mirror of
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feat(profile): update 3.3.5a profile
This commit is contained in:
parent
9053d61b6b
commit
e1bab2b375
186 changed files with 1204 additions and 43942 deletions
243
profile/3.3.5a-windows-386/ida/batch/import_data_types.idc
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243
profile/3.3.5a-windows-386/ida/batch/import_data_types.idc
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#include <idc.idc>
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static import_data_types() {
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// Give types to data labels
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apply_type(0x00401010, "void* __stdcall func(uint32_t count)");
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apply_type(0x00401030, "void __stdcall func(void* ptr)");
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apply_type(0x00408070, "void __stdcall func(float* minX, float* maxX, float* minY, float* maxY, float* minZ, float* maxZ)");
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apply_type(0x00409670, "void __thiscall func(CGxDevice* this)");
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apply_type(0x0047B6F0, "int32_t __stdcall func(CMDOPT)");
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apply_type(0x0047B700, "char* __stdcall func(CMDOPT)");
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apply_type(0x0047B720, "int32_t __stdcall func()");
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apply_type(0x004804F0, "void __cdecl func(EvtContext* context, EVENTID id, void* handler, void* param, float priority)");
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apply_type(0x004806A0, "int32_t __cdecl func(EvtContext* context, EVENTID id, void *data, size_t bytes)");
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apply_type(0x00494EE0, "int32_t __thiscall func(CFrameStrata* this, int32_t a2)");
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apply_type(0x00494F30, "void __thiscall func(CFrameStrata* this)");
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apply_type(0x004B5510, "int32_t __stdcall func(uint32_t width, uint32_t height)");
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apply_type(0x004B7220, "MipBits* __stdcall func(PIXEL_FORMAT format, uint32_t width, uint32_t height)");
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apply_type(0x004B7300, "void func(MipBits* image)");
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apply_type(0x004B78A0, "int32_t __usercall func@<eax>(char* ext@<eax>, char* filename, int32_t a3, MipBits** mipBits, uint32_t* width, uint32_t* height, PIXEL_FORMAT* texFormat, int32_t* isOpaque@<ecx>, uint32_t* alphaBits, PIXEL_FORMAT* dataFormat)");
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apply_type(0x004B8070, "int32_t __usercall func@<eax>(char* ext@<eax>, char* filename@<ebx>, int32_t a3, MipBits** mipBits, uint32_t* width, uint32_t* height, uint32_t* isOpaque, uint32_t* alphaBits, PIXEL_FORMAT* dataFormat)");
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apply_type(0x004B81D0, "MipBits* func(const char* filename, uint32_t* width, uint32_t* height, PIXEL_FORMAT* dataFormat, int32_t* isOpaque, CStatus* status, uint32_t* alphaBits, int32_t a8)");
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apply_type(0x00532AF0, "CGxCaps* __thiscall func(CGxDevice* this)");
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apply_type(0x006160B0, "int32_t __usercall func@<eax>(uint32_t** image@<eax>, MipBits* mipImages@<ecx>, uint32_t width@<edx>, uint32_t height)");
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apply_type(0x00616800, "void __stdcall func(CURSORMODE mode)");
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apply_type(0x00681A60, "void __stdcall func()");
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apply_type(0x00681F60, "void __stdcall func(float minX, float maxX, float minY, float maxY, float minZ, float maxZ)");
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apply_type(0x00682340, "void __stdcall func(EGxPrim primType, uint32_t, uint16_t*)");
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apply_type(0x006823A0, "void __stdcall func(EGxPrim primType, uint32_t indexCount, uint16_t* indices)");
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apply_type(0x00682CB0, "void __thiscall func(CGxDevice* this, int32_t (*windowProc)(void*, uint32_t, uintptr_t, intptr_t), CGxFormat* format)");
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apply_type(0x00682CD0, "void __thiscall func(CGxDevice* this, CGxFormat* format)");
