[Release] 4Botters Key Dumper (New Protection)

[Ultimation]

here u go, this will give you the blowfish/Crypt key for any binary server protected with the new 4botters protection.
with the key you can create a unprotected version of the conquer.exe to use with any binary server.

Source code available upon request.

Regards


Ulti.

PS. This was coded in Visual Studio (C#) and i have not obfuscated the code, so u can take a look, please note if you using the ManagedMemoryManipulation code in any of your programs to include my name in the credits.

[adam1212]

This is sick

[elvis1002]

does it work on the latest patchs too? xD

[BaussHacker]

*****.

[zhalyn]

trollololzz jacob

[BaussHacker]

Originally Posted by zhalyn

trollololzz jacob

[Speedie123]

Well, after getting the blowfish code, how to use it for new conquer.exe to get the unprotected version ? thanks.

[adam1212]

this aint workin wid the new anti bot protection sservers got now its called NeZaMy or sumtin like dat

[BaussHacker]

Originally Posted by adam1212

this aint workin wid the new anti bot protection sservers got now its called NeZaMy or sumtin like dat

Too bad.

[JobvdH]

If someone wants his source code:

Hooking:

 Spoiler

using ManagedMemoryManipulation;
using System;
using System.Diagnostics;
using System.IO;
using System.Threading;

namespace KeyDumper
{
  public class Hooking
  {
    private IntPtr processid = new IntPtr(0);
    private uint ReadAddy = 0U;
    private MemoryManipulation mem;
    private Process proc;

    public bool ReadKey(out string message)
    {
      try
      {
        if ((int) this.ReadAddy != 0)
        {
          string str = this.mem.Process.ReadASCIIString(this.mem.Process.ReadUInt(this.ReadAddy), 16);
          if (str != "")
          {
            message = "Found Key: " + str;
            return true;
          }
          else
          {
            message = "Waiting for you to login";
            return false;
          }
        }
        else
        {
          message = "Waiting for you to login";
          return false;
        }
      }
      catch (Exception ex)
      {
        message = "Target process not running";
        return false;
      }
    }

    public void KillProcess()
    {
      try
      {
        this.mem.Process.CloseProcess();
        this.proc.Kill();
      }
      catch (Exception ex)
      {
      }
    }

    public void RemoveChecks()
    {
      this.mem.InjectCode(new string[7]
      {
        "nop",
        "nop",
        "nop",
        "nop",
        "nop",
        "nop",
        "nop"
      }, 9507327U);
    }

    public void LoadTarget(string filename)
    {
      this.proc = new Process();
      this.proc.StartInfo = new ProcessStartInfo()
      {
        FileName = filename,
        Arguments = "blacknull",
        WorkingDirectory = Path.GetDirectoryName(filename)
      };
      this.proc.Start();
      this.proc.WaitForInputIdle();
      Thread.Sleep(2000);
      this.processid = this.proc.MainWindowHandle;
      this.mem = new MemoryManipulation(this.processid);
    }

    public void Hook()
    {
      try
      {
        if (!this.mem.Process.IsProcessOpen)
          return;
        this.ReadAddy = this.mem.Process.AllocateMemory(50);
        this.mem.InjectCode(new string[1]
        {
          "jmp " + (object) this.mem.InjectCode(new string[3]
          {
            "mov [" + (object) this.ReadAddy + "] , eax",
            "call 0x0050ADB6",
            "jmp 0x4FE129"
          })
        }, 5234980U);
      }
      catch (Exception ex)
      {
      }
    }
  }
}

Then the DLL. (FASMDLL_Managed)

 Spoiler

using System;
using System.Collections.Generic;
using System.Runtime.InteropServices;
using System.Text;

namespace Fasm
{
  public class ManagedFasm : IDisposable
  {
    private StringBuilder m_AssemblyString;
    private List<IntPtr> m_ThreadHandles;
    private IntPtr m_hProcess;
    private int m_MemorySize;
    private int m_PassLimit;

    public ManagedFasm(IntPtr hProcess)
    {
      this.m_hProcess = hProcess;
      this.m_AssemblyString = new StringBuilder("use32\n");
      this.m_ThreadHandles = new List<IntPtr>();
      this.m_MemorySize = 4096;
      this.m_PassLimit = 100;
    }

    public ManagedFasm()
    {
      this.m_AssemblyString = new StringBuilder("use32\n");
      this.m_ThreadHandles = new List<IntPtr>();
      this.m_MemorySize = 4096;
      this.m_PassLimit = 100;
    }

    private unsafe void \u007EManagedFasm()
    {
      for (int index = 0; index < this.m_ThreadHandles.Count; ++index)
        \u003CModule\u003E.CloseHandle((void*) this.m_ThreadHandles[index].ToInt32());
      this.m_ThreadHandles.Clear();
    }

    public void AddLine(string szFormatString, params object[] args)
    {
      this.m_AssemblyString.AppendFormat(szFormatString + "\n", args);
    }

    public void AddLine(string szLine)
    {
      this.m_AssemblyString.Append(szLine + "\n");
    }

    public void Add(string szFormatString, params object[] args)
    {
      this.m_AssemblyString.AppendFormat(szFormatString, args);
    }

    public void Add(string szLine)
    {
      this.m_AssemblyString.Append(szLine);
    }

    public void InsertLine(string szLine, int nIndex)
    {
      this.m_AssemblyString.Insert(nIndex, szLine + "\n");
    }

    public void Insert(string szLine, int nIndex)
    {
      this.m_AssemblyString.Insert(nIndex, szLine);
    }

    public void Clear()
    {
      this.m_AssemblyString = new StringBuilder("use32\n");
    }

    public static unsafe byte[] Assemble(string szSource, int nMemorySize, int nPassLimit)
    {
      IntPtr num = new IntPtr();
      IntPtr hglobal = Marshal.StringToHGlobalAnsi(szSource);
      \u003CModule\u003E._c_FasmAssemble((sbyte*) hglobal.ToPointer(), (uint) nMemorySize, (uint) nPassLimit);
      _c_FasmState* cFasmStatePtr = (_c_FasmState*) \u003CModule\u003E._c_fasm_memorybuf;
      Marshal.FreeHGlobal(hglobal);
      if (*(int*) cFasmStatePtr != 0)
        throw new Exception(string.Format("Assembly failed!  Error code: {0};  Error Line: {1}", (object) *(int*) ((IntPtr) cFasmStatePtr + 4), (object) (uint) *(int*) (*(int*) ((IntPtr) cFasmStatePtr + 8) + 4)));
      byte[] destination = new byte[*(int*) ((IntPtr) cFasmStatePtr + 4)];
      Marshal.Copy((IntPtr) ((void*) *(int*) ((IntPtr) cFasmStatePtr + 8)), destination, 0, *(int*) ((IntPtr) cFasmStatePtr + 4));
      return destination;
    }

    public static byte[] Assemble(string szSource, int nMemorySize)
    {
      return ManagedFasm.Assemble(szSource, nMemorySize, 100);
    }

    public static byte[] Assemble(string szSource)
    {
      return ManagedFasm.Assemble(szSource, 4096, 100);
    }

    public byte[] Assemble()
    {
      return ManagedFasm.Assemble(this.m_AssemblyString.ToString(), this.m_MemorySize, this.m_PassLimit);
    }

    [return: MarshalAs(UnmanagedType.U1)]
    public bool Inject(uint dwAddress)
    {
      ManagedFasm managedFasm = this;
      IntPtr hProcess = managedFasm.m_hProcess;
      int num = (int) dwAddress;
      return managedFasm.Inject(hProcess, (uint) num);
    }

    [return: MarshalAs(UnmanagedType.U1)]
    public unsafe bool Inject(IntPtr hProcess, uint dwAddress)
    {
      bool flag1;
      if (hProcess == IntPtr.Zero)
      {
        flag1 = false;
      }
      else
      {
        if (this.m_AssemblyString.ToString().Contains("use64") || this.m_AssemblyString.ToString().Contains("use16"))
          this.m_AssemblyString.Replace("use32\n", "");
        if (!this.m_AssemblyString.ToString().Contains("org "))
          this.m_AssemblyString.Insert(0, string.Format("org 0x{0:X08}\n", (object) dwAddress));
        IntPtr hglobal = IntPtr.Zero;
        try
        {
          bool flag2;
          try
          {
            hglobal = Marshal.StringToHGlobalAnsi(this.m_AssemblyString.ToString());
            int num = (int) \u003CModule\u003E._c_FasmAssemble((sbyte*) hglobal.ToPointer(), (uint) this.m_MemorySize, (uint) this.m_PassLimit);
            goto label_13;
          }
          catch (Exception ex)
          {
            Console.WriteLine(ex.Message);
            flag2 = false;
          }
          flag1 = flag2;
          goto label_16;
        }
        finally
        {
          if (hglobal != IntPtr.Zero)
            Marshal.FreeHGlobal(hglobal);
        }
label_13:
        _c_FasmState* cFasmStatePtr = (_c_FasmState*) \u003CModule\u003E._c_fasm_memorybuf;
        if (*(int*) cFasmStatePtr != 0)
          throw new Exception(string.Format("Assembly failed!  Error code: {0};  Error Line: {1}", (object) *(int*) ((IntPtr) cFasmStatePtr + 4), (object) (uint) *(int*) (*(int*) ((IntPtr) cFasmStatePtr + 8) + 4)));
        flag1 = \u003CModule\u003E.WriteProcessMemory((void*) hProcess, (void*) dwAddress, (void*) *(int*) ((IntPtr) cFasmStatePtr + 8), (uint) *(int*) ((IntPtr) cFasmStatePtr + 4), (uint*) 0) != 0 || false;
      }
label_16:
      return flag1;
    }

    public uint InjectAndExecute(uint dwAddress)
    {
      ManagedFasm managedFasm = this;
      IntPtr hProcess = managedFasm.m_hProcess;
      int num1 = (int) dwAddress;
      int num2 = 0;
      return managedFasm.InjectAndExecute(hProcess, (uint) num1, (uint) num2);
    }

    public uint InjectAndExecute(IntPtr hProcess, uint dwAddress)
    {
      return this.InjectAndExecute(hProcess, dwAddress, 0U);
    }

    public unsafe uint InjectAndExecute(IntPtr hProcess, uint dwAddress, uint dwParameter)
    {
      if (hProcess == IntPtr.Zero)
        throw new ArgumentNullException("hProcess");
      if ((int) dwAddress == 0)
        throw new ArgumentNullException("dwAddress");
      uint num = 0U;
      if (!this.Inject(hProcess, dwAddress))
        throw new Exception("Injection failed for some reason.");
      // ISSUE: cast to a function pointer type
      void* remoteThread = \u003CModule\u003E.CreateRemoteThread((void*) hProcess.ToInt32(), (_SECURITY_ATTRIBUTES*) 0, 0U, (__FnPtr<uint (void*)>) (int) dwAddress, (void*) dwParameter, 0U, (uint*) 0);
      if ((IntPtr) remoteThread == IntPtr.Zero)
        throw new Exception("Remote thread failed.");
      try
      {
        if ((int) \u003CModule\u003E.WaitForSingleObject(remoteThread, 10000U) == 0)
        {
          if (\u003CModule\u003E.GetExitCodeThread(remoteThread, &num) == 0)
            throw new Exception("Could not get thread exit code.");
        }
      }
      finally
      {
        \u003CModule\u003E.CloseHandle(remoteThread);
      }
      return num;
    }

