^= 2101329043 ^ salt;
value -= -2086916257 + _secretKey[135];
return value;
}
case 199:
{
// XorInstruction
value = ((value ^ -1188487898) - salt) ^ _secretKey[133];
return value;
}
case 200:
{
// MultipleInstruction
value = (value - _secretKey[162] - salt) * -1592735389;
return value;
}
case 201:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 11;
uint part1 = (uint)value << (32 - 11);
value = (int)(value2 | part1);
value -= -1882888353 + _secretKey[153];
value ^= 2087683186 ^ salt;
return value;
}
case 202:
{
// MultipleRotateXorInstruction
value ^= -1855365205 ^ salt;
uint value2 = (uint)value >> 22;
uint part1 = (uint)value << (32 - 22);
value = (int)(value2 | part1);
value = (value - _secretKey[58]) * -1429384213;
return value;
}
case 203:
{
// MultipleInstruction
value = (value - _secretKey[66] - salt) * 180652695;
return value;
}
case 204:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 0;
uint part1 = (uint)value << (32 - 0);
value = (int)(value2 | part1);
value ^= 1668989123 ^ salt;
value = (value - _secretKey[206]) * 715760713;
return value;
}
case 205:
{
// MultipleInstruction
value = (value - _secretKey[169] - salt) * -19415893;
return value;
}
case 206:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 14;
uint part1 = (uint)value << (32 - 14);
value = (int)(value2 | part1);
value = (value - _secretKey[143]) * 408562579;
value ^= -387621173 ^ salt;
return value;
}
case 207:
{
// XorInstruction
value = ((value ^ -1302837102) - salt) ^ _secretKey[133];
return value;
}
case 208:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 29;
uint part1 = (uint)value << (32 - 29);
value = (int)(value2 | part1);
value = (value - _secretKey[5]) * 199587543;
value ^= 1201861103 ^ salt;
return value;
}
case 209:
{
// AddInstruction
value = ((value - -1698116194) ^ salt) - _secretKey[188];
return value;
}
case 210:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 3;
uint part1 = (uint)value << (32 - 3);
value = (int)(value2 | part1);
value -= -5412811 + _secretKey[40];
value ^= 955827838 ^ salt;
return value;
}
case 211:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 16;
uint part1 = (uint)value << (32 - 16);
value = (int)(value2 | part1);
value ^= -261186202 ^ salt;
value = (value - _secretKey[206]) * 250403797;
return value;
}
case 212:
{
// XorInstruction
value = ((value ^ 1451245279) - salt) ^ _secretKey[215];
return value;
}
case 213:
{
// AddInstruction
value = ((value - -48271475) ^ salt) - _secretKey[248];
return value;
}
case 214:
{
// MultipleRotateXorInstruction
value ^= 280704379 ^ salt;
uint value2 = (uint)value >> 31;
uint part1 = (uint)value << (32 - 31);
value = (int)(value2 | part1);
value = (value - _secretKey[72]) * -1743417391;
return value;
}
case 215:
{
// MultipleRotateXorInstruction
value ^= -1507466225 ^ salt;
uint value2 = (uint)value >> 17;
uint part1 = (uint)value << (32 - 17);
value = (int)(value2 | part1);
value = (value - _secretKey[176]) * -795921711;
return value;
}
case 216:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[162]);
uint part1 = value2 >> 23;
uint part2 = value2 << (32 - 23);
value = (int)(part1 | part2);
return value;
}
case 217:
{
// XorInstruction
value = ((value ^ -1329546797) - salt) ^ _secretKey[108];
return value;
}
case 218:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 11;
uint part1 = (uint)value << (32 - 11);
value = (int)(value2 | part1);
value -= 1710889501 + _secretKey[85];
value ^= 846489904 ^ salt;
return value;
}
case 219:
{
// XorInstruction
value = ((value ^ -339712479) - salt) ^ _secretKey[127];
return value;
}
case 220:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 15;
uint part1 = (uint)value << (32 - 15);
value = (int)(value2 | part1);
value -= -308188673 + _secretKey[78];
value ^= -1008587035 ^ salt;
return value;
}
case 221:
{
// MultipleInstruction
value = (value - _secretKey[111] - salt) * 773277731;
return value;
}
case 222:
{
// MultipleInstruction
value = (value - _secretKey[198] - salt) * 1149219487;
return value;
}
case 223:
{
// AddInstruction
value = ((value - -449129672) ^ salt) - _secretKey[160];
return value;
}
case 224:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 12;
uint part1 = (uint)value << (32 - 12);
value = (int)(value2 | part1);
value ^= -180027834 ^ salt;
value = (value - _secretKey[84]) * 102372989;
return value;
}
case 225:
{
// XorInstruction
value = ((value ^ 946019090) - salt) ^ _secretKey[58];
return value;
}
case 226:
{
// AddRotateXorInstruction
value ^= 1350981383 ^ salt;
uint value2 = (uint)value >> 3;
uint part1 = (uint)value << (32 - 3);
value = (int)(value2 | part1);
value -= 694016884 + _secretKey[225];
return value;
}
case 227:
{
// AddRotateXorInstruction
value ^= 1680252929 ^ salt;
uint value2 = (uint)value >> 28;
uint part1 = (uint)value << (32 - 28);
value = (int)(value2 | part1);
value -= -870643939 + _secretKey[168];
return value;
}
case 228:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[184]);
uint part1 = value2 >> 4;
uint part2 = value2 << (32 - 4);
value = (int)(part1 | part2);
return value;
}
case 229:
{
// AddRotateXorInstruction
