LHK Versions TWO POINT OOOH lhk_functions.txt

/* LUA FUNCTIONS */
ToSig(str) -> Create signature from data & mask (input example "\x53\x55?\x8B??\x68")

/* LHK FUNCTIONS */
SetDebugPrivileges()
WriteConsole(str)

CleanExit(returncode)
Sleep(ms)
CloseHandle(handle) -> return BOOL
IsKeyDown(vk_key) -> returns BOOL

FindWindow(title) -> return HWND
SendMessage(hwnd, msg, wparam, lparam) -> return BOOL
PostMessage(hwnd, msg, wparam, lparam) -> return BOOL
GetProcessId(hwnd) -> return PID
OpenProcess(access, pid) -> return PROCESS
TerminateProcess(process) - > return BOOL
GetBaseAddress(process, modulename) -> return ADDRESS
SigScan(process, start, maxlen, sig, siglen) -> return ADDRESS

AllocMem(process, address, size, type, protection) -> return ADDRESS
FreeMem(process, address, size, type) -> return BOOL
ProtectMem(process, address, size, protection) -> return oldPROTECTION
QueryMem(process, address) -> return baseAddress, allocationBase, allocationProtect, regionSize, state, protect, type

ReadByte(process, address) -> return BYTE
ReadShort(process, address) -> return SHORT
ReadInt(process, address) -> return INT
ReadLong(process, address) -> return LONG
ReadFloat(process, address -> return FLOAT
ReadStr(process, address, len) -> return STRING [If len is 0 read till null char]

WriteByte(process, address, val)
WriteShort(process, address, val)
WriteInt(process, address, val)
WriteLong(process, address, val)
WriteFloat(process, address, val)
WriteStr(process, address, str)

/*Public Helper Driver (kernel mode memory access)*/
DrvOpen() -> Open driver communication path, must be used before all Drv* functions
DrvClose() -> Close driver communication path, must be used before exiting script
DrvSetProc(exename) -> set current kmode process, must be used to before DrvRead*/DrvWrite*/DrvSigScan calls
DrvUnsetProc() -> null current kmode process, must be used to before exiting script or calling DrvSetProc again
DrvReadByte(address) -> return BYTE
DrvReadShort(address) -> return SHORT
DrvReadInt(address) -> return INT
DrvReadFloat(address -> return FLOAT
DrvWriteByte(address, val) -> return BOOL (true = success, false = fail)
DrvWriteShort(address, val) -> return BOOL (true = success, false = fail)
DrvWriteInt(address, val) -> return BOOL (true = success, false = fail)
DrvWriteFloat(address, val) -> return BOOL (true = success, false = fail)
DrvSigScan(start, maxlen, sig, siglen) -> return ADDRESS
DrvPopImageData() -> pop image info from linked list in kernel, see http://pastebin.com/SL5dLSFV for details

/* Threading */
ThreadCreate(luafile) -> return THREAD (created in suspended state)
ThreadResume(THREAD) -> return INT (previous suspend counter)
ThreadSuspend(THREAD) -> return INT (previous suspend counter)
ThreadTerminate(THREAD, exitcode) -> return INT (0 = fail, 1 = success)
ThreadGetExitCode(THREAD) -> return INT (thread exit code)

/* Fast Artifical Nerual Network */
annCreate(numLayers, ...) -> return FANN PTR
annCreateFromFile(file) -> return FANN PTR
annDestroy(FANN PTR)
annSaveToFile(FANN PTR, file)
annRandomizeWeights(FANN PTR, min, max)
annLearnRate(FANN PTR, [rate]) -> returns FLOAT (only if one arg is given)
annTrainAlgorithm(FANN PTR, [algorithm]) -> returns ALGORITHM (only if one arg is given)
annTrainOnFile(FANN PTR, file)
annRun(FANN PTR, inputs) -> return ARRAY OF FLOATS (input is also array of floats)