    public IntPtr InjectAndExecuteEx(uint dwAddress)
    {
      ManagedFasm managedFasm = this;
      IntPtr hProcess = managedFasm.m_hProcess;
      int num1 = (int) dwAddress;
      int num2 = 0;
      return managedFasm.InjectAndExecuteEx(hProcess, (uint) num1, (uint) num2);
    }

    public IntPtr InjectAndExecuteEx(IntPtr hProcess, uint dwAddress)
    {
      return this.InjectAndExecuteEx(hProcess, dwAddress, 0U);
    }

    public unsafe IntPtr InjectAndExecuteEx(IntPtr hProcess, uint dwAddress, uint dwParameter)
    {
      this.Inject(hProcess, dwAddress);
      // ISSUE: cast to a function pointer type
      void* remoteThread = \u003CModule\u003E.CreateRemoteThread((void*) hProcess.ToInt32(), (_SECURITY_ATTRIBUTES*) 0, 0U, (__FnPtr<uint (void*)>) (int) dwAddress, (void*) dwParameter, 0U, (uint*) 0);
      this.m_ThreadHandles.Add((IntPtr) remoteThread);
      return (IntPtr) remoteThread;
    }

    public IntPtr GetProcessHandle()
    {
      return this.m_hProcess;
    }

    public void SetProcessHandle(IntPtr Value)
    {
      this.m_hProcess = Value;
    }

    public int GetMemorySize()
    {
      return this.m_MemorySize;
    }

    public void SetMemorySize(int Value)
    {
      this.m_MemorySize = Value;
    }

    public int GetPassLimit()
    {
      return this.m_PassLimit;
    }

    public void SetPassLimit(int Value)
    {
      this.m_PassLimit = Value;
    }

    protected virtual void Dispose([MarshalAs(UnmanagedType.U1)] bool _param1)
    {
      if (param0)
      {
        this.\u007EManagedFasm();
      }
      else
      {
        // ISSUE: explicit finalizer call
        this.Finalize();
      }
    }

    public virtual void Dispose()
    {
      this.Dispose(true);
      GC.SuppressFinalize((object) this);
    }
  }
}

ManagedMemoryManipulation:

 Spoiler

AccessRights:

 Spoiler

namespace Magic
{
public static class AccessRights
{
public const uint STANDARD_RIGHTS_REQUIRED = 983040U;
public const uint SYNCHRONIZE = 1048576U;
public const uint PROCESS_TERMINATE = 1U;
public const uint PROCESS_CREATE_THREAD = 2U;
public const uint PROCESS_VM_OPERATION = 8U;
public const uint PROCESS_VM_READ = 16U;
public const uint PROCESS_VM_WRITE = 32U;
public const uint PROCESS_DUP_HANDLE = 64U;
public const uint PROCESS_CREATE_PROCESS = 128U;
public const uint PROCESS_SET_QUOTA = 256U;
public const uint PROCESS_SET_INFORMATION = 512U;
public const uint PROCESS_QUERY_INFORMATION = 1024U;
public const uint PROCESS_SUSPEND_RESUME = 2048U;
public const uint PROCESS_QUERY_LIMITED_INFORMATION = 4096U;
public const uint PROCESS_ALL_ACCESS = 2035711U;
public const uint THREAD_TERMINATE = 1U;
public const uint THREAD_SUSPEND_RESUME = 2U;
public const uint THREAD_GET_CONTEXT = 8U;
public const uint THREAD_SET_CONTEXT = 16U;
public const uint THREAD_QUERY_INFORMATION = 64U;
public const uint THREAD_SET_INFORMATION = 32U;
public const uint THREAD_SET_THREAD_TOKEN = 128U;
public const uint THREAD_IMPERSONATE = 256U;
public const uint THREAD_DIRECT_IMPERSONATION = 512U;
public const uint THREAD_ALL_ACCESS = 2032639U;
}
}

BlackMagic:

 Spoiler

using Fasm;
using System;
using System.Collections;
using System.Collections.Generic;
using System.Diagnostics;

namespace Magic
{
  public sealed class BlackMagic
  {
    public bool SetDebugPrivileges = true;
    private IntPtr m_hProcess = IntPtr.Zero;
    private IntPtr m_hWnd = IntPtr.Zero;
    private IntPtr m_hThread = IntPtr.Zero;
    private const uint RETURN_ERROR = 0U;
    private bool m_bProcessOpen;
    private bool m_bThreadOpen;
    private int m_ProcessId;
    private int m_ThreadId;
    private ProcessModule m_MainModule;
    private ProcessModuleCollection m_Modules;
    private List<BlackMagic.PatternDataEntry> m_Data;

    public bool IsProcessOpen
    {
      get
      {
        return this.m_bProcessOpen;
      }
    }

    public bool IsThreadOpen
    {
      get
      {
        return this.m_bThreadOpen;
      }
    }

    public IntPtr ProcessHandle
    {
      get
      {
        return this.m_hProcess;
      }
    }

    public int ProcessId
    {
      get
      {
        return this.m_ProcessId;
      }
    }

    public IntPtr WindowHandle
    {
      get
      {
        return this.m_hWnd;
      }
    }

    public int ThreadId
    {
      get
      {
        return this.m_ThreadId;
      }
    }

    public IntPtr ThreadHandle
    {
      get
      {
        return this.m_hThread;
      }
    }

    public ProcessModule MainModule
    {
      get
      {
        return this.m_MainModule;
      }
    }

    public ProcessModuleCollection Modules
    {
      get
      {
        return this.m_Modules;
      }
    }

    public ManagedFasm Asm { get; set; }

    public BlackMagic()
    {
      this.Asm = new ManagedFasm();
      this.m_Data = new List<BlackMagic.PatternDataEntry>();
      if (!this.m_bProcessOpen || !(this.m_hProcess != IntPtr.Zero))
        return;
      this.Asm.SetProcessHandle(this.m_hProcess);
    }

    public BlackMagic(int ProcessId)
      : this()
    {
      this.m_bProcessOpen = this.Open(ProcessId);
    }

    public BlackMagic(IntPtr WindowHandle)
      : this(SProcess.GetProcessFromWindow(WindowHandle))
    {
    }

    ~BlackMagic()
    {
      this.Close();
    }

    public uint Execute(uint dwStartAddress, uint dwParameter)
    {
      UIntPtr lpExitCode = UIntPtr.Zero;
      IntPtr remoteThread = this.CreateRemoteThread(dwStartAddress, dwParameter);
      if (remoteThread == IntPtr.Zero)
        throw new Exception("Thread could not be remotely created.");
      bool flag = (int) SThread.WaitForSingleObject(remoteThread, 10000U) == 0;
      if (flag)
        flag = Imports.GetExitCodeThread(remoteThread, out lpExitCode);
      Imports.CloseHandle(remoteThread);
      if (!flag)
        throw new Exception("Error waiting for thread to exit or getting exit code.");
      else
        return (uint) lpExitCode;
    }

    public uint Execute(uint dwStartAddress)
    {
      return this.Execute(dwStartAddress, 0U);
    }

    public IntPtr CreateRemoteThread(uint dwStartAddress, uint dwParameter, uint dwCreationFlags, out uint dwThreadId)
    {
      if (this.m_bProcessOpen)
        return SThread.CreateRemoteThread(this.m_hProcess, dwStartAddress, dwParameter, dwCreationFlags, out dwThreadId);
      dwThreadId = 0U;
      return IntPtr.Zero;
    }

    public IntPtr CreateRemoteThread(uint dwStartAddress, uint dwParameter, out uint dwThreadId)
    {
      return this.CreateRemoteThread(dwStartAddress, dwParameter, 0U, out dwThreadId);
    }

    public IntPtr CreateRemoteThread(uint dwStartAddress, uint dwParameter)
    {
      uint dwThreadId;
      return this.CreateRemoteThread(dwStartAddress, dwParameter, 0U, out dwThreadId);
    }

    public bool SuspendThread(IntPtr hThread)
    {
      if ((int) SThread.SuspendThread(hThread) != -1)
        return true;
      else
        return false;
    }

    public bool SuspendThread()
    {
      if (!this.m_bThreadOpen)
        return false;
      else
        return this.SuspendThread(this.m_hThread);
    }

    public bool ResumeThread(IntPtr hThread)
    {
      if ((int) SThread.ResumeThread(hThread) != -1)
        return true;
      else
        return false;
    }

    public bool ResumeThread()
    {
      if (!this.m_bThreadOpen)
        return false;
      else
        return this.ResumeThread(this.m_hThread);
    }

    public bool WriteBytes(uint dwAddress, byte[] Value, int nSize)
    {
      return SMemory.WriteBytes(this.m_hProcess, dwAddress, Value, nSize);
    }

    public bool WriteBytes(uint dwAddress, byte[] Value)
    {
      return this.WriteBytes(dwAddress, Value, Value.Length);
    }

    public bool WriteByte(uint dwAddress, byte Value)
    {
      return SMemory.WriteByte(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteSByte(uint dwAddress, sbyte Value)
    {
      return SMemory.WriteSByte(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteUShort(uint dwAddress, ushort Value)
    {
      return SMemory.WriteUShort(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteShort(uint dwAddress, short Value)
    {
      return SMemory.WriteShort(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteUInt(uint dwAddress, uint Value)
    {
      return SMemory.WriteUInt(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteInt(uint dwAddress, int Value)
    {
      return SMemory.WriteInt(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteUInt64(uint dwAddress, ulong Value)
    {
      return SMemory.WriteUInt64(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteInt64(uint dwAddress, long Value)
    {
      return SMemory.WriteInt64(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteFloat(uint dwAddress, float Value)
    {
      return SMemory.WriteFloat(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteDouble(uint dwAddress, double Value)
    {
      return SMemory.WriteDouble(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteObject(uint dwAddress, object Value, Type objType)
    {
      return SMemory.WriteObject(this.m_hProcess, dwAddress, Value, objType);
    }

    public bool WriteObject(uint dwAddress, object Value)
    {
      return SMemory.WriteObject(this.m_hProcess, dwAddress, Value, Value.GetType());
    }

    public bool WriteASCIIString(uint dwAddress, string Value)
    {
      return SMemory.WriteASCIIString(this.m_hProcess, dwAddress, Value);
    }