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apply_type(0x00682CF0, "void __thiscall func(CGxDevice* this)");
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apply_type(0x00682D00, "void __thiscall func(CGxDevice* this, uint32_t baseMipLevel)");
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apply_type(0x00682D20, "EGxApi __thiscall func(CGxDevice* this)");
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apply_type(0x00682D40, "int32_t __thiscall func(CGxDevice* this)");
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apply_type(0x00682D70, "CRect* __thiscall func(CGxDevice* this)");
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apply_type(0x00682DC0, "int32_t __thiscall func(CGxDevice* this, int32_t a2)");
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apply_type(0x00682E20, "int32_t __thiscall func(CGxDevice* this, int32_t a2)");
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apply_type(0x00682E50, "void __thiscall func(CGxDevice* this)");
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apply_type(0x00682F10, "void __thiscall func(CGxDevice* this, CGxBuf* buf)");
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apply_type(0x00682F40, "uint32_t __stdcall func(EGxPrim primType, uint32_t indexCount)");
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apply_type(0x00683080, "void __thiscall func(CGxDevice* this, uint32_t whichLight, int32_t enable)");
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apply_type(0x006830B0, "int32_t __thiscall func(CGxDevice* this, uint32_t app, uint32_t hw, uint32_t appDisables, uint32_t hwDisables, uint32_t flagPos, int32_t* enable)");
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apply_type(0x00683100, "int32_t __thiscall func(CGxDevice* this, EGxMasterEnables state)");
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apply_type(0x00683130, "int32_t __thiscall func(CGxDevice* this, CGxBuf* buf, void *data, uint32_t size, uint32_t offset)");
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apply_type(0x00683150, "uint8_t* __thiscall func(CGxDevice* this, CGxBuf* buf)");
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apply_type(0x00683180, "int32_t __thiscall func(CGxDevice* this, CGxBuf* buf, uint32_t size)");
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apply_type(0x006833A0, "void __thiscall func(CGxDevice* this)");
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apply_type(0x006833E0, "void __thiscall func(CGxDevice* this, EGxShTarget target, uint32_t index, float* constants, uint32_t count)");
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apply_type(0x00683560, "uint8_t* __thiscall func(CGxDevice* this, EGxShTarget target)");
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apply_type(0x00683580, "void __thiscall func(CGxDevice* this, EGxShTarget target, uint32_t index, uint32_t count)");
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apply_type(0x006835E0, "void __thiscall func(CGxDevice* this)");
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apply_type(0x00683610, "void __stdcall func(EGxTexCommand command, uint32_t width, uint32_t height, uint32_t face, uint32_t level, void* userArg, uint32_t* texelStrideInBytes, void** texels)");
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apply_type(0x00683640, "void __thiscall func(CGxDevice* this, int32_t visible)");
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apply_type(0x00683650, "uint32_t* __thiscall func(CGxDevice* this)");
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apply_type(0x00683660, "void __thiscall func(CGxDevice* this, float depth)");
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apply_type(0x006840F0, "int32_t __thiscall func(CGxDevice* this, CGxFormat* format)");
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apply_type(0x00684170, "void __thiscall func(CGxDevice* this, float gamma)");
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apply_type(0x00684190, "int32_t __thiscall func(CGxDevice* this, CGxGammaRamp* ramp)");
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apply_type(0x00684360, "void __thiscall func(CGxDevice* this, CRect* rect)");
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apply_type(0x006843B0, "void __thiscall func(CGxDevice* this)");
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apply_type(0x006843E0, "void __thiscall func(CGxDevice* this)");
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apply_type(0x00684410, "void __thiscall func(CGxDevice* this)");
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apply_type(0x00684440, "void __thiscall func(CGxDevice* this, uint32_t a2, C4Plane* plane)");