value ^= -1727043214 ^ salt;
uint value2 = (uint)value >> 28;
uint part1 = (uint)value << (32 - 28);
value = (int)(value2 | part1);
value -= 1785715822 + _secretKey[199];
return value;
}
case 230:
{
// XorInstruction
value = ((value ^ -1277148537) - salt) ^ _secretKey[139];
return value;
}
case 231:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 10;
uint part1 = (uint)value << (32 - 10);
value = (int)(value2 | part1);
value ^= 1940873679 ^ salt;
value = (value - _secretKey[226]) * -528829791;
return value;
}
case 232:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 14;
uint part1 = (uint)value << (32 - 14);
value = (int)(value2 | part1);
value = (value - _secretKey[171]) * 1486956053;
value ^= -879839609 ^ salt;
return value;
}
case 233:
{
// AddInstruction
value = ((value - 328489970) ^ salt) - _secretKey[181];
return value;
}
case 234:
{
// MultipleInstruction
value = (value - _secretKey[89] - salt) * -1387476699;
return value;
}
case 235:
{
// XorAddRotateInstruction
uint value2 = (uint)value >> 8;
uint part1 = (uint)value << (32 - 8);
value = (int)(value2 | part1);
value -= -1977097134 + _secretKey[203];
value ^= 1290000091 ^ salt;
return value;
}
case 236:
{
// AddInstruction
value = ((value - 1890859361) ^ salt) - _secretKey[113];
return value;
}
case 237:
{
// AddRotateXorInstruction
value ^= 1434413518 ^ salt;
uint value2 = (uint)value >> 10;
uint part1 = (uint)value << (32 - 10);
value = (int)(value2 | part1);
value -= 1045620543 + _secretKey[216];
return value;
}
case 238:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 0;
uint part2 = (uint)value << (32 - 0);
value = (int)(part1 | part2);
value ^= 1591345537 ^ salt;
value -= -1706485027 + _secretKey[131];
return value;
}
case 239:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 24;
uint part2 = (uint)value << (32 - 24);
value = (int)(part1 | part2);
value ^= 1117669949 ^ salt;
value -= 1271081841 + _secretKey[29];
return value;
}
case 240:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 12;
uint part1 = (uint)value << (32 - 12);
value = (int)(value2 | part1);
value = (value - _secretKey[235]) * 1588287429;
value ^= -842525462 ^ salt;
return value;
}
case 241:
{
// AddInstruction
value = ((value - 1030822002) ^ salt) - _secretKey[175];
return value;
}
case 242:
{
// MultipleRotateXorInstruction
value ^= 811922151 ^ salt;
uint value2 = (uint)value >> 16;
uint part1 = (uint)value << (32 - 16);
value = (int)(value2 | part1);
value = (value - _secretKey[57]) * 769862473;
return value;
}
case 243:
{
// AddRotateXorInstruction
value ^= -1258702719 ^ salt;
uint value2 = (uint)value >> 23;
uint part1 = (uint)value << (32 - 23);
value = (int)(value2 | part1);
value -= 656680947 + _secretKey[75];
return value;
}
case 244:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 19;
uint part1 = (uint)value << (32 - 19);
value = (int)(value2 | part1);
value = (value - _secretKey[191]) * -883345609;
value ^= 90809787 ^ salt;
return value;
}
case 245:
{
// AddRotateXorInstruction
value ^= 99436168 ^ salt;
uint value2 = (uint)value >> 16;
uint part1 = (uint)value << (32 - 16);
value = (int)(value2 | part1);
value -= -532913580 + _secretKey[15];
return value;
}
case 246:
{
// MultipleXorRotateInstruction
uint value2 = (uint)value >> 22;
uint part1 = (uint)value << (32 - 22);
value = (int)(value2 | part1);
value ^= 1471598712 ^ salt;
value = (value - _secretKey[230]) * -599880499;
return value;
}
case 247:
{
// XorMultipleRotateInstruction
uint value2 = (uint)value >> 26;
uint part1 = (uint)value << (32 - 26);
value = (int)(value2 | part1);
value = (value - _secretKey[15]) * -1447936463;
value ^= 1941306053 ^ salt;
return value;
}
case 248:
{
// AddRotateXorInstruction
value ^= 2045091157 ^ salt;
uint value2 = (uint)value >> 18;
uint part1 = (uint)value << (32 - 18);
value = (int)(value2 | part1);
value -= 883137918 + _secretKey[96];
return value;
}
case 249:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[165]);
uint part1 = value2 >> 13;
uint part2 = value2 << (32 - 13);
value = (int)(part1 | part2);
return value;
}
case 250:
{
// AddInstruction
value = ((value - -394947456) ^ salt) - _secretKey[96];
return value;
}
case 251:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[93]);
uint part1 = value2 >> 18;
uint part2 = value2 << (32 - 18);
value = (int)(part1 | part2);
return value;
}
case 252:
{
// AddInstruction
value = ((value - 1917332797) ^ salt) - _secretKey[69];
return value;
}
case 253:
{
// AddXorRotateInstruction
uint part1 = (uint)value >> 14;
uint part2 = (uint)value << (32 - 14);
value = (int)(part1 | part2);
value ^= -1509317223 ^ salt;
value -= 1006809939 + _secretKey[113];
return value;
}
case 254:
{
// BitRotateInstruction
uint value2 = (uint)((value - salt) ^ _secretKey[170]);
uint part1 = value2 >> 9;
uint part2 = value2 << (32 - 9);
value = (int)(part1 | part2);
return value;
}
case 255:
{
// AddInstruction
value = ((value - 683715132) ^ salt) - _secretKey[138];
return value;
}
default:
throw new System.Exception($"Invalid opCode:{opCode}");
}
}
}
}
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