    public bool WriteUnicodeString(uint dwAddress, string Value)
    {
      return SMemory.WriteUnicodeString(this.m_hProcess, dwAddress, Value);
    }

    public byte[] ReadBytes(uint dwAddress, int nSize)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadBytes(this.m_hProcess, dwAddress, nSize);
    }

    public byte ReadByte(uint dwAddress)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadByte(this.m_hProcess, dwAddress);
    }

    public sbyte ReadSByte(uint dwAddress)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadSByte(this.m_hProcess, dwAddress);
    }

    public ushort ReadUShort(uint dwAddress)
    {
      return this.ReadUShort(dwAddress, false);
    }

    public ushort ReadUShort(uint dwAddress, bool bReverse)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadUShort(this.m_hProcess, dwAddress, bReverse);
    }

    public short ReadShort(uint dwAddress)
    {
      return this.ReadShort(dwAddress, false);
    }

    public short ReadShort(uint dwAddress, bool bReverse)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadShort(this.m_hProcess, dwAddress, bReverse);
    }

    public uint ReadUInt(uint dwAddress)
    {
      return this.ReadUInt(dwAddress, false);
    }

    public uint ReadUInt(uint dwAddress, bool bReverse)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadUInt(this.m_hProcess, dwAddress, bReverse);
    }

    public int ReadInt(uint dwAddress)
    {
      return this.ReadInt(dwAddress, false);
    }

    public int ReadInt(uint dwAddress, bool bReverse)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadInt(this.m_hProcess, dwAddress, bReverse);
    }

    public ulong ReadUInt64(uint dwAddress)
    {
      return this.ReadUInt64(dwAddress, false);
    }

    public ulong ReadUInt64(uint dwAddress, bool bReverse)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadUInt64(this.m_hProcess, dwAddress, bReverse);
    }

    public long ReadInt64(uint dwAddress)
    {
      return this.ReadInt64(dwAddress, false);
    }

    public long ReadInt64(uint dwAddress, bool bReverse)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadInt64(this.m_hProcess, dwAddress, bReverse);
    }

    public float ReadFloat(uint dwAddress)
    {
      return this.ReadFloat(dwAddress, false);
    }

    public float ReadFloat(uint dwAddress, bool bReverse)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadFloat(this.m_hProcess, dwAddress, bReverse);
    }

    public double ReadDouble(uint dwAddress)
    {
      return this.ReadDouble(dwAddress, false);
    }

    public double ReadDouble(uint dwAddress, bool bReverse)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadDouble(this.m_hProcess, dwAddress, bReverse);
    }

    public object ReadObject(uint dwAddress, Type objType)
    {
      if (!this.m_bProcessOpen || this.m_hProcess == IntPtr.Zero)
        throw new Exception("Process is not open for read/write.");
      else
        return SMemory.ReadObject(this.m_hProcess, dwAddress, objType);
    }

    public string ReadASCIIString(uint dwAddress, int nLength)
    {
      return SMemory.ReadASCIIString(this.m_hProcess, dwAddress, nLength);
    }

    public string ReadUnicodeString(uint dwAddress, int nLength)
    {
      return SMemory.ReadUnicodeString(this.m_hProcess, dwAddress, nLength);
    }

    public uint AllocateMemory(int nSize, uint dwAllocationType, uint dwProtect)
    {
      return SMemory.AllocateMemory(this.m_hProcess, nSize, dwAllocationType, dwProtect);
    }

    public uint AllocateMemory(int nSize)
    {
      return this.AllocateMemory(nSize, 4096U, 64U);
    }

    public uint AllocateMemory()
    {
      return this.AllocateMemory(4096);
    }

    public bool FreeMemory(uint dwAddress, int nSize, uint dwFreeType)
    {
      return SMemory.FreeMemory(this.m_hProcess, dwAddress, nSize, dwFreeType);
    }

    public bool FreeMemory(uint dwAddress)
    {
      return this.FreeMemory(dwAddress, 0, 32768U);
    }

    public bool Open(int ProcessId)
    {
      if (ProcessId == 0)
        return false;
      if (ProcessId == this.m_ProcessId)
        return true;
      if (this.m_bProcessOpen)
        this.CloseProcess();
      if (this.SetDebugPrivileges)
        Process.EnterDebugMode();
      this.m_bProcessOpen = (this.m_hProcess = SProcess.OpenProcess(ProcessId)) != IntPtr.Zero;
      if (this.m_bProcessOpen)
      {
        this.m_ProcessId = ProcessId;
        this.m_hWnd = SWindow.FindWindowByProcessId(ProcessId);
        this.m_Modules = Process.GetProcessById(this.m_ProcessId).Modules;
        this.m_MainModule = this.m_Modules[0];
        if (this.Asm == null)
          this.Asm = new ManagedFasm(this.m_hProcess);
        else
          this.Asm.SetProcessHandle(this.m_hProcess);
      }
      return this.m_bProcessOpen;
    }

    public bool Open(IntPtr WindowHandle)
    {
      if (WindowHandle == IntPtr.Zero)
        return false;
      else
        return this.Open(SProcess.GetProcessFromWindow(WindowHandle));
    }

    public bool OpenThread(int dwThreadId)
    {
      if (dwThreadId == 0)
        return false;
      if (dwThreadId == this.m_ThreadId)
        return true;
      if (this.m_bThreadOpen)
        this.CloseThread();
      this.m_bThreadOpen = (this.m_hThread = SThread.OpenThread(dwThreadId)) != IntPtr.Zero;
      if (this.m_bThreadOpen)
        this.m_ThreadId = dwThreadId;
      return this.m_bThreadOpen;
    }

    public bool OpenThread()
    {
      if (this.m_bProcessOpen)
        return this.OpenThread(SThread.GetMainThreadId(this.m_ProcessId));
      else
        return false;
    }

    public bool OpenProcessAndThread(int dwProcessId)
    {
      if (this.Open(dwProcessId) && this.OpenThread())
        return true;
      this.Close();
      return false;
    }

    public bool OpenProcessAndThread(IntPtr WindowHandle)
    {
      if (this.Open(WindowHandle) && this.OpenThread())
        return true;
      this.Close();
      return false;
    }

    public void Close()
    {
      this.Asm.Dispose();
      this.CloseProcess();
      this.CloseThread();
    }

    public void CloseProcess()
    {
      if (this.m_hProcess != IntPtr.Zero)
        Imports.CloseHandle(this.m_hProcess);
      this.m_hProcess = IntPtr.Zero;
      this.m_hWnd = IntPtr.Zero;
      this.m_ProcessId = 0;
      this.m_MainModule = (ProcessModule) null;
      this.m_Modules = (ProcessModuleCollection) null;
      this.m_bProcessOpen = false;
      this.Asm.SetProcessHandle(IntPtr.Zero);
    }

    public void CloseThread()
    {
      if (this.m_hThread != IntPtr.Zero)
        Imports.CloseHandle(this.m_hThread);
      this.m_hThread = IntPtr.Zero;
      this.m_ThreadId = 0;
      this.m_bThreadOpen = false;
    }

    public string GetModuleFilePath()
    {
      return this.m_MainModule.FileName;
    }

    public string GetModuleFilePath(int index)
    {
      return this.m_Modules[index].FileName;
    }

    public string GetModuleFilePath(string sModuleName)
    {
      foreach (ProcessModule processModule in (ReadOnlyCollectionBase) this.m_Modules)
      {
        if (processModule.ModuleName.ToLower().Equals(sModuleName.ToLower()))
          return processModule.FileName;
      }
      return string.Empty;
    }

    public ProcessModule GetModule(string sModuleName)
    {
      foreach (ProcessModule processModule in (ReadOnlyCollectionBase) this.m_Modules)
      {
        if (processModule.ModuleName.ToLower().Equals(sModuleName.ToLower()))
          return processModule;
      }
      return (ProcessModule) null;
    }

    public ProcessModule GetModule(uint dwAddress)
    {
      foreach (ProcessModule processModule in (ReadOnlyCollectionBase) this.m_Modules)
      {
        if ((uint) (int) processModule.BaseAddress <= dwAddress && (long) (uint) (int) processModule.BaseAddress + (long) processModule.ModuleMemorySize >= (long) dwAddress)
          return processModule;
      }
      return (ProcessModule) null;
    }

    public uint FindPattern(byte[] bPattern, string szMask)
    {
      return this.FindPattern((uint) (int) this.MainModule.BaseAddress, this.MainModule.ModuleMemorySize, bPattern, szMask);
    }

    public uint FindPattern(string szPattern, string szMask, char Delimiter)
    {
      string[] strArray = szPattern.Split(new char[1]
      {
        Delimiter
      });
      byte[] bPattern = new byte[strArray.Length];
      for (int index = 0; index < bPattern.Length; ++index)
        bPattern[index] = Convert.ToByte(strArray[index], 16);
      return this.FindPattern(bPattern, szMask);
    }

    public uint FindPattern(string szPattern, string szMask)
    {
      return this.FindPattern(szPattern, szMask, ' ');
    }

    public uint FindPattern(ProcessModule pModule, byte[] bPattern, string szMask)
    {
      return this.FindPattern((uint) (int) pModule.BaseAddress, pModule.ModuleMemorySize, bPattern, szMask);
    }

    public uint FindPattern(ProcessModule pModule, string szPattern, string szMask, char Delimiter)
    {
      string[] strArray = szPattern.Split(new char[1]
      {
        Delimiter
      });
      byte[] bPattern = new byte[strArray.Length];
      for (int index = 0; index < bPattern.Length; ++index)
        bPattern[index] = Convert.ToByte(strArray[index], 16);
      return this.FindPattern(pModule, bPattern, szMask);
    }

    public uint FindPattern(ProcessModule pModule, string szPattern, string szMask)
    {
      return this.FindPattern(pModule, szPattern, szMask, ' ');
    }

    public uint FindPattern(ProcessModuleCollection pModules, byte[] bPattern, string szMask)
    {
      uint num = 0U;
      foreach (ProcessModule pModule in (ReadOnlyCollectionBase) pModules)
      {
        num = this.FindPattern(pModule, bPattern, szMask);
        if ((int) num != 0)
          break;
      }
      return num;
    }

    public uint FindPattern(ProcessModuleCollection pModules, string szPattern, string szMask, char Delimiter)
    {
      string[] strArray = szPattern.Split(new char[1]
      {
        Delimiter
      });
      byte[] bPattern = new byte[strArray.Length];
      for (int index = 0; index < bPattern.Length; ++index)
        bPattern[index] = Convert.ToByte(strArray[index], 16);
      return this.FindPattern(pModules, bPattern, szMask);
    }

    public uint FindPattern(ProcessModuleCollection pModules, string szPattern, string szMask)
    {
      return this.FindPattern(pModules, szPattern, szMask, ' ');
    }