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apply_type(0x006847D0, "void __thiscall func(CGxDevice* this, uint32_t a2, CGxLight* light, C3Vector* pos)");
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apply_type(0x00684850, "void __thiscall func(CGxDevice* this, EGxPoolTarget target, uint32_t itemSize, uint32_t itemCount)");
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apply_type(0x006848A0, "void __thiscall func(CGxDevice* this, CGxTex* texId, CiRect* updateRect, int32_t immediate)");
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apply_type(0x00684900, "void __thiscall func(CGxDevice* this, CGxTex* texId)");
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apply_type(0x00684970, "int32_t __thiscall func(CGxDevice* this, CGxShader** shaders, EGxShTarget target, char* a4, char* a5, int32_t permutations)");
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apply_type(0x00684AD0, "void __thiscall func(CGxDevice* this, CGxFormat* format)");
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apply_type(0x00684B50, "void __thiscall func(CGxDevice* this, uint32_t x, uint32_t y)");
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apply_type(0x00684C20, "void __stdcall func(char* format, ...)");
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apply_type(0x00684C40, "void __stdcall func(CGxCaps* caps)");
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apply_type(0x00684D10, "void __stdcall func(CGxFormat* format)");
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apply_type(0x006853B0, "void __thiscall func(CGxDevice* this, DEVICERESTOREDCALLBACK fn)");
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apply_type(0x006853D0, "int32_t __thiscall func(CGxDevice* this, DEVICERESTOREDCALLBACK fn)");
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apply_type(0x00685460, "void __thiscall func(CGxDevice* this, TEXTURERECREATIONCALLBACK fn)");
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apply_type(0x00685480, "int32_t __thiscall func(CGxDevice* this, TEXTURERECREATIONCALLBACK fn)");
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apply_type(0x00685510, "void __thiscall func(CGxDevice* this, DISPLAYCHANGECALLBACK fn)");
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apply_type(0x00685530, "int32_t __thiscall func(CGxDevice* this, DISPLAYCHANGECALLBACK fn)");
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apply_type(0x00685970, "void __thiscall func(CGxDevice* this, EGxRenderState which)");
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apply_type(0x006859E0, "void __thiscall func(CGxDevice* this, EGxRenderState which)");
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apply_type(0x00685A70, "void __thiscall func(CGxDevice* this)");
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apply_type(0x00685B50, "void __thiscall func(CGxDevice* this, int32_t force)");
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apply_type(0x00685C60, "void __thiscall func(CGxDevice* this, EGxTexTarget target, uint32_t width, uint32_t height, uint32_t depth, EGxTexFormat format, EGxTexFormat dataFormat, CGxTexFlags flags, void* userArg, void (*userFunc)(EGxTexCommand, uint32_t, uint32_t, uint32_t, uint32_t, void*, uint32_t*, void**), char* name, CGxTex** texId)");
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apply_type(0x00685EB0, "void __thiscall func(CGxDevice* this, EGxMasterEnables state, int32_t enable)");
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apply_type(0x00685F50, "void __thiscall func(CGxDevice* this, EGxRenderState which, void* value)");
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apply_type(0x00685FB0, "void __thiscall func(CGxDevice* this)");
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apply_type(0x00687660, "CGxBuf* __thiscall func(CGxDevice* this, CGxPool* pool, uint32_t itemSize, uint32_t itemCount, uint32_t index)");
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apply_type(0x006876D0, "CGxPool* __thiscall func(CGxDevice* this, EGxPoolTarget target, EGxPoolUsage usage, uint32_t size, EGxPoolHintBits hint, char* name)");
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apply_type(0x00687A90, "void __thiscall func(CGxDevice* this)");
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apply_type(0x00688340, "void __thiscall func(CGxDevice* this, CGxPool* pool)");
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apply_type(0x00688690, "void __thiscall func(CGxDevice* this)");
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apply_type(0x006890C0, "void __thiscall func(CGxDevice* this)");
