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libtcc
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libtcc
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/*
libtcc for AutoHotkey by oif2003
tested on AutoHotkey v2 a100 64bit only
23 Nov 2018
This script uses Tiny C Compiler's libtcc.dll to compile imbedded C code
See examples for usage
*/
#SingleInstance Force
;autoload last cFunc.dll. if c code has changed, it will recompile the dll and replace the current one
cFunc := useTCC() ;cFunc is a string that holds the full path to cFunc.dll (includes trailing "\")
;-------------------------------------------------------------------------------------------------------------
;Examples:
;-------------------------------------------------------------------------------------------------------------
;You can break up the c code into parts, they will be put back together in the order they appear|
;-----------------------------------------------------------------------------------------------
/*_C func
#define DLL __attribute__ ((dllexport)) //need to export each function that will be called from AutoHotkey
#include <math.h> //include files that ships with TCC are supported
*/
msgbox(csqrt(10))
csqrt(a) => DllCall(cFunc "csqrt", "Double", a, "Double")
/*_C func
double sqrt(double x);
int csqrt(double a) DLL //must include "DLL" for each exported function
{ //it is equivalent to " __attribute__ ((dllexport))"
return sqrt(a); //see #define in header
}
*/ ;end of block comment signals end of C function block
;-------------------------------------------------------------------------------------------------------------
;string example|
;--------------
msgbox(hello())
hello() => DllCall(cFunc "hello", "AStr")
/*_C function start <==== typing just "/*_C func" will do
char * hello(void) DLL
{
return "Hello world!";
}
*/ ;end of block comment signals end of C function block
;-------------------------------------------------------------------------------------------------------------
;array example|
;-------------
VarSetCapacity(a, 5*4) ;setup buffer capacity (4 is size of Int)
arr(&a) ;send function the pointer to the buffer
arrayStr := "["
loop 5 { ;read each element of array
arrayStr .= NumGet(a, (A_Index-1)*4, "Int") . (A_Index != 5 ? "," : "]")
} msgbox(arrayStr)
arr(arrPtr) => DllCall(cFunc "arr", "Ptr", arrPtr)
/*_C func
int arr(int a[]) DLL
{
for(int i = 0; i < 5; i++){
a[i] = (i + 1) * 10;
}
return 0;
}
*/
;-------------------------------------------------------------------------------------------------------------
;you can combine function blocks if you want, they all get combined anyway!|
;--------------------------------------------------------------------------
msgbox(mul(add(1,3),5))
add(a, b) => DllCall(cFunc "add", "Int", a, "Int", b)
mul(a, b) => DllCall(cFunc "mul", "Int", a, "Int", b)
/*_C func
int add(int a, int b) DLL
{
return a + b;
}
int mul(int a, int b) DLL
{
return a * b;
}
*/
;------------------------------------------------- FunC ends here :( ---------------------------------------------------
;========================================================================================================================
;unpack Tiny C Compiler's libtcc.dll and needed files
;compile c code to dll, load it, and then cleanup afterwards
useTCC(directory := "") {
if !directory {
directory := A_ScriptDir "\AHK_cFunc_Temp"
}
cFuncdllName := "cFunc.dll"
,cFuncdllPath := directory "\" cFuncdllName
;read c code
