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Rapt0r
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Hello, I'm trying make a wallhack like in the pictures below where i can see textures through objects but the hook isn't working i'm not sure why if anyone could help anything is appreciated thanks.
dllmain.cpp#include "DllMain.h" void InitializeD3DHook(void) { #ifdef _DEBUG LOG("Called InitializeD3DHook()"); #endif D3DHook::SetLength(0x128000); D3DHook::SetSignature((PBYTE)"\xC7\x06\x00\x00\x00\x00\x89\x86\x00\x00\x00\x00\x89\x86"); D3DHook::SetMask("xx????xx????xx"); if (!D3DHook::GetBase()) return; if (!D3DHook::GetOffset()) return; if (!D3DHook::GetVTable()) return; D3DHook::Hook()->DrawIndexPrimitive(); //D3DHook::Hook()->EndScene(); } BOOL WINAPI DllMain( HINSTANCE hInstance, DWORD dwReason, LPVOID lpReserved ) { switch( dwReason ) { case DLL_PROCESS_ATTACH: #ifdef _DEBUG LOG( "======[ LOG STARTED ]======" ); #endif InitializeD3DHook(); break; case DLL_PROCESS_DETACH: #ifdef _DEBUG LOG( "========[ LOG END ]========\n\n" ); #endif g_pLog->Close(); break; } return TRUE; }d3dhook.cpp#include "D3DHook.h" #include "..\Memory\Memory.h" namespace D3DHook { BYTE* m_bMask = NULL; char* m_szMask = ""; DWORD m_dwLength = 0; DWORD* m_vTable = NULL; DWORD m_dwBase = 0; DWORD m_dwOffset = 0; LPDIRECT3DDEVICE9 m_pDevice = NULL; ID3DXFont* m_pFont = NULL; ID3DXLine* m_pLine = NULL; CHook m_pHook; //========================================================================================================================================================// void SetD3DVTableString( std::vector< char* >& szVec ) { szVec.clear(); szVec.push_back( "QueryInterface" ); szVec.push_back( "AddRef" ); szVec.push_back( "Release" ); szVec.push_back( "TestCooperativeLevel" ); szVec.push_back( "GetAvaibleTextureMem" ); szVec.push_back( "EvictManagedResources" ); szVec.push_back( "GetDirect3D" ); szVec.push_back( "GetDeviceCaps" ); szVec.push_back( "GetDisplayMode" ); szVec.push_back( "GetCreationParameters" ); szVec.push_back( "SetCursorProperties" ); szVec.push_back( "SetCursorPosition" ); szVec.push_back( "ShowCursor" ); szVec.push_back( "CreateAdditionalSwapChain" ); szVec.push_back( "GetSwapChain" ); szVec.push_back( "GetNumberOfSwapChains" ); szVec.push_back( "Reset" ); szVec.push_back( "Present" ); szVec.push_back( "GetBackBuffer" ); szVec.push_back( "GetRasterStatus" ); szVec.push_back( "SetDialogBoxMode" ); szVec.push_back( "SetGammaRamp" ); szVec.push_back( "GetGammaRamp" ); szVec.push_back( "CreateTexture" ); szVec.push_back( "CreateVolumeTexture" ); szVec.push_back( "CreateCubeTexture" ); szVec.push_back( "CreateVertexBuffer" ); szVec.push_back( "CreateIndexBuffer" ); szVec.push_back( "CreateRenderTarget" ); szVec.push_back( "CreateDepthStencilSurface" ); szVec.push_back( "UpdateSurface" ); szVec.push_back( "UpdateTexture" ); szVec.push_back( "GetRenderTargetData" ); szVec.push_back( "GetFronBufferData" ); szVec.push_back( "StrechRect" ); szVec.push_back( "ColorFill" ); szVec.push_back( "CreateOffscreenPlainSurface" ); szVec.push_back( "SetRenderTarget" ); szVec