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apply_type(0x00689690, "void __thiscall func(CGxDevice *this, uint8_t __flags)");
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apply_type(0x006897C0, "void __thiscall func(CGxDevice* this, CGxShader**, EGxShTarget, char*, char*, int32_t)");
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apply_type(0x00689EF0, "CGxDevice* __stdcall func()");
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apply_type(0x0068BF20, "CGxDevice* __stdcall func()");
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apply_type(0x0068C220, "CGxDevice* __stdcall func()");
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apply_type(0x006A5A30, "void __thiscall func(CGxDeviceD3d* this)");
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apply_type(0x006A5EF0, "void __thiscall func(CGxDevice* this, CGxTex* texId, uint32_t* width, uint32_t* height, uint32_t* baseMip, uint32_t* mipCount)");
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apply_type(0x006AA3B0, "int32_t __thiscall func(CTgaFile* this)");
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apply_type(0x006AA3E0, "uint32_t __thiscall func(CTgaFile* this)");
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apply_type(0x006AA420, "void __thiscall func(CTgaFile* this, uint8_t* pAlphaData, uint8_t* pNoAlphaData, uint8_t* alpha)");
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apply_type(0x006AA630, "int32_t __thiscall func(CTgaFile* this, uint8_t* pRLEData, uint8_t* pData)");
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apply_type(0x006AA700, "void __thiscall func(CTgaFile* this, int32_t set)");
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apply_type(0x006AA840, "TGA32Pixel* __thiscall func(CTgaFile* this)");
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apply_type(0x006AA870, "int32_t __thiscall func(CTgaFile* this)");
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apply_type(0x006AAF40, "int32_t __thiscall func(CTgaFile* this)");
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apply_type(0x006AAFB0, "int32_t __thiscall func(CTgaFile* this, char* filename, int32_t a3)");
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apply_type(0x006AB390, "int32_t __thiscall func(CTgaFile* this, void* pImg)");
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apply_type(0x006AB4B0, "int32_t __thiscall func(CTgaFile* this, int32_t flags)");
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apply_type(0x006AB620, "uint32_t __cdecl func(uint32_t level, uint32_t width, uint32_t height, uint32_t fourCC)");
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apply_type(0x006AB700, "uint32_t __stdcall func(uint32_t width, uint32_t height)");
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apply_type(0x006AB760, "MipBits* __stdcall func(uint32_t fourCC, uint32_t width, uint32_t height, char* filename, int32_t linenumber)");
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apply_type(0x006AB810, "void __stdcall func(uint32_t fourCC, uint32_t width, uint32_t height, MipBits* bits)");
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apply_type(0x006AB860, "void _stdcall func(C4Pixel* dest, uint32_t destWidth, uint32_t destHeight, C4Pixel* source, uint32_t sourceWidth, uint32_t sourceHeight)");
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apply_type(0x006AE8B0, "void __thiscall func(CBLPFile* this)");
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apply_type(0x006AE900, "int32_t __thiscall func(CBLPFile* this, void* fileBits)");
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apply_type(0x006AE990, "void __thiscall func(CBLPFile* this, uint8_t* data, void* tempbuffer, uint32_t colorSize)");
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apply_type(0x006AE9E0, "void __thiscall func(CBLPFile* this, uint8_t* data, void* tempbuffer, uint32_t colorSize)");
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apply_type(0x006AEBA0, "void __thiscall func(CBLPFile* this, uint8_t* data, void* tempbuffer, uint32_t width, uint32_t height)");
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apply_type(0x006AEE70, "void __thiscall func(CBLPFile* this, uint8_t* data, void* tempbuffer, uint32_t width, uint32_t height)");
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apply_type(0x006AF140, "void __thiscall func(CBLPFile* this, uint8_t* data, void* tempbuffer, uint32_t width, uint32_t height)");
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apply_type(0x006AF340, "void __thiscall func(CBLPFile* this, uint8_t* data, void* tempbuffer, uint32_t width, uint32_t height)");
