Scheduler2000 / WinKernel

Lightweight library to interfere with windows kernel

WinKernel

Lightweight library to interfere with windows kernel written in .net 6

Features :

• Binaries Reading in big endian (see WinMemory\WinMemoryReader.cs)
• Binaries Reading in litle endian (see WinMemory\WinMemoryReader.cs)
• Binaries Writing in big endian (see WinMemory\WinMemoryWriter.cs)
• Binaries Writing in little endian (see WinMemory\WinMemoryWriter.cs)
• Native dll injection (see WinProcess\WinProcess.cs) for x86 and x64 processes

Example of Dll Injection

   var dllPath = "path_to_my_dll";
   
   var targetedProcessName = "process_name";
   
   var process = Process.GetProcesses().FirstOrDefault(x => x.ProcessName == targetedProcessName);
     
   using WinProcess winProcess = new(process); 

   Console.WriteLine(winProcess.InjectDll(dllPath)? "Injectaion dll succeed" : "An error has occured during the dll injection.");

Example Reading and Writing in Memory

   var process = Process.GetProcesses().FirstOrDefault(x => x.ProcessName == "ac_client"); /* assault_cube.exe x86 */

   using WinProcess winProcess = new(process);
   var processModule = winProcess.FetchProcessModule("ac_client.exe");


   IntPtr playerPtr = new(winProcess.ProcessReader.ReadInt32(processModule.BaseAddress + 0x10F4F4, EndiannessEnum.LittleEndian));

   var playerHealth = winProcess.ProcessReader.ReadInt32(playerPtr + 0xF8, EndiannessEnum.LittleEndian);
   var playerAmmo = winProcess.ProcessReader.ReadInt32(playerPtr + 0x150, EndiannessEnum.LittleEndian);
   var playerPosX = winProcess.ProcessReader.ReadFloat(playerPtr + 0x4, EndiannessEnum.LittleEndian);
   var playerPosY = winProcess.ProcessReader.ReadFloat(playerPtr + 0x8, EndiannessEnum.LittleEndian);
   var playerPosZ = winProcess.ProcessReader.ReadFloat(playerPtr + 0xC, EndiannessEnum.LittleEndian);

   playerHealth = 5000;
   playerAmmo = 999;
   playerPosX = 200.05f;
   playerPosY = 180.541f;
   playerPosZ = 400.00f;

   winProcess.ProcessWriter.WriteInt32(playerPtr + 0xF8, playerHealth, EndiannessEnum.LittleEndian);
   winProcess.ProcessWriter.WriteInt32(playerPtr + 0x150, playerAmmo, EndiannessEnum.LittleEndian);
   winProcess.ProcessWriter.WriteFloat(playerPtr + 0x4, playerPosX, EndiannessEnum.LittleEndian);
   winProcess.ProcessWriter.WriteFloat(playerPtr + 0x8, playerPosY, EndiannessEnum.LittleEndian);
   winProcess.ProcessWriter.WriteFloat(playerPtr + 0xC, playerPosZ, EndiannessEnum.LittleEndian);