.push_back( "GetRenderTarget" ); szVec.push_back( "SetDepthStencilSurface" ); szVec.push_back( "GetDepthStencilSurface" ); szVec.push_back( "BeginScene" ); szVec.push_back( "EndScene" ); szVec.push_back( "Clear" ); szVec.push_back( "SetTransforM" ); szVec.push_back( "GetTransform" ); szVec.push_back( "MultiplyTransform" ); szVec.push_back( "SetViewport" ); szVec.push_back( "GetViewport" ); szVec.push_back( "SetMaterial" ); szVec.push_back( "GetMaterial" ); szVec.push_back( "SetLight" ); szVec.push_back( "GetLight" ); szVec.push_back( "LightEnable" ); szVec.push_back( "GetLightEnable" ); szVec.push_back( "SetClipPlane" ); szVec.push_back( "GetClipPlane" ); szVec.push_back( "SetRenderState" ); szVec.push_back( "GetRenderState" ); szVec.push_back( "CreateStateBlock" ); szVec.push_back( "BeginStateBlock" ); szVec.push_back( "EndStateBlock" ); szVec.push_back( "SetClipStatus" ); szVec.push_back( "GetClipStatus" ); szVec.push_back( "GetTexture" ); szVec.push_back( "SetTexture" ); szVec.push_back( "GetTextureStageState" ); szVec.push_back( "SetTextureStageState" ); szVec.push_back( "GetSamplerState" ); szVec.push_back( "SetSamplerState" ); szVec.push_back( "ValidateDevice" ); szVec.push_back( "SetPaletteEntries" ); szVec.push_back( "GetPaletteEntries" ); szVec.push_back( "SetCurrentTexturePalette" ); szVec.push_back( "GetCurrentTexturePalette" ); szVec.push_back( "SetScissorRect" ); szVec.push_back( "GetScissorRect" ); szVec.push_back( "SetSoftwareVertexProcessing" ); szVec.push_back( "GetSoftwareVertexProcessing" ); szVec.push_back( "SetNPatchMode" ); szVec.push_back( "GetNPatchMode" ); szVec.push_back( "DrawPrimitive" ); szVec.push_back( "DrawIndexPrimitive" ); szVec.push_back( "DrawPrimitiveUP" ); szVec.push_back( "DrawIndexPrimitiveUP" ); szVec.push_back( "ProcessVertices" ); szVec.push_back( "CreateVertexDeclaration" ); szVec.push_back( "SetVertexDeclaration" ); szVec.push_back( "GetVertexDeclaration" ); szVec.push_back( "SetFVF" ); szVec.push_back( "GetFVF" ); szVec.push_back( "CreateVertexShader" ); szVec.push_back( "SetVertexShader" ); szVec.push_back( "GetVertexShader" ); szVec.push_back( "SetVertexShaderConstantF" ); szVec.push_back( "GetVertexShaderConstantF" ); szVec.push_back( "SetVertexShaderConstantI" ); szVec.push_back( "GetVertexShaderConstantI" ); szVec.push_back( "SetVertexShaderConstantB" ); szVec.push_back( "GetVertexShaderConstantB" ); szVec.push_back( "SetStreamSource" ); szVec.push_back( "GetStreamSource" ); szVec.push_back( "SetStreamSourceFreq" ); szVec.push_back( "GetStreamSourceFreq" ); szVec.push_back( "SetIndices" ); szVec.push_back( "GetIndices" ); szVec.push_back( "CreatePixelShader" ); szVec.push_back( "SetPixelShader" ); szVec.push_back( "GetPixelShader" ); szVec.push_back( "SetPixelShaderConstantF" ); szVec.push_back( "GetPixelShaderConstantF" ); szVec.push_back( "SetPixelShaderConstantI" ); szVec.push_back( "GetPixelShaderConstantI" ); szVec.push_back( "SetPixelShaderConstantB" ); szVec.push_back( "GetPixelShaderConstantB" ); szVec.push_back( "DrawRectPatch" ); szVec.push_back( "DrawTriPatch" ); szVec.push_back( "DeletePatch" ); szVec.push_back( "CreateQuery" ); } void