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apply_type(0x006AF6A0, "uint32_t __thiscall func(CBLPFile* this, uint32_t mipLevel)");
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apply_type(0x006AF730, "int32_t __thiscall func(CBLPFile *this, PIXEL_FORMAT format, uint32_t mipLevel, uint32_t* size, uint32_t* stride)");
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apply_type(0x006AF810, "int32_t __thiscall func(CBLPFile* this, PIXEL_FORMAT format, uint32_t mipLevel, uint8_t* data, void* tempBuffer)");
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apply_type(0x006AFCE0, "int32_t __thiscall func(CBLPFile* this, char* fileName, PIXEL_FORMAT format, uint32_t mipLevel, unsigned char* data, uint32_t* stride)");
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apply_type(0x006AFF10, "int32_t __thiscall func(CBLPFile* this, char* filename)");
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apply_type(0x006AFFD0, "int32_t __thiscall func(CBLPFile* this, char* fileName, PIXEL_FORMAT format, MipBits** images, uint32_t mipLevel, int32_t a6)");
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apply_type(0x006BF4C0, "void __stdcall func(float minX, float maxX, float minY, float maxY, float minZ, float maxZ, C44Matrix* dst)");
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apply_type(0x0076E4A0, "void __stdcall func(uint32_t flags, uint8_t changeMask)");
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apply_type(0x0076E540, "void* __stdcall func(uint32_t bytes, char* filename, int32_t linenumber, uint32_t flags)");
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apply_type(0x0076E5A0, "int32_t __stdcall func(void* ptr, char* filename, int32_t linenumber, uint32_t flags)");
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apply_type(0x0076E5E0, "void* __stdcall func(void* ptr, uint32_t bytes, char* filename, int32_t linenumber, uint32_t flags)");
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apply_type(0x0076F070, "int32_t __stdcall func(char* dest, size_t maxchars, char* format, ...)");
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apply_type(0x00773590, "int32_t __stdcall func(ARGLIST* listptr, uint32_t numargs)");
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apply_type(0x00773890, "int32_t __stdcall func(char* cmdline, int32_t skipprogname, CMDEXTRACALLBACK extracallback, CMDERRORCALLBACK errorcallback)");
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apply_type(0x00773990, "int32_t __stdcall func(CMDEXTRACALLBACK extracallback, CMDERRORCALLBACK errorcallback)");
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apply_type(0x00774620, "SCritSect* __thiscall func(SCritSect* this)");
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apply_type(0x00774630, "void __thiscall func(SCritSect *this)");
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apply_type(0x00774640, "void __thiscall func(SCritSect *this)");
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apply_type(0x00774650, "void __thiscall func(SCritSect *this)");
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apply_type(0x00777420, "void __stdcall func(HSRGN handle, RECTF* rect, void* param, int32_t combinemode)");
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apply_type(0x00777590, "void __stdcall func(HSRGN handle, RECTF* rect)");
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apply_type(0x00777940, "void __stdcall func(HSRGN handle)");
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apply_type(0x00777980, "void __stdcall func(HSRGN* handlePtr, uint32_t reserved)");
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apply_type(0x0077AC80, "void __thiscall func(TSFixedArray_uint32_t* this, uint32_t count, uint32_t* data)");
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apply_type(0x0077ACF0, "uint32_t __thiscall func(BigBuffer* this, uint32_t index)");
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apply_type(0x0077AD10, "int32_t __fastcall func(BigBuffer* a, BigBuffer* b)");
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apply_type(0x0077ADD0, "uint32_t __stdcall func(BigBuffer* a)");
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apply_type(0x0077AE60, "int32_t __stdcall func(BigData* b, BigData* c)");
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apply_type(0x0077AE80, "void __thiscall func(BigStack* this)");
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apply_type(0x0077AEC0, "uint32_t* __thiscall func(BigBuffer* this, uint32_t index)");