,script := fileRead(A_ScriptFullPath)
,startLabel := "/*_C" " func"
,endLabel := "*/"
,lastp := 1
;loop read each section of c code and combine them to cStr
while pos := InStr(script, startLabel, true, lastp) {
cStart := InStr(script, "`n", , pos + StrLen(startLabel))
,cEnd := InStr(script, endLabel, , cStart + 1)
,cStr .= SubStr(script, cStart, cEnd - cStart) "`n"
,lastp := cEnd + 1
}
;calculate SHA256 of c code to see if we need to recompile cFunc.dll
cHash := storageManager.hashString(cStr, "SHA256")
lastDll := fetchLastDll() ;fetch last cFunc.dll and hash of its c code
if lastDll.cHash == cHash {
DirCreate(directory)
,storageManager.unpackFile(lastDll.data, cFuncdllPath, dataMode := true)
} else {
;load full locker object
locker := storageManager.initialize(AutoSave := true) ;save locker content on script exit
;unpack everything in tcc64 folder to "directory" folder
;todo load and free library these dll: decompressor, crypto, ... etc
hcrypt32 := DllCall("LoadLibrary", "Str", "Crypt32.dll", "Ptr")
,hcabinet := DllCall("LoadLibrary", "Str", "Cabinet.dll", "Ptr")
,storageManager.unpackFolder("\locker\file\tcc64", directory)
,DllCall("FreeLibrary", "Ptr", hcabinet)
,DllCall("FreeLibrary", "Ptr", hcrypt32)
;LIBTCC calls to generate DLL
,htcclib := DllCall("LoadLibrary", "Str", directory "\libtcc.dll", "Ptr")
,Context := DllCall("libtcc\tcc_new", "Ptr")
;set path to our include/lib folders
;~ StrPutVar(directory "\lib", libraryPath)
;~ StrPutVar(directory "\include", includePath)
;~ StrPutVar(directory "\include", sysincludePath)
;~ StrPutVar(directory, tcclibPath)
;~ DllCall("libtcc\tcc_add_library_path", "Ptr", Context, "Str", libraryPath, "Int")
;~ DllCall("libtcc\tcc_add_include_path", "Ptr", Context, "Str", includePath, "Int")
;~ DllCall("libtcc\tcc_add_sysinclude_path", "Ptr", Context, "Str", sysincludePath, "Int")
;~ DllCall("libtcc\tcc_set_lib_path", "Ptr", Context, "Str", tcclibPath)
;StrPutVar("", options)
;DllCall("libtcc\tcc_set_options", "Ptr", Context, "Str", options)
;TCC_OUTPUT_MEMORY := 1 ; output will be run in memory (default)
;TCC_OUTPUT_EXE := 2 ; executable file
,TCC_OUTPUT_DLL := 3 ; dynamic library
;TCC_OUTPUT_OBJ := 4 ; object file
;TCC_OUTPUT_PREPROCESS := 5 ; only preprocess (used internally)
,DllCall("libtcc\tcc_set_output_type", "Ptr", Context, "UInt", TCC_OUTPUT_DLL, "Int")
StrPutVar(cStr, _cStr)
,DllCall("libtcc\tcc_compile_string", "Ptr", Context, "Str", _cStr, "Int")
;filedelete(cFuncdllPath) ;remove old copy
StrPutVar(directory "\" cFuncdllName, filename)
,DllCall("libtcc\tcc_output_file", "Ptr", Context, "Str", filename, "Int")
;pack cFunc.dll and store hash of current c code as its description
,storageManager.packFile(cFuncdllPath)
,locker.file[cFuncdllName].description := cHash
;clean up
,DllCall("libtcc\tcc_delete", "Ptr", Context)
,DllCall("FreeLibrary", "Ptr", htcclib)
}
cFuncHandle := DllCall("LoadLibrary", "Str", cFuncdllPath, "Ptr")
onExit("cleanUp")
return cFuncdllPath "\" ;add trailing "\" so we can append function names after it (for DllCall)
;StrPutVar ehlper function straight from the v2 docs
StrPutVar(string, ByRef var, encoding := "cp0") {
VarSetCapacity(var, StrPut(string, encoding) * ((encoding="utf-16"||encoding="cp1200") ? 2 : 1) )
return StrPut(string, &var, encoding)
}
;delete temporary files we extracted/created
cleanUp() {
DllCall("FreeLibrary", "Ptr", cFuncHandle)
,DirDelete(directory, Recurse := true)
}
fetchLastDll() {
script := fileRead(A_ScriptFullPath)
,dllStart := InStr(script, "cFunc.dll", true, -1)