SetDevice( LPDIRECT3DDEVICE9& pDevice ) { m_pDevice = pDevice; } HRESULT GeneratePixelShader( LPDIRECT3DDEVICE9 pDevice, LPDIRECT3DPIXELSHADER9* pShader, float a, float r, float g, float b ) { char szShaderASMBuffer[ MAX_PATH ]; ID3DXBuffer* pD3DBuffer = NULL; sprintf( szShaderASMBuffer, "ps_3_0\ndef c0, %f, %f, %f, %f\nmov oC0,c0", r, g, b, a ); if( FAILED( D3DXAssembleShader( szShaderASMBuffer, ( strlen( szShaderASMBuffer ) + 1 ), NULL, NULL, 0, &pD3DBuffer, NULL ) ) ) return E_FAIL; return pDevice->CreatePixelShader( ( const DWORD* )pD3DBuffer->GetBufferPointer(), pShader ); } namespace Prototype { typedef HRESULT( __stdcall* EndScene_t )( LPDIRECT3DDEVICE9 ); typedef HRESULT( __stdcall* DrawIndexedPrimitive_t )( LPDIRECT3DDEVICE9, D3DPRIMITIVETYPE, INT, UINT, UINT, UINT, UINT ); EndScene_t m_EndScene; DrawIndexedPrimitive_t m_DrawIndexPrimitive; } namespace Hooks { HRESULT __stdcall hkEndScene( LPDIRECT3DDEVICE9 pDevice ) { SetDevice( pDevice ); if( !m_pFont && !m_pLine ) { D3DXCreateFontA( m_pDevice, 14, 0, FW_NORMAL, 1, false, DEFAULT_CHARSET, OUT_DEFAULT_PRECIS, DEFAULT_QUALITY, DEFAULT_PITCH|FF_DONTCARE, "Arial", &m_pFont ); D3DXCreateLine( m_pDevice, &m_pLine ); m_pLine->SetAntialias( false ); m_pLine->SetPattern( 0xFFFFFFFF ); m_pLine->SetWidth( 1.f ); } return Prototype::m_EndScene( pDevice ); } HRESULT __stdcall hkDrawIndexPrimitive(LPDIRECT3DDEVICE9 pDevice, D3DPRIMITIVETYPE Type, INT BaseVertexIndex, UINT MinVertexIndex, UINT NumVertices, UINT startIndex, UINT PrimitiveCount) { LPDIRECT3DVERTEXBUFFER9 pD3D0VertexStreamBuffer = NULL; UINT iOffsetInBytes = 0, Stride = 0; // 0 invisible 1 visible static IDirect3DPixelShader9 *pShader[2] = { NULL }; if (!pShader[0]){ if (FAILED(GeneratePixelShader(pDevice, &pShader[0], 255.f, 0.f, 255.f, 0.f))) MessageBoxA(NULL, "failed to generate pixelshader 1", "DrawIndexPrimitive Hook", MB_ICONERROR); } if (!pShader[1]){ if (FAILED(GeneratePixelShader(pDevice, &pShader[1], 255.f, 255.f, 0.f, 0.f))) MessageBoxA(NULL, "failed to generate pixelshader 2", "DrawIndexPrimitive Hook", MB_ICONERROR); } if (pDevice->GetStreamSource(0, &pD3D0VertexStreamBuffer, &iOffsetInBytes, &Stride)) { if ((NumVertices == 806 && PrimitiveCount == 618) || (NumVertices == 36 && PrimitiveCount == 32) || (NumVertices == 98 && PrimitiveCount == 131) || (NumVertices == 196 && PrimitiveCount == 143) || (NumVertices == 4000 && PrimitiveCount == 4773) || (NumVertices == 1225 && PrimitiveCount == 1580) || (NumVertices == 1557 && PrimitiveCount == 1864)){ pDevice->SetRenderState(D3DRS_ZENABLE, FALSE); pDevice->SetPixelShader(pShader[1]); Prototype::m_DrawIndexPrimitive(pDevice, Type, BaseVertexIndex, MinVertexIndex, NumVertices, startIndex, PrimitiveCount); pDevice->SetPixelShader(pShader[0]); pDevice->SetRenderState(D3DRS_ZENABLE, TRUE); Prototype::m_DrawIndexPrimitive(pDevice, Type, BaseVertexIndex, MinVertexIndex, NumVertices, startIndex, PrimitiveCount); } } return