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apply_type(0x0077AF30, "void __thiscall func(BigBuffer* this, uint32_t count)");
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apply_type(0x0077AF80, "void __thiscall func(BigBuffer* this)");
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||||
apply_type(0x0077AFF0, "void __thiscall func(BigBuffer* this)");
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apply_type(0x0077B020, "void __stdcall func(BigBuffer* a, BigBuffer* b, BigBuffer* c@<esi>)");
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apply_type(0x0077B160, "void __stdcall func(BigBuffer* a, uint32_t* b, BigBuffer* c, uint64_t d)");
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apply_type(0x0077B2B0, "void __stdcall func(BigBuffer* a, BigBuffer* b, uint64_t c)");
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apply_type(0x0077B3E0, "void __stdcall func(BigBuffer* a, BigBuffer* b, BigBuffer* c)");
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apply_type(0x0077B530, "void __stdcall func(BigBuffer@<edi>* a)");
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apply_type(0x0077B590, "void __stdcall func(BigBuffer* a, BigBuffer* b, uint32_t shift)");
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apply_type(0x0077B700, "void __stdcall func(BigBuffer* a, BigBuffer* b, uint32_t shift)");
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apply_type(0x0077B7F0, "void __stdcall func(BigBuffer* buffer@<edi>, void* data, uint32_t bytes)");
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apply_type(0x0077B8B0, "void __stdcall func(BigBuffer* buffer@<edi>, uint32_t value)");
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apply_type(0x0077B910, "void __stdcall func(TSGrowableArray_uint8_t* output, BigBuffer* buffer)");
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apply_type(0x0077B9E0, "void __stdcall func(BigData* a, BigData* b, BigData* c)");
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apply_type(0x0077BA00, "void __stdcall func(BigData* a, uint32_t* bits)");
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apply_type(0x0077BA60, "void __stdcall func(BigData* num, void* data, uint32_t bytes)");
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apply_type(0x0077BA80, "void __stdcall func(BigData* num, uint32_t val)");
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apply_type(0x0077BAA0, "void __stdcall func(BigData* a, BigData* b, BigData* c)");
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apply_type(0x0077BAC0, "void __stdcall func(BigBuffer* a, BigBuffer* b, BigBuffer* c, BigBuffer* d, BigStack* stack)");
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apply_type(0x0077BEE0, "void __stdcall func(BigData* a, BigData* b, BigData* c)");
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apply_type(0x0077BF20, "void __stdcall func(BigData** num)");
|
||||
apply_type(0x0077BF90, "void __stdcall func(BigData* num, uint8_t* data, uint32_t maxBytes, uint32_t* bytes)");
|
||||
apply_type(0x0077BFF0, "void __stdcall func(BigBuffer* a, BigBuffer* b, BigBuffer* c, BigStack* stack)");
|
||||
apply_type(0x0077C330, "void __stdcall func(BigBuffer* a, BigBuffer* b, BigStack* stack)");
|
||||
apply_type(0x0077C6A0, "void __stdcall func(BigData* num)");
|
||||
apply_type(0x0077C700, "void __stdcall func(BigData* a, BigData* b, BigData* c)");
|
||||
apply_type(0x0077C720, "void __stdcall func(BigBuffer* a, BigBuffer* b, BigBuffer* c, BigBuffer* d, BigStack* stack)");
|
||||
apply_type(0x0077C980, "void __stdcall func(BigData* a, BigData* b, BigData* c, BigData* d)");
|
||||
apply_type(0x00819EA0, "void __stdcall func(int32_t function, FrameScript_Object* object, int32_t args, char* args_fmt, FrameScript_EventObject* eventObject)");
|
||||
apply_type(0x0095F3A0, "void __thiscall func(CSimpleModel* this)");
|
||||
apply_type(0x0095F420, "FrameScript_Object__ScriptIx* __thiscall func(CSimpleModel* this, char* name, FrameScript_Object__ScriptData* data)");
|
||||
apply_type(0x0095F4D0, "void __stdcall func(CM2Model* model, void* arg)");
|
||||
apply_type(0x0095F4F0, "void __thiscall func(CSimpleModel* this, HCAMERA camera)");
|
||||
apply_type(0x0095F540, "void __thiscall func(CSimpleModel* this, uint32_t id)");
|
||||
apply_type(0x0095F5C0, "void __thiscall func(CSimpleModel* this, CM2Light* light)");
|
||||
apply_type(0x0095F5E0, "void __thiscall func(CSimpleModel* this, uint32_t sequence)");
|
||||
apply_type(0x0095F610, "int32_t __thiscall func(CSimpleModel* this, uint32_t sequence, int32_t time)");
|
||||
apply_type(0x0095F680, "void __thiscall func(CSimpleModel* this)");
|
||||