    public uint FindPattern(ProcessModule[] pModules, byte[] bPattern, string szMask)
    {
      return this.FindPattern(new ProcessModuleCollection(pModules), bPattern, szMask);
    }

    public uint FindPattern(ProcessModule[] pModules, string szPattern, string szMask, char Delimiter)
    {
      return this.FindPattern(new ProcessModuleCollection(pModules), szPattern, szMask, Delimiter);
    }

    public uint FindPattern(ProcessModule[] pModules, string szPattern, string szMask)
    {
      return this.FindPattern(new ProcessModuleCollection(pModules), szPattern, szMask, ' ');
    }

    public uint FindPattern(uint dwStart, int nSize, byte[] bPattern, string szMask)
    {
      BlackMagic.PatternDataEntry patternDataEntry1 = (BlackMagic.PatternDataEntry) null;
      foreach (BlackMagic.PatternDataEntry patternDataEntry2 in this.m_Data)
      {
        if ((int) dwStart == (int) patternDataEntry2.Start && nSize == patternDataEntry2.Size)
        {
          patternDataEntry1 = patternDataEntry2;
          break;
        }
      }
      if (patternDataEntry1 == null)
      {
        patternDataEntry1 = new BlackMagic.PatternDataEntry(dwStart, nSize, this.ReadBytes(dwStart, nSize));
        this.m_Data.Add(patternDataEntry1);
      }
      return dwStart + SPattern.FindPattern(patternDataEntry1.bData, bPattern, szMask);
    }

    public uint FindPattern(uint dwStart, int nSize, string szPattern, string szMask, char Delimiter)
    {
      string[] strArray = szPattern.Split(new char[1]
      {
        Delimiter
      });
      byte[] bPattern = new byte[strArray.Length];
      for (int index = 0; index < bPattern.Length; ++index)
        bPattern[index] = Convert.ToByte(strArray[index], 16);
      return this.FindPattern(dwStart, nSize, bPattern, szMask);
    }

    public uint FindPattern(uint dwStart, int nSize, string szPattern, string szMask)
    {
      return this.FindPattern(dwStart, nSize, szPattern, szMask, ' ');
    }

    private class PatternDataEntry
    {
      public byte[] bData;
      public uint Start;
      public int Size;

      public PatternDataEntry()
      {
      }

      public PatternDataEntry(uint Start, int Size, byte[] bData)
      {
        this.Start = Start;
        this.Size = Size;
        this.bData = bData;
      }
    }
  }
}

CONTEXT:

 Spoiler

using System.Runtime.InteropServices;

namespace Magic
{
  public struct CONTEXT
  {
    public uint ContextFlags;
    public uint Dr0;
    public uint Dr1;
    public uint Dr2;
    public uint Dr3;
    public uint Dr6;
    public uint Dr7;
    [MarshalAs(UnmanagedType.Struct)]
    public FLOATING_SAVE_AREA FloatSave;
    public uint SegGs;
    public uint SegFs;
    public uint SegEs;
    public uint SegDs;
    public uint Edi;
    public uint Esi;
    public uint Ebx;
    public uint Edx;
    public uint Ecx;
    public uint Eax;
    public uint Ebp;
    public uint Eip;
    public uint SegCs;
    public uint EFlags;
    public uint Esp;
    public uint SegSs;
    [MarshalAs(UnmanagedType.ByValArray, SizeConst = 512)]
    public byte[] ExtendedRegisters;
  }
}

CONTEXT_FLAGS:

 Spoiler

namespace Magic
{
  public static class CONTEXT_FLAGS
  {
    private const uint CONTEXT_i386 = 65536U;
    private const uint CONTEXT_i486 = 65536U;
    public const uint CONTEXT_CONTROL = 65537U;
    public const uint CONTEXT_INTEGER = 65538U;
    public const uint CONTEXT_SEGMENTS = 65540U;
    public const uint CONTEXT_FLOATING_POINT = 65544U;
    public const uint CONTEXT_DEBUG_REGISTERS = 65552U;
    public const uint CONTEXT_EXTENDED_REGISTERS = 65568U;
    public const uint CONTEXT_FULL = 65543U;
    public const uint CONTEXT_ALL = 65599U;
  }
}

FLOATING_SAVE_AREA:

 Spoiler

using System.Runtime.InteropServices;

namespace Magic
{
  public struct FLOATING_SAVE_AREA
  {
    public uint ControlWord;
    public uint StatusWord;
    public uint TagWord;
    public uint ErrorOffset;
    public uint ErrorSelector;
    public uint DataOffset;
    public uint DataSelector;
    [MarshalAs(UnmanagedType.ByValArray, SizeConst = 80)]
    public byte[] RegisterArea;
    public uint Cr0NpxState;
  }
}

Imports:

 Spoiler

using System;
using System.Runtime.InteropServices;
using System.Text;

namespace Magic
{
  public static class Imports
  {
    [DllImport("user32")]
    public static bool EnumWindows(Imports.EnumWindowsProc lpEnumFunc, IntPtr lParam);

    [DllImport("user32", EntryPoint = "GetWindowText")]
    private static int _GetWindowText(IntPtr hWnd, StringBuilder lpString, int nMaxCount);

    public static string GetWindowTitle(IntPtr hWnd, int nMaxCount)
    {
      StringBuilder lpString = new StringBuilder(nMaxCount);
      int windowText;
      if ((windowText = Imports._GetWindowText(hWnd, lpString, nMaxCount)) > 0)
        return lpString.ToString(0, windowText);
      else
        return (string) null;
    }

    public static string GetWindowTitle(IntPtr hWnd)
    {
      return Imports.GetWindowTitle(hWnd, 256);
    }

    [DllImport("user32", EntryPoint = "GetClassName")]
    private static int _GetClassName(IntPtr hWnd, StringBuilder lpString, int nMaxCount);

    public static string GetClassName(IntPtr hWnd, int nMaxCount)
    {
      StringBuilder lpString = new StringBuilder(nMaxCount);
      int className;
      if ((className = Imports._GetClassName(hWnd, lpString, nMaxCount)) > 0)
        return lpString.ToString(0, className);
      else
        return (string) null;
    }

    public static string GetClassName(IntPtr hWnd)
    {
      return Imports.GetClassName(hWnd, 256);
    }

    [DllImport("user32")]
    public static bool IsWindowVisible(IntPtr hWnd);

    [DllImport("user32")]
    public static int GetWindowThreadProcessId(IntPtr hWnd, out int dwProcessId);

    [DllImport("kernel32")]
    public static IntPtr OpenProcess(uint dwDesiredAccess, bool bInheritHandle, int dwProcessId);

    [DllImport("kernel32")]
    public static bool CloseHandle(IntPtr hObject);

    [DllImport("kernel32", EntryPoint = "GetModuleHandleW")]
    public static UIntPtr GetModuleHandle([MarshalAs(UnmanagedType.LPWStr)] string lpModuleName);

    [DllImport("kernel32")]
    public static UIntPtr GetProcAddress(UIntPtr hModule, [MarshalAs(UnmanagedType.LPStr)] string lpProcName);

    [DllImport("kernel32")]
    public static bool ReadProcessMemory(IntPtr hProcess, uint dwAddress, IntPtr lpBuffer, int nSize, out int lpBytesRead);

    [DllImport("kernel32")]
    public static bool WriteProcessMemory(IntPtr hProcess, uint dwAddress, IntPtr lpBuffer, int nSize, out IntPtr iBytesWritten);

    [DllImport("kernel32")]
    public static uint VirtualAllocEx(IntPtr hProcess, uint dwAddress, int nSize, uint dwAllocationType, uint dwProtect);

    [DllImport("kernel32")]
    public static bool VirtualFreeEx(IntPtr hProcess, uint dwAddress, int nSize, uint dwFreeType);

    [DllImport("kernel32")]
    public static IntPtr CreateRemoteThread(IntPtr hProcess, IntPtr lpThreadAttributes, uint dwStackSize, IntPtr lpStartAddress, IntPtr lpParameter, uint dwCreationFlags, out IntPtr dwThreadId);

    [DllImport("kernel32")]
    public static uint WaitForSingleObject(IntPtr hObject, uint dwMilliseconds);

    [DllImport("kernel32")]
    public static bool GetExitCodeThread(IntPtr hThread, out UIntPtr lpExitCode);

    [DllImport("kernel32")]
    public static IntPtr OpenThread(uint dwDesiredAccess, bool bInheritHandle, uint dwThreadId);

    [DllImport("kernel32")]
    public static uint SuspendThread(IntPtr hThread);

    [DllImport("kernel32")]
    public static uint ResumeThread(IntPtr hThread);

    [DllImport("kernel32")]
    public static uint TerminateThread(IntPtr hThread, uint dwExitCode);

    [DllImport("kernel32")]
    public static bool GetThreadContext(IntPtr hThread, ref CONTEXT lpContext);

    [DllImport("kernel32")]
    public static bool SetThreadContext(IntPtr hThread, ref CONTEXT lpContext);

    public delegate bool EnumWindowsProc(IntPtr hWnd, IntPtr lParam);
  }
}

MemoryAllocType:

 Spoiler

namespace Magic
{
  public static class MemoryAllocType
  {
    public const uint MEM_COMMIT = 4096U;
    public const uint MEM_RESERVE = 8192U;
    public const uint MEM_RESET = 524288U;
    public const uint MEM_PHYSICAL = 4194304U;
    public const uint MEM_TOP_DOWN = 1048576U;
  }
}

MemoryFreeType:

 Spoiler

namespace Magic
{
  public static class MemoryFreeType
  {
    public const uint MEM_DECOMMIT = 16384U;
    public const uint MEM_RELEASE = 32768U;
  }
}

MemoryProtectType:

 Spoiler

namespace Magic
{
  public static class MemoryProtectType
  {
    public const uint PAGE_EXECUTE = 16U;
    public const uint PAGE_EXECUTE_READ = 32U;
    public const uint PAGE_EXECUTE_READWRITE = 64U;
    public const uint PAGE_EXECUTE_WRITECOPY = 128U;
    public const uint PAGE_NOACCESS = 1U;
    public const uint PAGE_READONLY = 2U;
    public const uint PAGE_READWRITE = 4U;
    public const uint PAGE_WRITECOPY = 8U;
    public const uint PAGE_GUARD = 256U;
    public const uint PAGE_NOCACHE = 512U;
    public const uint PAGE_WRITECOMBINE = 1024U;
  }
}

SInject:

 Spoiler

using Fasm;
using System;
using System.IO;
using System.Text;
using System.Threading;

namespace Magic
{
  public static class SInject
  {
    private const uint RETURN_ERROR = 0U;

    public static uint InjectDllCreateThread(IntPtr hProcess, string szDllPath)
    {
      if (hProcess == IntPtr.Zero)
        throw new ArgumentNullException("hProcess");
      if (szDllPath.Length == 0)
        throw new ArgumentNullException("szDllPath");
      if (!szDllPath.Contains("\\"))
        szDllPath = Path.GetFullPath(szDllPath);
      if (!File.Exists(szDllPath))
        throw new ArgumentException("DLL not found.", "szDllPath");
      uint num1 = 0U;
      uint dwStartAddress = (uint) Imports.GetProcAddress(Imports.GetModuleHandle("kernel32.dll"), "LoadLibraryA");
      if (dwStartAddress > 0U)
      {
        uint num2 = SMemory.AllocateMemory(hProcess);
        if (num2 > 0U)
        {
          if (SMemory.WriteASCIIString(hProcess, num2, szDllPath))
          {
            IntPtr remoteThread = SThread.CreateRemoteThread(hProcess, dwStartAddress, num2);
            if ((int) SThread.WaitForSingleObject(remoteThread, 5000U) == 0)
              num1 = SThread.GetExitCodeThread(remoteThread);
            Imports.CloseHandle(remoteThread);
          }
          SMemory.FreeMemory(hProcess, num2);
        }
      }
      return num1;
    }

    public static uint InjectDllRedirectThread(IntPtr hProcess, IntPtr hThread, string szDllPath)
    {
      if (hProcess == IntPtr.Zero)
        throw new ArgumentNullException("hProcess");
      if (hThread == IntPtr.Zero)
        throw new ArgumentNullException("hThread");
      if (szDllPath.Length == 0)
        throw new ArgumentNullException("szDllPath");
      if (!szDllPath.Contains("\\"))
        szDllPath = Path.GetFullPath(szDllPath);
      if (!File.Exists(szDllPath))
        throw new ArgumentException("DLL not found.", "szDllPath");
      uint num1 = 0U;
      StringBuilder stringBuilder = new StringBuilder();
      ManagedFasm managedFasm = new ManagedFasm(hProcess);
      uint num2 = (uint) Imports.GetProcAddress(Imports.GetModuleHandle("kernel32.dll"), "LoadLibraryA");
      if ((int) num2 == 0)
        return 0U;
      uint dwAddress = SMemory.AllocateMemory(hProcess);
      if ((int) dwAddress == 0)
        return 0U;
      if ((int) SThread.SuspendThread(hThread) != -1)
      {
        CONTEXT threadContext = SThread.GetThreadContext(hThread, 65537U);
        if (threadContext.Eip > 0U)
        {
          try
          {
            managedFasm.AddLine("lpExitCode dd 0x{0:X}", new object[1]
            {
              (object) uint.MaxValue
            });
            managedFasm.AddLine("push 0x{0:X}", new object[1]
            {
              (object) threadContext.Eip
            });
            managedFasm.AddLine("pushad");
            managedFasm.AddLine("push szDllPath");
            managedFasm.AddLine("call 0x{0:X}", new object[1]
            {
              (object) num2
            });
            managedFasm.AddLine("mov [lpExitCode], eax");
            managedFasm.AddLine("popad");
            managedFasm.AddLine("retn");
            managedFasm.AddLine("szDllPath db '{0}',0", new object[1]
            {
              (object) szDllPath
            });
            managedFasm.Inject(dwAddress);
          }
          catch
          {
            SMemory.FreeMemory(hProcess, dwAddress);
            int num3 = (int) SThread.ResumeThread(hThread);
            return 0U;
          }
          threadContext.ContextFlags = 65537U;
          threadContext.Eip = dwAddress + 4U;
          if (SThread.SetThreadContext(hThread, threadContext) && (int) SThread.ResumeThread(hThread) != -1)
          {
            for (int index = 0; index < 400; ++index)
            {
              Thread.Sleep(5);
              if ((int) (num1 = SMemory.ReadUInt(hProcess, dwAddress)) != -1)
                break;
            }
          }
        }
      }
      if (managedFasm != null)
        managedFasm.Dispose();
      SMemory.FreeMemory(hProcess, dwAddress);
      return num1;
    }

    public static uint InjectDllRedirectThread(IntPtr hProcess, int dwProcessId, string szDllPath)
    {
      IntPtr num1 = SThread.OpenThread(SThread.GetMainThreadId(dwProcessId));
      if (num1 == IntPtr.Zero)
        return 0U;
      uint num2 = SInject.InjectDllRedirectThread(hProcess, num1, szDllPath);
      Imports.CloseHandle(num1);
      return num2;
    }

    public static bool InjectCode(IntPtr hProcess, uint dwAddress, string szAssembly)
    {
      if (!(hProcess == IntPtr.Zero) && szAssembly.Length != 0)
      {
        if ((int) dwAddress != 0)
        {
          byte[] lpBytes;
          try
          {
            lpBytes = ManagedFasm.Assemble(szAssembly);
          }
          catch (Exception ex)
          {
            return false;
          }
          return SMemory.WriteBytes(hProcess, dwAddress, lpBytes, lpBytes.Length);
        }
      }
      return false;
    }

    public static bool InjectCode(IntPtr hProcess, uint dwAddress, string szFormat, params object[] args)
    {
      return SInject.InjectCode(hProcess, dwAddress, string.Format(szFormat, args));
    }

    public static uint InjectCode(IntPtr hProcess, string szAssembly)
    {
      uint dwAddress = SMemory.AllocateMemory(hProcess);
      if (!SInject.InjectCode(hProcess, dwAddress, szAssembly))
        return 0U;
      else
        return dwAddress;
    }

    public static uint InjectCode(IntPtr hProcess, string szFormatString, params object[] args)
    {
      return SInject.InjectCode(hProcess, string.Format(szFormatString, args));
    }
  }
}

SMemory:

 Spoiler

using System;
using System.Runtime.InteropServices;

namespace Magic
{
  public static class SMemory
  {
    public const byte ASCII_CHAR_LENGTH = (byte) 1;
    public const byte UNICODE_CHAR_LENGTH = (byte) 2;
    public const int DEFAULT_MEMORY_SIZE = 4096;

    public static int ReadRawMemory(IntPtr hProcess, uint dwAddress, IntPtr lpBuffer, int nSize)
    {
      int lpBytesRead = 0;
      try
      {
        if (!Imports.ReadProcessMemory(hProcess, dwAddress, lpBuffer, nSize, out lpBytesRead))
          throw new Exception("ReadProcessMemory failed");
        else
          return lpBytesRead;
      }
      catch
      {
        return 0;
      }
    }

    public static byte[] ReadBytes(IntPtr hProcess, uint dwAddress, int nSize)
    {
      IntPtr num = IntPtr.Zero;
      byte[] destination;
      try
      {
        num = Marshal.AllocHGlobal(nSize);
        int length = SMemory.ReadRawMemory(hProcess, dwAddress, num, nSize);
        if (length != nSize)
          throw new Exception("ReadProcessMemory error in ReadBytes");
        destination = new byte[length];
        Marshal.Copy(num, destination, 0, length);
      }
      catch
      {
        return (byte[]) null;
      }
      finally
      {
        if (num != IntPtr.Zero)
          Marshal.FreeHGlobal(num);
      }
      return destination;
    }

    public static object ReadObject(IntPtr hProcess, uint dwAddress, Type objType)
    {
      IntPtr num1 = IntPtr.Zero;
      try
      {
        int num2 = Marshal.SizeOf(objType);
        num1 = Marshal.AllocHGlobal(num2);
        if (SMemory.ReadRawMemory(hProcess, dwAddress, num1, num2) != num2)
          throw new Exception("ReadProcessMemory error in ReadObject.");
        else
          return Marshal.PtrToStructure(num1, objType);
      }
      catch
      {
        return (object) null;
      }
      finally
      {
        if (num1 != IntPtr.Zero)
          Marshal.FreeHGlobal(num1);
      }
    }

    public static byte ReadByte(IntPtr hProcess, uint dwAddress)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 1);
      if (numArray == null)
        throw new Exception("ReadByte failed.");
      else
        return numArray[0];
    }

    public static sbyte ReadSByte(IntPtr hProcess, uint dwAddress)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 1);
      if (numArray == null)
        throw new Exception("ReadSByte failed.");
      else
        return (sbyte) numArray[0];
    }

    public static ushort ReadUShort(IntPtr hProcess, uint dwAddress, bool bReverse)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 2);
      if (numArray == null)
        throw new Exception("ReadUShort failed.");
      if (bReverse)
        Array.Reverse((Array) numArray);
      return BitConverter.ToUInt16(numArray, 0);
    }

    public static ushort ReadUShort(IntPtr hProcess, uint dwAddress)
    {
      return SMemory.ReadUShort(hProcess, dwAddress, false);
    }

    public static short ReadShort(IntPtr hProcess, uint dwAddress, bool bReverse)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 2);
      if (numArray == null)
        throw new Exception("ReadShort failed.");
      if (bReverse)
        Array.Reverse((Array) numArray);
      return BitConverter.ToInt16(numArray, 0);
    }

    public static short ReadShort(IntPtr hProcess, uint dwAddress)
    {
      return SMemory.ReadShort(hProcess, dwAddress, false);
    }

    public static uint ReadUInt(IntPtr hProcess, uint dwAddress, bool bReverse)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 4);
      if (numArray == null)
        throw new Exception("ReadUInt failed.");
      if (bReverse)
        Array.Reverse((Array) numArray);
      return BitConverter.ToUInt32(numArray, 0);
    }

    public static uint ReadUInt(IntPtr hProcess, uint dwAddress)
    {
      return SMemory.ReadUInt(hProcess, dwAddress, false);
    }

    public static int ReadInt(IntPtr hProcess, uint dwAddress, bool bReverse)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 4);
      if (numArray == null)
        throw new Exception("ReadInt failed.");
      if (bReverse)
        Array.Reverse((Array) numArray);
      return BitConverter.ToInt32(numArray, 0);
    }

    public static int ReadInt(IntPtr hProcess, uint dwAddress)
    {
      return SMemory.ReadInt(hProcess, dwAddress, false);
    }

    public static ulong ReadUInt64(IntPtr hProcess, uint dwAddress, bool bReverse)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 8);
      if (numArray == null)
        throw new Exception("ReadUInt64 failed.");
      if (bReverse)
        Array.Reverse((Array) numArray);
      return BitConverter.ToUInt64(numArray, 0);
    }

    public static ulong ReadUInt64(IntPtr hProcess, uint dwAddress)
    {
      return SMemory.ReadUInt64(hProcess, dwAddress, false);
    }

    public static long ReadInt64(IntPtr hProcess, uint dwAddress, bool bReverse)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 8);
      if (numArray == null)
        throw new Exception("ReadInt64 failed.");
      if (bReverse)
        Array.Reverse((Array) numArray);
      return BitConverter.ToInt64(numArray, 0);
    }

    public static long ReadInt64(IntPtr hProcess, uint dwAddress)
    {
      return SMemory.ReadInt64(hProcess, dwAddress, false);
    }