Prototype::m_DrawIndexPrimitive(pDevice, Type, BaseVertexIndex, MinVertexIndex, NumVertices, startIndex, PrimitiveCount); } } //========================================================================================================================================================// void CHook::DrawIndexPrimitive( void ) { #ifdef _DEBUG LOG( "Called D3DHook::CHook::DrawIndexPrimitive()" ); #endif Prototype::m_DrawIndexPrimitive = ( Prototype::DrawIndexedPrimitive_t )Memory::DetourFunction( ( PBYTE )m_vTable[ VTABLE_DrawIndexPrimitive ], ( PBYTE )Hooks::hkDrawIndexPrimitive, 5 ); } void CHook::EndScene( void ) { #ifdef _DEBUG LOG( "Called D3DHook::CHook::EndScene()" ); #endif Prototype::m_EndScene = ( Prototype::EndScene_t )Memory::DetourFunction( ( PBYTE )m_vTable[ VTABLE_EndScene ], ( PBYTE )Hooks::hkEndScene, 5 ); } CHook* Hook( void ) { return &m_pHook; } void SetLength( DWORD dwLength ) { m_dwLength = dwLength; LOG( "Called D3DHook::SetLength() - 0x%X", dwLength ); } void SetSignature( BYTE* bMask ) { m_bMask = bMask; #ifdef _DEBUG LOG( "Called D3DHook::SetSignature()" ); #endif } void SetMask( char* szMask ) { m_szMask = szMask; #ifdef _DEBUG LOG( "Called D3DHook::SetMask() - %s", szMask ); #endif } bool GetBase( void ) { m_dwBase = ( DWORD )LoadLibraryA( "d3d9.dll" ); #ifdef _DEBUG LOG( "Called D3DHook::GetBase()" ); LOG( "Found d3d0.dll at 0x%X", m_dwBase ); #endif return( m_dwBase != NULL ); } bool GetOffset( void ) { #ifdef _DEBUG LOG( "Called D3DHook::GetOffset()" ); #endif if( !m_dwBase || !m_dwLength || !m_bMask || !m_szMask ) return false; m_dwOffset = Memory::FindPattern( m_dwBase, m_dwLength, m_bMask, m_szMask ); #ifdef _DEBUG LOG( "Found Offset at 0x%X", m_dwOffset ); #endif return ( m_dwOffset != NULL ); } bool GetVTable( void ) { #ifdef _DEBUG LOG( "Called D3DHook::GetVTable()" ); #endif if( !m_dwOffset ) return false; memcpy( &m_vTable, ( void* )( m_dwOffset + 2 ), 4 ); #ifdef _DEBUG std::vector< char* > szVTable; SetD3DVTableString( szVTable ); for( int i = 0; i < szVTable.size(); i++ ) { LOG( "Found VTable[ %.3d ]: 0x%X - (%s)", i, m_vTable[ i ], szVTable[ i ] ); } #endif return ( m_vTable != NULL ); } ID3DXFont* GetFont( int iFont ) { switch( iFont ) { case FONT_DEFAULT: return m_pFont; } return m_pFont; } LPDIRECT3DDEVICE9 GetDevice( void ) { return m_pDevice; } }d3dhook.h#ifndef __DIRECT3D_H__ #define __DIRECT3D_H__ #ifdef _WIN32 #pragma once #endif #include "..\stdafx.h" #include <d3d9.h> #include <d3dx9.h> #pragma comment( lib, "d3d9.lib" ) #pragma comment( lib, "d3dx9.lib" ) enum D3DVtable { VTABLE_QueryInterface = 0, VTABLE_AddRef, VTABLE_Release, VTABLE_TestCooperativeLevel, VTABLE_GetAvaibleTextureMem, VTABLE_EvictManagedResources, VTABLE_GetDirect3D, VTABLE_GetDeviceCaps, VTABLE_GetDisplayMode, VTABLE_GetCreationParameters, VTABLE_SetCursorProperties, VTABLE_SetCursorPosition, VTABLE_ShowCursor, VTABLE_CreateAdditionalSwapChain, VTABLE_GetSwapChain, VTABLE_GetNumberOfSwapChains, VTABLE_Reset, VTABLE_Present, VTABLE_GetBackBuffer, VTABLE_GetRasterStatus, VTABLE_SetDialogBoxMode, VTABLE_SetGammaRamp, VTABLE_GetGammaRamp, VTABLE_CreateTexture, VTABLE_CreateVolumeTexture, VTABLE_CreateCubeTexture, VTABLE_CreateVertexBuffer, VTABLE_CreateIndexBuffer, VTABLE