apply_type(0x0095F7D0, "void __thiscall func(CSimpleModel* this, uint32_t __flags)");
|
||||
apply_type(0x0095F800, "void __thiscall func(CSimpleModel* this, XMLNode* node, CStatus* status)");
|
||||
apply_type(0x0095F990, "void __thiscall func(CSimpleModel* this, char* sourcefile)");
|
||||
apply_type(0x0095F9F0, "void __thiscall func(CSimpleModel* this, uint32_t index)");
|
||||
apply_type(0x0095FBA0, "void __thiscall func(CSimpleModel* this)");
|
||||
apply_type(0x0095FC30, "void __stdcall func(void* arg)");
|
||||
apply_type(0x00960070, "void __stdcall func(CM2Model* model, CM2Lighting* lighting, void* userArg)");
|
||||
apply_type(0x009600E0, "void __thiscall func(CSimpleModel* this, CM2Model* model)");
|
||||
apply_type(0x00960190, "void __thiscall func(CSimpleModel* this, CM2Model* model)");
|
||||
apply_type(0x00960280, "void __thiscall func(CSimpleModel* this, float elapsedSec)");
|
||||
apply_type(0x009603D0, "void __stdcall func(lua_State* L)");
|
||||
apply_type(0x00960530, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x009605D0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00960620, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00960660, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x009606E0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00960760, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x009607E0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x009608B0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00960970, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00960A10, "int32_t __stdcall func(lua_State* L, int32_t a2, CM2Light* light)");
|
||||
apply_type(0x00960D20, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00960DD0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00960FC0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00961040, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00961090, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x009610E0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00961120, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x009611A0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00961200, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x009612D0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00961350, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x009613A0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00961420, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00961470, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x009614B0, "int32_t __stdcall func(lua_State* L)");
|
||||
apply_type(0x00A2DDC0, "CGxDevice__vtable");
|
||||
apply_type(0x00AC1B9C, "TSExplicitList_CILayer");
|
||||
apply_type(0x00AD2808, "char*[53]");
|
||||
apply_type(0x00AD90B0, "uint8_t[16]");
|
||||
apply_type(0x00AD90C0, "uint8_t[2]");
|
||||
apply_type(0x00B417C8, "uint32_t");
|
||||
apply_type(0x00B417D0, "int32_t");
|
||||
apply_type(0x00B41850, "CDataRecycler");
|
||||
apply_type(0x00B6A9DC, "MipBits*");
|
||||
apply_type(0x00C25CD0, "int8_t");
|
||||
apply_type(0x00C25DE8, "uint32_t[1024]");
|
||||
apply_type(0x00C26DE8, "CURSORMODE");
|
||||
apply_type(0x00C26DF0, "uint32_t[53][1024]");
|
||||
apply_type(0x00C5DF88, "CGxDevice*");
|
||||
}
|
||||
68
profile/3.3.5a-windows-386/ida/batch/import_functions.idc
Normal file
68
profile/3.3.5a-windows-386/ida/batch/import_functions.idc
Normal file
|
|
@ -0,0 +1,68 @@
|
|||
#include <idc.idc>
|
||||
|
||||
static import_functions() {
|
||||
// Import function addresses and comments
|
||||
msg("Importing function addresses and comments");
|
||||
set_func_cmt(0x00401030, "void operator delete(void*)", 0);
|
||||
set_func_cmt(0x00401070, "protected: int __thiscall CDataStore::FetchWrite(unsigned int,unsigned int,char const *,int)", 0);
|
||||
set_func_cmt(0x004010D0, "CDataStore::IsRead() const", 0);
|
||||
set_func_cmt(0x004010E0, "CDataStore::Reset()", 0);
|
||||
set_func_cmt(0x00401130, "CDataStore::Finalize()", 0);
|
||||
set_func_cmt(0x004038A0, "CDataStore::~CDataStore()", 0);
|
||||
set_func_cmt(0x0047ADE0, "CDataStore::GetBufferParams(void const**, unsigned int*, unsigned int*)", 0);
|
||||
set_func_cmt(0x0047AE10, "CDataStore::DetachBuffer(void**, unsigned int*, unsigned int*)", 0);
|
||||
set_func_cmt(0x0047AE50, "virtual void __thiscall CDataStore::InternalDestroy(unsigned char * &,unsigned int &,unsigned int &)", 0);
|
||||
set_func_cmt(0x0047AEA0, "CDataStore::InternalFetchWrite(unsigned int, unsigned int, unsigned char*&, unsigned int&, unsigned int&, char const*, int)", 0);
|
||||
set_func_cmt(0x0047AF40, "CDataStore::Set(unsigned int, unsigned short)", 0);
|
||||
set_func_cmt(0x0047AFE0, "CDataStore::Put(unsigned char)", 0);
