/// <summary>
/// Initialise InternalMemoryReader
/// </summary>
internal static void Init()
{
Reader = new InProcessMemoryReader(Process.GetCurrentProcess());
Asm = new FasmNet();
// Init the object manager
ObjectManager.Init();
SetupHideModules((IntPtr)Process.GetCurrentProcess().Id);
// Apply no collision hack with trees
Hack Collision1 = new Hack((IntPtr)0x6ABC5A, new byte[] { 0x0F, 0x85, 0x1B, 0x01, 0x00, 0x00 }, "Collision1");
HookWardenMemScan.AddHack(Collision1);
Hack Collision2 = new Hack((IntPtr)0x006A467B, new byte[] { 0x90, 0x90 }, "Collision2");
HookWardenMemScan.AddHack(Collision2);
Hack Collision3 = new Hack((IntPtr)0x006ABF13, new byte[] { 0xEB, 0x69 }, "Collision3");
HookWardenMemScan.AddHack(Collision3);
////DisableCollision.Apply();
// wallclimb hack yay :)
//Hack Wallclimb = new Hack((IntPtr)0x0080DFFC, new byte[] { 0x00, 0x00, 0x00, 0x00 }, "Wallclimb");
//HookWardenMemScan.AddHack(Wallclimb);
// Loot patch
Hack LootPatch = new Hack((IntPtr)0x004C21C0, new byte[] { 0xEB }, "LootPatch");
HookWardenMemScan.AddHack(LootPatch);
//LootPatch.Apply();
// Lua Unlock
Hack LuaUnlock = new Hack((IntPtr)0x494a57, new byte[] { 0xB8, 0x01, 0x00, 0x00, 0x00, 0xc3 }, "LuaUnlock");
HookWardenMemScan.AddHack(LuaUnlock);
LuaUnlock.Apply();
//Hack Superfly = new Hack((IntPtr)0x006341BC, new byte[] { 0x90, 0x90 }, "Superfly");
//HookWardenMemScan.AddHack(Superfly);
//Hack Antijump = new Hack((IntPtr)0x007C625F, new byte[] { 0xEB }, "Antijump");
//HookWardenMemScan.AddHack(Antijump);
// See all levels & no language barrier
Hack SeeAllLevels = new Hack((IntPtr)0x5EC720, new byte[] { 0xC2, 0x08, 0x00 }, new byte[] { 0x55, 0x8b, 0xec }, "SeeAllLevels");
HookWardenMemScan.AddHack(SeeAllLevels);
SeeAllLevels.Apply();
// crasher
Hack UnderstandAll = new Hack((IntPtr)0x518062, new byte[] { 0xEB }, new byte[] { 0x7F }, "UnderstandAll");
HookWardenMemScan.AddHack(UnderstandAll);
UnderstandAll.Apply();
}
//internal static void InjectAsm(uint parPtr, string[] parInstructions, string parPatchName = "")
//{
// if (Asm == null) Asm = new FasmNet();
// Asm.Clear();
// IntPtr start = new IntPtr(parPtr);
// Asm.AddLine("use32");
// foreach (string x in parInstructions)
// {
// Asm.AddLine(x);
// }
// byte[] byteCode = new byte[0];
// try
// {
// byteCode = Asm.Assemble(start);
// }
// catch (FasmAssemblerException ex)
// {
// MessageBox.Show(String.Format("Error definition: {0}; Error code: {1}; Error line: {2}; Error offset: {3}; Mnemonics: {4}",
// ex.ErrorCode, (int)ex.ErrorCode, ex.ErrorLine, ex.ErrorOffset, ex.Mnemonics));
// }
// byte[] originalBytes = Memory.Reader.ReadBytes((IntPtr)start, byteCode.Length);
// Memory.Reader.WriteBytes(start, byteCode);
// if (parPatchName != "")
// {
// Hack parHack = new Hack(start,
// byteCode,
// originalBytes, parPatchName);
// HookWardenMemScan.AddHack(parHack);
// }
//}
//[Obfuscation(Feature = "virtualization", Exclude = false)]
internal static IntPtr InjectAsm(string[] parInstructions, string parPatchName)
{
if (Asm == null)
{
Asm = new FasmNet();
}
Asm.Clear();
Asm.AddLine("use32");
foreach (var x in parInstructions)
{
Asm.AddLine(x);
}
var byteCode = new byte[0];
try
{
byteCode = Asm.Assemble();
}
catch (FasmAssemblerException ex)
{
MessageBox.Show(
$"Error definition: {ex.ErrorCode}; Error code: {(int)ex.ErrorCode}; Error line: {ex.ErrorLine}; Error offset: {ex.ErrorOffset}; Mnemonics: {ex.Mnemonics}");
}
var start = Reader.Alloc(byteCode.Length);
Asm.Clear();
Asm.AddLine("use32");
foreach (var x in parInstructions)
{
Asm.AddLine(x);
}
byteCode = Asm.Assemble(start);
HookWardenMemScan.RemoveHack(start);
HookWardenMemScan.RemoveHack(parPatchName);
var originalBytes = Reader.ReadBytes(start, byteCode.Length);
if (parPatchName != "")
{
var parHack = new Hack(start,
byteCode,
originalBytes, parPatchName);
HookWardenMemScan.AddHack(parHack);
Console.WriteLine($"Protecting {parHack.Name} from Warden at {parHack.Address.ToString("X")}");
parHack.Apply();
}
else
{
Reader.WriteBytes(start, byteCode);
}
return(start);
}
internal static void Apply()
{
if (_OnRightClickUnitHook == null)
{
byte[] old = Memory.Reader.ReadBytes((IntPtr)0x60BEA0, 8);
_OnRightClickUnitDelegate = Memory.Reader.RegisterDelegate <OnRightClickUnitDelegate>((IntPtr)0x60BEA0);
_OnRightClickUnitHook = Memory.Reader.Detours.CreateAndApply(_OnRightClickUnitDelegate, new OnRightClickUnitDelegate(OnRightClickUnitHookFunc), "OnRightClickUnitHook");
byte[] custom = Memory.Reader.ReadBytes((IntPtr)0x60BEA0, 8);
Hack autolootUnit = new Hack((IntPtr)0x60BEA0, custom, old, "OnRightClickUnit");
AntiWarden.HookWardenMemScan.AddHack(autolootUnit);
}
_OnRightClickUnitHook.Apply();
}
//[Obfuscation(Feature = "virtualization", Exclude = false)]
internal static void InjectAsm(uint parPtr, string parInstructions, string parPatchName)
{
Asm.Clear();
Asm.AddLine("use32");
Asm.AddLine(parInstructions);
var start = new IntPtr(parPtr);
byte[] byteCode;
try
{
byteCode = Asm.Assemble(start);
}
catch (FasmAssemblerException ex)
{
MessageBox.Show(
$"Error definition: {ex.ErrorCode}; Error code: {(int)ex.ErrorCode}; Error line: {ex.ErrorLine}; Error offset: {ex.ErrorOffset}; Mnemonics: {ex.Mnemonics}");
return;
}
HookWardenMemScan.RemoveHack(start);
HookWardenMemScan.RemoveHack(parPatchName);
var originalBytes = Reader.ReadBytes(start, byteCode.Length);
if (parPatchName != "")
{
var parHack = new Hack(start,
byteCode,
originalBytes, parPatchName);
HookWardenMemScan.AddHack(parHack);
Console.WriteLine($"Protecting {parHack.Name} from Warden at {parHack.Address.ToString("X")}");
parHack.Apply();
}
else
{
Reader.WriteBytes(start, byteCode);
}
}