_CreateRenderTarget, VTABLE_CreateDepthStencilSurface, VTABLE_UpdateSurface, VTABLE_UpdateTexture, VTABLE_GetRenderTargetData, VTABLE_GetFronBufferData, VTABLE_StrechRect, VTABLE_ColorFill, VTABLE_CreateOffscreenPlainSurface, VTABLE_SetRenderTarget, VTABLE_GetRenderTarget, VTABLE_SetDepthStencilSurface, VTABLE_GetDepthStencilSurface, VTABLE_BeginScene, VTABLE_EndScene, VTABLE_Clear, VTABLE_SetTransforM, VTABLE_GetTransform, VTABLE_MultiplyTransform, VTABLE_SetViewport, VTABLE_GetViewport, VTABLE_SetMaterial, VTABLE_GetMaterial, VTABLE_SetLight, VTABLE_GetLight, VTABLE_LightEnable, VTABLE_GetLightEnable, VTABLE_SetClipPlane, VTABLE_GetClipPlane, VTABLE_SetRenderState, VTABLE_GetRenderState, VTABLE_CreateStateBlock, VTABLE_BeginStateBlock, VTABLE_EndStateBlock, VTABLE_SetClipStatus, VTABLE_GetClipStatus, VTABLE_GetTexture, VTABLE_SetTexture, VTABLE_GetTextureStageState, VTABLE_SetTextureStageState, VTABLE_GetSamplerState, VTABLE_SetSamplerState, VTABLE_ValidateDevice, VTABLE_SetPaletteEntries, VTABLE_GetPaletteEntries, VTABLE_SetCurrentTexturePalette, VTABLE_GetCurrentTexturePalette, VTABLE_SetScissorRect, VTABLE_GetScissorRect, VTABLE_SetSoftwareVertexProcessing, VTABLE_GetSoftwareVertexProcessing, VTABLE_SetNPatchMode, VTABLE_GetNPatchMode, VTABLE_DrawPrimitive, VTABLE_DrawIndexPrimitive, VTABLE_DrawPrimitiveUP, VTABLE_DrawIndexPrimitiveUP, VTABLE_ProcessVertices, VTABLE_CreateVertexDeclaration, VTABLE_SetVertexDeclaration, VTABLE_GetVertexDeclaration, VTABLE_SetFVF, VTABLE_GetFVF, VTABLE_CreateVertexShader, VTABLE_SetVertexShader, VTABLE_GetVertexShader, VTABLE_SetVertexShaderConstantF, VTABLE_GetVertexShaderConstantF, VTABLE_SetVertexShaderConstantI, VTABLE_GetVertexShaderConstantI, VTABLE_SetVertexShaderConstantB, VTABLE_GetVertexShaderConstantB, VTABLE_SetStreamSource, VTABLE_GetStreamSource, VTABLE_SetStreamSourceFreq, VTABLE_GetStreamSourceFreq, VTABLE_SetIndices, VTABLE_GetIndices, VTABLE_CreatePixelShader, VTABLE_SetPixelShader, VTABLE_GetPixelShader, VTABLE_SetPixelShaderConstantF, VTABLE_GetPixelShaderConstantF, VTABLE_SetPixelShaderConstantI, VTABLE_GetPixelShaderConstantI, VTABLE_SetPixelShaderConstantB, VTABLE_GetPixelShaderConstantB, VTABLE_DrawRectPatch, VTABLE_DrawTriPatch, VTABLE_DeletePatch, VTABLE_CreateQuery, }; enum D3DFont { FONT_DEFAULT = 0, }; namespace D3DHook { class CHook { public: void DrawIndexPrimitive( void ); void EndScene( void ); }; extern CHook* Hook( void ); extern void SetLength( DWORD dwLength ); extern void SetSignature( BYTE* bMask ); extern void SetMask( char* szMask ); extern bool GetBase( void ); extern bool GetOffset( void ); extern bool GetVTable( void ); extern ID3DXFont* GetFont( int iFont = FONT_DEFAULT ); extern LPDIRECT3DDEVICE9 GetDevice( void ); }; #endif-
1
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c++ d3d9 hook vtable
in C and C++
Posted
Hi, no noo the image is the model logger see i'm using a model logger to find the object then i have 2 numbers like numverts and prim num which i put into the code which will then show me what you see in the picture but it doesn't work the code can you help