|
||||
set_func_cmt(0x0047B040, "CDataStore::Put(unsigned short)", 0);
|
||||
set_func_cmt(0x0047B0A0, "CDataStore::Put(unsigned int)", 0);
|
||||
set_func_cmt(0x0047B100, "CDataStore::Put(unsigned long long)", 0);
|
||||
set_func_cmt(0x0047B1C0, "CDataStore::PutArray(unsigned char const*, unsigned int)", 0);
|
||||
set_func_cmt(0x0047B280, "CDataStore::PutData(void const*, unsigned long)", 0);
|
||||
set_func_cmt(0x0047B290, "CDataStore::FetchRead(unsigned int, unsigned int)", 0);
|
||||
set_func_cmt(0x0047B300, "CDataStore::PutString(char const*)", 0);
|
||||
set_func_cmt(0x0047B340, "CDataStore::Get(unsigned char&)", 0);
|
||||
set_func_cmt(0x0047B380, "CDataStore::Get(unsigned short&)", 0);
|
||||
set_func_cmt(0x0047B3C0, "CDataStore::Get(unsigned int&)", 0);
|
||||
set_func_cmt(0x0047B400, "CDataStore::Get(unsigned long long&)", 0);
|
||||
set_func_cmt(0x0047B440, "CDataStore::Get(float&)", 0);
|
||||
set_func_cmt(0x0047B480, "CDataStore::GetString(char*, unsigned int)", 0);
|
||||
set_func_cmt(0x0047B560, "CDataStore::GetArray(unsigned char*, unsigned int)", 0);
|
||||
set_func_cmt(0x0047B6B0, "CDataStore::GetDataInSitu(void*&, unsigned int)", 0);
|
||||
set_func_cmt(0x0047F230, "IEvtSchedulerProcess as an independent function appears to be optimized out", 0);
|
||||
set_func_cmt(0x004DBFD0, "thanks namreeb :^)", 0);
|
||||
set_func_cmt(0x00532AF0, "public: class CGxCaps const & __thiscall CGxDevice::Caps(void)const", 0);
|
||||
set_func_cmt(0x005EEB70, "SErrDisplayAppFatal resolves to this in release mode?", 0);
|
||||
set_func_cmt(0x00681BE0, "UC", 0);
|
||||
set_func_cmt(0x00682400, "this is one of the functions named 'GxPrimVertexPtr' that uses the fixed-function pipeline", 0);
|
||||
set_func_cmt(0x00684C40, "CGxDevice::Log(CGxCaps const&) const", 0);
|
||||
set_func_cmt(0x006859E0, "CGxDevice::IRsForceUpdate(EGxRenderState)", 0);
|
||||
set_func_cmt(0x00685A70, "CGxDevice::IRsForceUpdate()", 0);
|
||||
set_func_cmt(0x006AA350, "UC", 0);
|
||||
set_func_cmt(0x006AA420, "private utility method", 0);
|
||||
set_func_cmt(0x006AB390, "public method", 0);
|
||||
set_func_cmt(0x00763730, "UC", 0);
|
||||
set_func_cmt(0x00763B40, "UC", 0);
|
||||
set_func_cmt(0x00763B90, "UC", 0);
|
||||
set_func_cmt(0x0077ACF0, "public: unsigned int __thiscall BigBuffer::operator[](unsigned int)const", 0);
|
||||
set_func_cmt(0x0077AE80, "public: __thiscall BigStack::~BigStack(void)", 0);
|
||||
set_func_cmt(0x0077AEC0, "public: unsigned int & __thiscall BigBuffer::operator[](unsigned int)const", 0);
|
||||
set_func_cmt(0x0077AF80, "public: void __thiscall BigBuffer::Trim(void)const", 0);
|
||||
set_func_cmt(0x0077B020, "void Add(class BigBuffer &,class BigBuffer const &,class BigBuffer const &)", 0);
|
||||
set_func_cmt(0x0077B160, "void Div(class BigBuffer &,unsigned int *,class BigBuffer const &,unsigned __int64)", 0);
|
||||
set_func_cmt(0x0077B2B0, "void Mul(class BigBuffer &,class BigBuffer const &,unsigned __int64)", 0);
|
||||
set_func_cmt(0x0077B3E0, "void Sub(class BigBuffer &,class BigBuffer const &,class BigBuffer const &)", 0);
|
||||
set_func_cmt(0x0077B590, "void Shl(class BigBuffer &,class BigBuffer const &,unsigned int)", 0);
|
||||
set_func_cmt(0x0077B700, "void Shl(class BigBuffer &,class BigBuffer const &,unsigned int)", 0);
|
||||
set_func_cmt(0x0077B7F0, "void FromBinary(class BigBuffer &,void const *,unsigned int)", 0);
|
||||
set_func_cmt(0x0077B8B0, "void FromUnsigned(class BigBuffer &,unsigned int)", 0);
|
||||
set_func_cmt(0x0077B910, "_ToBinaryAppend(TSGrowableArray<unsigned char>&, BigBuffer const&)", 0);
|
||||
set_func_cmt(0x0077BAC0, "void __fastcall Div(class BigBuffer &,class BigBuffer &,class BigBuffer const &,class BigBuffer const &,class BigStack &)", 0);
|
||||
set_func_cmt(0x0077BFF0, "void Mul(class BigBuffer &,class BigBuffer const &,class BigBuffer const &,class BigStack &)", 0);
|
||||
set_func_cmt(0x0077C330, "void __fastcall Square(class BigBuffer &,class BigBuffer const &,class BigStack &)", 0);
|
||||
set_func_cmt(0x00869720, "actually called by IEvtInputInitialize, but this is optimized out", 0);
|
||||
set_func_cmt(0x008E5250, "Script_ToggleTris", 0);
|
||||
set_func_cmt(0x0095D110, "CDataAllocator::GetData(int, char const*, int)", 0);
|
||||
set_func_cmt(0x0095D1B0, "CDataAllocator::PutData(void*, char const*, int)", 0);
|
||||
}
|
||||
2828
profile/3.3.5a-windows-386/ida/batch/import_symbols.idc
Normal file
2828
profile/3.3.5a-windows-386/ida/batch/import_symbols.idc
Normal file
File diff suppressed because it is too large
Load diff
Loading…
Add table
Add a link
Reference in a new issue