    public static float ReadFloat(IntPtr hProcess, uint dwAddress, bool bReverse)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 4);
      if (numArray == null)
        throw new Exception("ReadFloat failed.");
      if (bReverse)
        Array.Reverse((Array) numArray);
      return BitConverter.ToSingle(numArray, 0);
    }

    public static float ReadFloat(IntPtr hProcess, uint dwAddress)
    {
      return SMemory.ReadFloat(hProcess, dwAddress, false);
    }

    public static double ReadDouble(IntPtr hProcess, uint dwAddress, bool bReverse)
    {
      byte[] numArray = SMemory.ReadBytes(hProcess, dwAddress, 8);
      if (numArray == null)
        throw new Exception("ReadDouble failed.");
      if (bReverse)
        Array.Reverse((Array) numArray);
      return BitConverter.ToDouble(numArray, 0);
    }

    public static double ReadDouble(IntPtr hProcess, uint dwAddress)
    {
      return SMemory.ReadDouble(hProcess, dwAddress, false);
    }

    public static string ReadASCIIString(IntPtr hProcess, uint dwAddress, int nLength)
    {
      IntPtr num = IntPtr.Zero;
      try
      {
        int nSize = nLength;
        num = Marshal.AllocHGlobal(nSize + 1);
        Marshal.WriteByte(num, nLength, (byte) 0);
        if (SMemory.ReadRawMemory(hProcess, dwAddress, num, nSize) != nSize)
          throw new Exception();
        else
          return Marshal.PtrToStringAnsi(num);
      }
      catch
      {
        return string.Empty;
      }
      finally
      {
        if (num != IntPtr.Zero)
          Marshal.FreeHGlobal(num);
      }
    }

    public static string ReadUnicodeString(IntPtr hProcess, uint dwAddress, int nLength)
    {
      IntPtr num = IntPtr.Zero;
      try
      {
        int nSize = nLength * 2;
        num = Marshal.AllocHGlobal(nSize + 2);
        Marshal.WriteInt16(num, nLength * 2, (short) 0);
        if (SMemory.ReadRawMemory(hProcess, dwAddress, num, nSize) != nSize)
          throw new Exception();
        else
          return Marshal.PtrToStringUni(num);
      }
      catch
      {
        return string.Empty;
      }
      finally
      {
        if (num != IntPtr.Zero)
          Marshal.FreeHGlobal(num);
      }
    }

    private static int WriteRawMemory(IntPtr hProcess, uint dwAddress, IntPtr lpBuffer, int nSize)
    {
      IntPtr iBytesWritten = IntPtr.Zero;
      if (!Imports.WriteProcessMemory(hProcess, dwAddress, lpBuffer, nSize, out iBytesWritten))
        return 0;
      else
        return (int) iBytesWritten;
    }

    public static bool WriteBytes(IntPtr hProcess, uint dwAddress, byte[] lpBytes, int nSize)
    {
      IntPtr num1 = IntPtr.Zero;
      try
      {
        num1 = Marshal.AllocHGlobal(Marshal.SizeOf((object) lpBytes[0]) * nSize);
        Marshal.Copy(lpBytes, 0, num1, nSize);
        int num2 = SMemory.WriteRawMemory(hProcess, dwAddress, num1, nSize);
        if (nSize != num2)
          throw new Exception("WriteBytes failed!  Number of bytes actually written differed from request.");
      }
      catch
      {
        return false;
      }
      finally
      {
        if (num1 != IntPtr.Zero)
          Marshal.FreeHGlobal(num1);
      }
      return true;
    }

    public static bool WriteBytes(IntPtr hProcess, uint dwAddress, byte[] lpBytes)
    {
      return SMemory.WriteBytes(hProcess, dwAddress, lpBytes, lpBytes.Length);
    }

    public static bool WriteObject(IntPtr hProcess, uint dwAddress, object objBuffer, Type objType)
    {
      IntPtr num1 = IntPtr.Zero;
      try
      {
        int num2 = Marshal.SizeOf(objType);
        num1 = Marshal.AllocHGlobal(num2);
        Marshal.StructureToPtr(objBuffer, num1, false);
        int num3 = SMemory.WriteRawMemory(hProcess, dwAddress, num1, num2);
        if (num2 != num3)
          throw new Exception("WriteObject failed!  Number of bytes actually written differed from request.");
      }
      catch
      {
        return false;
      }
      finally
      {
        if (num1 != IntPtr.Zero)
        {
          Marshal.DestroyStructure(num1, objType);
          Marshal.FreeHGlobal(num1);
        }
      }
      return true;
    }

    public static bool WriteObject(IntPtr hProcess, uint dwAddress, object objBuffer)
    {
      return SMemory.WriteObject(hProcess, dwAddress, objBuffer, objBuffer.GetType());
    }

    public static bool WriteByte(IntPtr hProcess, uint dwAddress, byte Value)
    {
      byte[] lpBytes = new byte[1]
      {
        Value
      };
      return SMemory.WriteBytes(hProcess, dwAddress, lpBytes, 1);
    }

    public static bool WriteSByte(IntPtr hProcess, uint dwAddress, sbyte Value)
    {
      byte[] lpBytes = new byte[1]
      {
        (byte) Value
      };
      return SMemory.WriteBytes(hProcess, dwAddress, lpBytes, 1);
    }

    public static bool WriteUShort(IntPtr hProcess, uint dwAddress, ushort Value)
    {
      byte[] bytes = BitConverter.GetBytes(Value);
      return SMemory.WriteBytes(hProcess, dwAddress, bytes, 2);
    }

    public static bool WriteShort(IntPtr hProcess, uint dwAddress, short Value)
    {
      byte[] bytes = BitConverter.GetBytes(Value);
      return SMemory.WriteBytes(hProcess, dwAddress, bytes, 2);
    }

    public static bool WriteUInt(IntPtr hProcess, uint dwAddress, uint Value)
    {
      byte[] bytes = BitConverter.GetBytes(Value);
      return SMemory.WriteBytes(hProcess, dwAddress, bytes, 4);
    }

    public static bool WriteInt(IntPtr hProcess, uint dwAddress, int Value)
    {
      byte[] bytes = BitConverter.GetBytes(Value);
      return SMemory.WriteBytes(hProcess, dwAddress, bytes, 4);
    }

    public static bool WriteUInt64(IntPtr hProcess, uint dwAddress, ulong Value)
    {
      byte[] bytes = BitConverter.GetBytes(Value);
      return SMemory.WriteBytes(hProcess, dwAddress, bytes, 8);
    }

    public static bool WriteInt64(IntPtr hProcess, uint dwAddress, long Value)
    {
      byte[] bytes = BitConverter.GetBytes(Value);
      return SMemory.WriteBytes(hProcess, dwAddress, bytes, 8);
    }

    public static bool WriteFloat(IntPtr hProcess, uint dwAddress, float Value)
    {
      byte[] bytes = BitConverter.GetBytes(Value);
      return SMemory.WriteBytes(hProcess, dwAddress, bytes, 4);
    }

    public static bool WriteDouble(IntPtr hProcess, uint dwAddress, double Value)
    {
      byte[] bytes = BitConverter.GetBytes(Value);
      return SMemory.WriteBytes(hProcess, dwAddress, bytes, 8);
    }

    public static bool WriteASCIIString(IntPtr hProcess, uint dwAddress, string Value)
    {
      IntPtr num1 = IntPtr.Zero;
      try
      {
        int length = Value.Length;
        num1 = Marshal.StringToHGlobalAnsi(Value);
        int num2 = SMemory.WriteRawMemory(hProcess, dwAddress, num1, length);
        if (length != num2)
          throw new Exception();
      }
      catch
      {
        return false;
      }
      finally
      {
        if (num1 != IntPtr.Zero)
          Marshal.FreeHGlobal(num1);
      }
      return true;
    }

    public static bool WriteUnicodeString(IntPtr hProcess, uint dwAddress, string Value)
    {
      IntPtr num1 = IntPtr.Zero;
      try
      {
        int nSize = Value.Length * 2;
        num1 = Marshal.StringToHGlobalUni(Value);
        int num2 = SMemory.WriteRawMemory(hProcess, dwAddress, num1, nSize);
        if (nSize != num2)
          throw new Exception();
      }
      catch
      {
        return false;
      }
      finally
      {
        if (num1 != IntPtr.Zero)
          Marshal.FreeHGlobal(num1);
      }
      return true;
    }

    public static uint AllocateMemory(IntPtr hProcess, int nSize, uint dwAllocationType, uint dwProtect)
    {
      return Imports.VirtualAllocEx(hProcess, 0U, nSize, dwAllocationType, dwProtect);
    }

    public static uint AllocateMemory(IntPtr hProcess, int nSize)
    {
      return SMemory.AllocateMemory(hProcess, nSize, 4096U, 64U);
    }

    public static uint AllocateMemory(IntPtr hProcess)
    {
      return SMemory.AllocateMemory(hProcess, 4096);
    }

    public static bool FreeMemory(IntPtr hProcess, uint dwAddress, int nSize, uint dwFreeType)
    {
      if ((int) dwFreeType == 32768)
        nSize = 0;
      return Imports.VirtualFreeEx(hProcess, dwAddress, nSize, dwFreeType);
    }

    public static bool FreeMemory(IntPtr hProcess, uint dwAddress)
    {
      return SMemory.FreeMemory(hProcess, dwAddress, 0, 32768U);
    }
  }
}

SPattern:

 Spoiler

using System;
using System.Collections;
using System.Diagnostics;

namespace Magic
{
  public static class SPattern
  {
    public static uint FindPattern(IntPtr hProcess, ProcessModule pMod, string szPattern, string szMask, params char[] Delimiter)
    {
      return SPattern.FindPattern(hProcess, (uint) (int) pMod.BaseAddress, pMod.ModuleMemorySize, szPattern, szMask, Delimiter);
    }

    public static uint FindPattern(IntPtr hProcess, ProcessModule[] pMods, string szPattern, string szMask, params char[] Delimiter)
    {
      return SPattern.FindPattern(hProcess, new ProcessModuleCollection(pMods), szPattern, szMask, Delimiter);
    }

    public static uint FindPattern(IntPtr hProcess, ProcessModuleCollection pMods, string szPattern, string szMask, params char[] Delimiter)
    {
      uint num = 0U;
      foreach (ProcessModule pMod in (ReadOnlyCollectionBase) pMods)
      {
        if ((int) (num = SPattern.FindPattern(hProcess, pMod, szPattern, szMask, Delimiter)) != 0)
          break;
      }
      return num;
    }

    public static uint FindPattern(IntPtr hProcess, uint dwStart, int nSize, string szPattern, string szMask, params char[] Delimiter)
    {
      if (Delimiter == null)
        Delimiter = new char[1]
        {
          ' '
        };
      string[] strArray = szPattern.Split(Delimiter);
      byte[] bPattern = new byte[strArray.Length];
      for (int index = 0; index < strArray.Length; ++index)
        bPattern[index] = Convert.ToByte(strArray[index], 16);
      return SPattern.FindPattern(hProcess, dwStart, nSize, bPattern, szMask);
    }

    public static uint FindPattern(IntPtr hProcess, ProcessModule pMod, byte[] bPattern, string szMask)
    {
      return SPattern.FindPattern(hProcess, (uint) (int) pMod.BaseAddress, pMod.ModuleMemorySize, bPattern, szMask);
    }

    public static uint FindPattern(IntPtr hProcess, ProcessModule[] pMods, byte[] bPattern, string szMask)
    {
      return SPattern.FindPattern(hProcess, new ProcessModuleCollection(pMods), bPattern, szMask);
    }

    public static uint FindPattern(IntPtr hProcess, ProcessModuleCollection pMods, byte[] bPattern, string szMask)
    {
      uint num = 0U;
      foreach (ProcessModule pMod in (ReadOnlyCollectionBase) pMods)
      {
        if ((int) (num = SPattern.FindPattern(hProcess, pMod, bPattern, szMask)) != 0)
          break;
      }
      return num;
    }

    public static uint FindPattern(IntPtr hProcess, uint dwStart, int nSize, byte[] bPattern, string szMask)
    {
      if (bPattern == null || bPattern.Length == 0)
        throw new ArgumentNullException("bData");
      if (bPattern.Length != szMask.Length)
        throw new ArgumentException("bData and szMask must be of the same size");
      byte[] bData = SMemory.ReadBytes(hProcess, dwStart, nSize);
      if (bData == null)
        throw new Exception("Could not read memory in FindPattern.");
      else
        return dwStart + SPattern.FindPattern(bData, bPattern, szMask);
    }

    public static uint FindPattern(byte[] bData, byte[] bPattern, string szMask)
    {
      if (bData == null || bData.Length == 0)
        throw new ArgumentNullException("bData");
      if (bPattern == null || bPattern.Length == 0)
        throw new ArgumentNullException("bPattern");
      if (szMask == string.Empty)
        throw new ArgumentNullException("szMask");
      if (bPattern.Length != szMask.Length)
        throw new ArgumentException("Pattern and Mask lengths must be the same.");
      int length = bPattern.Length;
      int num = bData.Length - length;
      for (int index1 = 0; index1 < num; ++index1)
      {
        bool flag = true;
        for (int index2 = 0; index2 < length; ++index2)
        {
          if ((int) szMask[index2] == 120 && (int) bPattern[index2] != (int) bData[index1 + index2] || (int) szMask[index2] == 33 && (int) bPattern[index2] == (int) bData[index1 + index2])
          {
            flag = false;
            break;
          }
        }
        if (flag)
          return (uint) index1;
      }
      return 0U;
    }
  }
}

SProcess:

 Spoiler

using System;
using System.Diagnostics;

namespace Magic
{
  public static class SProcess
  {
    public static IntPtr OpenProcess(int dwProcessId, uint dwAccessRights)
    {
      return Imports.OpenProcess(dwAccessRights, false, dwProcessId);
    }

    public static IntPtr OpenProcess(int dwProcessId)
    {
      return SProcess.OpenProcess(dwProcessId, 2035711U);
    }

    public static IntPtr OpenProcess(IntPtr hWnd, uint dwAccessRights)
    {
      return SProcess.OpenProcess(SProcess.GetProcessFromWindow(hWnd), dwAccessRights);
    }

    public static IntPtr OpenProcess(IntPtr hWnd)
    {
      return SProcess.OpenProcess(SProcess.GetProcessFromWindow(hWnd), 2035711U);
    }

    public static int GetProcessFromWindow(IntPtr hWnd)
    {
      int dwProcessId = 0;
      Imports.GetWindowThreadProcessId(hWnd, out dwProcessId);
      return dwProcessId;
    }

    public static int GetProcessFromWindowTitle(string WindowTitle)
    {
      IntPtr window = SWindow.FindWindow((string) null, WindowTitle);
      if (window == IntPtr.Zero)
        return 0;
      else
        return SProcess.GetProcessFromWindow(window);
    }

    public static int[] GetProcessesFromWindowTitle(string WindowTitle)
    {
      IntPtr[] windows = SWindow.FindWindows((string) null, WindowTitle);
      if (windows == null || windows.Length == 0)
        return (int[]) null;
      int[] numArray = new int[windows.Length];
      for (int index = 0; index < numArray.Length; ++index)
        numArray[index] = SProcess.GetProcessFromWindow(windows[index]);
      return numArray;
    }

    public static int GetProcessFromClassname(string Classname)
    {
      IntPtr window = SWindow.FindWindow(Classname, (string) null);
      if (window == IntPtr.Zero)
        return 0;
      else
        return SProcess.GetProcessFromWindow(window);
    }

    public static int[] GetProcessesFromClassname(string Classname)
    {
      IntPtr[] windows = SWindow.FindWindows(Classname, (string) null);
      if (windows == null || windows.Length == 0)
        return (int[]) null;
      int[] numArray = new int[windows.Length];
      for (int index = 0; index < numArray.Length; ++index)
        numArray[index] = SProcess.GetProcessFromWindow(windows[index]);
      return numArray;
    }

    public static int GetProcessFromProcessName(string ProcessName)
    {
      if (ProcessName.EndsWith(".exe"))
        ProcessName = ProcessName.Remove(ProcessName.Length - 4, 4);
      Process[] processesByName = Process.GetProcessesByName(ProcessName);
      if (processesByName == null || processesByName.Length == 0)
        return 0;
      else
        return processesByName[0].Id;
    }
  }
}

SThread:

 Spoiler

using System;
using System.Diagnostics;

namespace Magic
{
  public static class SThread
  {
    public static IntPtr OpenThread(uint dwDesiredAccess, int dwThreadId)
    {
      return Imports.OpenThread(dwDesiredAccess, false, (uint) dwThreadId);
    }

    public static IntPtr OpenThread(int dwThreadId)
    {
      return Imports.OpenThread(2032639U, false, (uint) dwThreadId);
    }

    public static int GetMainThreadId(int dwProcessId)
    {
      if (dwProcessId == 0)
        return 0;
      else
        return Process.GetProcessById(dwProcessId).Threads[0].Id;
    }

    public static int GetMainThreadId(IntPtr hWindowHandle)
    {
      if (hWindowHandle == IntPtr.Zero)
        return 0;
      else
        return SThread.GetMainThreadId(SProcess.GetProcessFromWindow(hWindowHandle));
    }

    public static ProcessThread GetMainThread(int dwProcessId)
    {
      if (dwProcessId == 0)
        return (ProcessThread) null;
      else
        return Process.GetProcessById(dwProcessId).Threads[0];
    }

    public static ProcessThread GetMainThread(IntPtr hWindowHandle)
    {
      if (hWindowHandle == IntPtr.Zero)
        return (ProcessThread) null;
      else
        return SThread.GetMainThread(SProcess.GetProcessFromWindow(hWindowHandle));
    }

    public static CONTEXT GetThreadContext(IntPtr hThread, uint ContextFlags)
    {
      CONTEXT lpContext = new CONTEXT();
      lpContext.ContextFlags = ContextFlags;
      if (!Imports.GetThreadContext(hThread, ref lpContext))
        lpContext.ContextFlags = 0U;
      return lpContext;
    }

    public static bool SetThreadContext(IntPtr hThread, CONTEXT ctx)
    {
      return Imports.SetThreadContext(hThread, ref ctx);
    }

    public static uint SuspendThread(IntPtr hThread)
    {
      return Imports.SuspendThread(hThread);
    }

    public static uint ResumeThread(IntPtr hThread)
    {
      return Imports.ResumeThread(hThread);
    }

    public static uint TerminateThread(IntPtr hThread, uint dwExitCode)
    {
      return Imports.TerminateThread(hThread, dwExitCode);
    }

    public static IntPtr CreateRemoteThread(IntPtr hProcess, uint dwStartAddress, uint dwParameter)
    {
      uint dwThreadId;
      return SThread.CreateRemoteThread(hProcess, dwStartAddress, dwParameter, 0U, out dwThreadId);
    }

    public static IntPtr CreateRemoteThread(IntPtr hProcess, uint dwStartAddress, uint dwParameter, out uint dwThreadId)
    {
      return SThread.CreateRemoteThread(hProcess, dwStartAddress, dwParameter, 0U, out dwThreadId);
    }

    public static IntPtr CreateRemoteThread(IntPtr hProcess, uint dwStartAddress, uint dwParameter, uint dwCreationFlags, out uint dwThreadId)
    {
      IntPtr dwThreadId1;
      IntPtr remoteThread = Imports.CreateRemoteThread(hProcess, IntPtr.Zero, 0U, (IntPtr) ((long) dwStartAddress), (IntPtr) ((long) dwParameter), dwCreationFlags, out dwThreadId1);
      dwThreadId = (uint) (int) dwThreadId1;
      return remoteThread;
    }

    public static uint GetExitCodeThread(IntPtr hThread)
    {
      UIntPtr lpExitCode;
      if (!Imports.GetExitCodeThread(hThread, out lpExitCode))
        throw new Exception("GetExitCodeThread failed.");
      else
        return (uint) lpExitCode;
    }

    public static uint WaitForSingleObject(IntPtr hObject)
    {
      return Imports.WaitForSingleObject(hObject, uint.MaxValue);
    }

    public static uint WaitForSingleObject(IntPtr hObject, uint dwMilliseconds)
    {
      return Imports.WaitForSingleObject(hObject, dwMilliseconds);
    }
  }
}

SWindow:

 Spoiler

using System;
using System.Collections.Generic;
using System.Diagnostics;

namespace Magic
{
  public static class SWindow
  {
    private static object lWindowsLock = new object();
    private static List<IntPtr> lWindows;

    static SWindow()
    {
    }

    private static bool EnumWindowsCallback(IntPtr hWnd, IntPtr lParam)
    {
      SWindow.lWindows.Add(hWnd);
      return true;
    }

    private static bool _EnumWindows()
    {
      SWindow.lWindows = new List<IntPtr>();
      return Imports.EnumWindows(new Imports.EnumWindowsProc(SWindow.EnumWindowsCallback), IntPtr.Zero);
    }

    public static IntPtr[] EnumWindows()
    {
      lock (SWindow.lWindowsLock)
      {
        if (!SWindow._EnumWindows())
          return (IntPtr[]) null;
        else
          return SWindow.lWindows.ToArray();
      }
    }

    public static IntPtr[] EnumMainWindows()
    {
      List<IntPtr> list = new List<IntPtr>();
      foreach (Process process in Process.GetProcesses())
        list.Add(process.MainWindowHandle);
      return list.ToArray();
    }

    public static IntPtr[] FindWindows(string Classname, string WindowTitle)
    {
      if (Classname == null)
        Classname = string.Empty;
      if (WindowTitle == null)
        WindowTitle = string.Empty;
      List<IntPtr> list = new List<IntPtr>();
      lock (SWindow.lWindowsLock)
      {
        if (!SWindow._EnumWindows())
          return (IntPtr[]) null;
        foreach (IntPtr item_0 in SWindow.lWindows)
        {
          if (WindowTitle.Length > 0 && Imports.GetWindowTitle(item_0) == WindowTitle || Classname.Length > 0 && Imports.GetClassName(item_0) == Classname)
            list.Add(item_0);
        }
      }
      return list.ToArray();
    }

    public static IntPtr FindWindow(string Classname, string WindowTitle)
    {
      if (Classname == null)
        Classname = string.Empty;
      if (WindowTitle == null)
        WindowTitle = string.Empty;
      lock (SWindow.lWindowsLock)
      {
        if (!SWindow._EnumWindows())
          return IntPtr.Zero;
        foreach (IntPtr item_0 in SWindow.lWindows)
        {
          if (WindowTitle.Length > 0 && Imports.GetWindowTitle(item_0) == WindowTitle || Classname.Length > 0 && Imports.GetClassName(item_0) == Classname)
            return item_0;
        }
      }
      return IntPtr.Zero;
    }

    public static IntPtr[] FindMainWindows(string Classname, string WindowTitle)
    {
      if (Classname == null)
        Classname = string.Empty;
      if (WindowTitle == null)
        WindowTitle = string.Empty;
      List<IntPtr> list = new List<IntPtr>();
      foreach (Process process in Process.GetProcesses())
      {
        if (process.MainWindowHandle != IntPtr.Zero && (WindowTitle.Length > 0 && process.MainWindowTitle == WindowTitle || Classname.Length > 0 && Imports.GetClassName(process.MainWindowHandle) == Classname))
          list.Add(process.MainWindowHandle);
      }
      return list.ToArray();
    }

    public static IntPtr FindMainWindow(string Classname, string WindowTitle)
    {
      if (Classname == null)
        Classname = string.Empty;
      if (WindowTitle == null)
        WindowTitle = string.Empty;
      foreach (Process process in Process.GetProcesses())
      {
        if (process.MainWindowHandle != IntPtr.Zero && (WindowTitle.Length > 0 && process.MainWindowTitle == WindowTitle || Classname.Length > 0 && Imports.GetClassName(process.MainWindowHandle) == Classname))
          return process.MainWindowHandle;
      }
      return IntPtr.Zero;
    }

    public static IntPtr[] FindWindowsContains(string Classname, string WindowTitle)
    {
      if (Classname == null)
        Classname = string.Empty;
      if (WindowTitle == null)
        WindowTitle = string.Empty;
      List<IntPtr> list = new List<IntPtr>();
      lock (SWindow.lWindowsLock)
      {
        if (!SWindow._EnumWindows())
          return (IntPtr[]) null;
        foreach (IntPtr item_0 in SWindow.lWindows)
        {
          if (WindowTitle.Length > 0 && Imports.GetWindowTitle(item_0).Contains(WindowTitle) || Classname.Length > 0 && Imports.GetClassName(item_0).Contains(Classname))
            list.Add(item_0);
        }
      }
      return list.ToArray();
    }

    public static IntPtr FindWindowContains(string Classname, string WindowTitle)
    {
      if (Classname == null)
        Classname = string.Empty;
      if (WindowTitle == null)
        WindowTitle = string.Empty;
      lock (SWindow.lWindowsLock)
      {
        if (!SWindow._EnumWindows())
          return IntPtr.Zero;
        foreach (IntPtr item_0 in SWindow.lWindows)
        {
          if (WindowTitle.Length > 0 && Imports.GetWindowTitle(item_0).Contains(WindowTitle) || Classname.Length > 0 && Imports.GetClassName(item_0).Contains(Classname))
            return item_0;
        }
      }
      return IntPtr.Zero;
    }

    public static IntPtr[] FindMainWindowsContains(string Classname, string WindowTitle)
    {
      if (Classname == null)
        Classname = string.Empty;
      if (WindowTitle == null)
        WindowTitle = string.Empty;
      List<IntPtr> list = new List<IntPtr>();
      foreach (Process process in Process.GetProcesses())
      {
        if (process.MainWindowHandle != IntPtr.Zero && (WindowTitle.Length > 0 && process.MainWindowTitle.Contains(WindowTitle) || Classname.Length > 0 && Imports.GetClassName(process.MainWindowHandle).Contains(Classname)))
          list.Add(process.MainWindowHandle);
      }
      return list.ToArray();
    }

    public static IntPtr FindMainWindowContains(string Classname, string WindowTitle)
    {
      if (Classname == null)
        Classname = string.Empty;
      if (WindowTitle == null)
        WindowTitle = string.Empty;
      foreach (Process process in Process.GetProcesses())
      {
        if (process.MainWindowHandle != IntPtr.Zero && (WindowTitle.Length > 0 && process.MainWindowTitle.Contains(WindowTitle) || Classname.Length > 0 && Imports.GetClassName(process.MainWindowHandle).Contains(Classname)))
          return process.MainWindowHandle;
      }
      return IntPtr.Zero;
    }

    public static IntPtr FindWindowByProcessName(string ProcessName)
    {
      if (ProcessName.EndsWith(".exe"))
        ProcessName = ProcessName.Remove(ProcessName.Length - 4, 4);
      Process[] processesByName = Process.GetProcessesByName(ProcessName);
      if (processesByName == null || processesByName.Length == 0)
        return IntPtr.Zero;
      else
        return processesByName[0].MainWindowHandle;
    }

    public static IntPtr[] FindWindowsByProcessName(string ProcessName)
    {
      List<IntPtr> list = new List<IntPtr>();
      if (ProcessName.EndsWith(".exe"))
        ProcessName = ProcessName.Remove(ProcessName.Length - 4, 4);
      Process[] processesByName = Process.GetProcessesByName(ProcessName);
      if (processesByName == null || processesByName.Length == 0)
        return (IntPtr[]) null;
      foreach (Process process in processesByName)
        list.Add(process.MainWindowHandle);
      return list.ToArray();
    }

    public static IntPtr FindWindowByProcessId(int dwProcessId)
    {
      return Process.GetProcessById(dwProcessId).MainWindowHandle;
    }
  }
}

ThreadFlags:

 Spoiler

namespace Magic
{
  public static class ThreadFlags
  {
    public const uint THREAD_EXECUTE_IMMEDIATELY = 0U;
    public const uint CREATE_SUSPENDED = 4U;
    public const uint STACK_SIZE_PARAM_IS_A_RESERVATION = 65536U;
    public const uint STILL_ACTIVE = 259U;
  }
}

WaitValues:

 Spoiler

namespace Magic
{
  public static class WaitValues
  {
    public const uint WAIT_OBJECT_0 = 0U;
    public const uint WAIT_ABANDONED = 128U;
    public const uint WAIT_TIMEOUT = 258U;
    public const uint WAIT_FAILED = 4294967295U;
    public const uint INFINITE = 4294967295U;
  }
}

ManagedMemoryManipulation:

 Spoiler

using Fasm;
using Magic;
using System;
using System.IO;

namespace ManagedMemoryManipulation
{
  public class MemoryManipulation
  {
    public BlackMagic Process;
    private ManagedFasm fasm;
    private uint AllocAddress;

    public MemoryManipulation(string TargetWindowName)
    {
      this.Process = new BlackMagic(SProcess.GetProcessFromWindowTitle(TargetWindowName));
      this.fasm = new ManagedFasm(this.Process.ProcessHandle);
    }

    public MemoryManipulation(IntPtr WindowHandle)
    {
      this.Process = new BlackMagic(SProcess.GetProcessFromWindow(WindowHandle));
      this.fasm = new ManagedFasm(this.Process.ProcessHandle);
    }

    public MemoryManipulation(string Exename, bool fullpath)
    {
      string str = Exename;
      if (fullpath)
        str = Path.GetFileName(str);
      this.Process = new BlackMagic(SProcess.GetProcessFromProcessName(str));
      this.fasm = new ManagedFasm(this.Process.ProcessHandle);
    }

    public void InjectDLL(string DLLName)
    {
      int num = (int) SInject.InjectDllCreateThread(this.Process.ProcessHandle, DLLName);
    }

    public void InjectCodeAndExecute(string[] AssemblyCommands, uint Address)
    {
      foreach (string szLine in AssemblyCommands)
        this.fasm.AddLine(szLine);
      this.fasm.Inject(Address);
      int num = (int) this.Process.Execute(Address);
    }

    public uint InjectCodeAndExecute(string[] AssemblyCommands)
    {
      foreach (string szLine in AssemblyCommands)
        this.fasm.AddLine(szLine);
      if ((int) this.AllocAddress == 0)
        this.AllocAddress = this.Process.AllocateMemory(2048);
      else
        this.Process.WriteBytes(this.AllocAddress, new byte[2048]);
      this.fasm.Inject(this.AllocAddress);
      int num = (int) this.Process.Execute(this.AllocAddress);
      return this.AllocAddress;
    }

    public void InjectCode(string[] AssemblyCommands, uint Address)
    {
      ManagedFasm managedFasm = new ManagedFasm(this.Process.ProcessHandle);
      foreach (string szLine in AssemblyCommands)
        managedFasm.AddLine(szLine);
      managedFasm.Inject(Address);
    }

    public uint InjectCode(string[] AssemblyCommands)
    {
      ManagedFasm managedFasm = new ManagedFasm(this.Process.ProcessHandle);
      foreach (string szLine in AssemblyCommands)
        managedFasm.AddLine(szLine);
      if ((int) this.AllocAddress == 0)
        this.AllocAddress = this.Process.AllocateMemory(2048);
      else
        this.Process.WriteBytes(this.AllocAddress, new byte[2048]);
      managedFasm.Inject(this.AllocAddress);
      return this.AllocAddress;
    }

    public byte[] GetBytes(string[] AssemblyCommands)
    {
      ManagedFasm managedFasm = new ManagedFasm(this.Process.ProcessHandle);
      managedFasm.SetProcessHandle(this.Process.ProcessHandle);
      foreach (string szLine in AssemblyCommands)
        managedFasm.AddLine(szLine);
      return managedFasm.Assemble();
    }
  }
}

Goodluck with it!

[dody2001]

thank

[jokerboy123]

idk it doesnt work for me i use it i press launch target i log in but it wont get me the keydumper (shadowco)

[aljunkimt]

can i use this bot in real conquer?

[prog4mer]

Ultimation rulez

@JobvdH

where did you got that ? thanks..

[271310064]

is this thing legit...? Bauss and Zhalyn are giving me doubts.... i got no clue what is so funny to them.