,dllEnd := InStr(script, "`n", , InStr(script, ",", , InStr(script, "description", true, dllStart)))
,cFuncDllStr := SubStr(script, dllStart, dllEnd - dllStart + 1)
,dataStart := InStr(cFuncDllStr, '"data": "') + 10
,dataEnd := InStr(cFuncDllStr, '"', , dataStart) - 1
,data := SubStr(cFuncDllStr, dataStart, dataEnd - dataStart + 1)
,SHAstart := InStr(cFuncDllStr, '"description": "') + 16
,SHAend := InStr(cFuncDllStr, '"', , SHAstart) - 1
,SHA := SubStr(cFuncDllStr, SHAstart, SHAend - SHAstart + 1)
return {Data:data, cHash:SHA}
}
}
;=============================================================================================================
;storageManager.packFolder()
;storageManager.unpackFolder()
;storageManager.delete("locker\file\") ;deletes all attached files
;storageManager.packFile(FileSelect(), "locker\file\someotherfolder\subfolder\")
;storageManager.unpackFile("locker\file\test1\dir.h", A_ScriptDir "\testfolder\new")
;storageManager.delete("locker\file\test1")
class storageManager {
static tempDir := A_ScriptDir ;todo: change all A_ScriptDir to storageManager.tempDir
,label := "/* storageManager" " " "attachements" ;label used for attachments
,script
,locker
initialize(AutoSave := true) {
storageManager.locker := this.load()
if AutoSave {
OnExit(()=>this.save())
}
return storageManager.locker
}
save() { ;dumps the current locker object as json string and saves it
this.script := SubStr(this.script, 1, InStr(this.script, this.label) - 1)
this.script := this.script this.label "`n" this.json.auto(this.locker)
FileOpen(A_ScriptFullPath, "w").Write(this.script)
}
load() { ;loads the json string at the end of this file into the locker object
this.script := FileRead(A_ScriptFullPath)
,jstr := SubStr(this.script, InStr(this.script, this.label, true, -1) + StrLen(this.label) + 1)
return this.json.auto(jstr)
}
delete(storagePath) { ;deletes a single file or folder
path := this.parseStoragePath(storagePath) ;parse storagePath
fileName := path.fileName
path.folder.Delete(fileName)
}
parseStoragePath(path) { ;helper function for parsing "\" separated storage paths
path := Trim(path, "\")
,parts := StrSplit(path, "\")
,fileName := parts.Pop()
,parts.RemoveAt(1) ;first chunck is "locker"
,op := this.locker ;first point to this.locker (which inturn points to global var locker)
for _, v in parts { ;points to each folder inside locker until we exhaust the provided path
op := op[v]
}
return {folder:op, fileName:fileName} ;returns fileObject and fileName
}
unpackFolder(storagePath := "locker\file", targetPath := "", options := "R") { ; R-recursive
if !targetPath {
targetPath := DirSelect("*" A_ScriptDir, 1 + 2, "Select destination folder")
}
path := this.parseStoragePath(storagePath) ;parse storagePath
for k, v in path.folder[path.fileName] {
if v.HasKey("attribute") { ;indicating we have a file not a folder
this.unpackFile(storagePath "\" k, targetPath "\")
} else if InStr(options, "R") {
DirCreate(targetPath "\" k)
this.unpackFolder(storagePath "\" k, targetPath "\" k, options) ;recursive call
}
}
}
packFolder(folder := "", dest := "locker\file\", options := "R") { ; R-recursive
;prompt user for folder and destination folder if folder param is null
if !folder {
folder := DirSelect("*" A_ScriptDir)
userFolder := InputBox("Enter folder name for storage")
dest := userFolder ? (dest . Trim(userFolder, "\") . "\") : dest
}
folderLen := StrLen(folder)
;loop through file/folder (recursively if "R" flag is present in options parameter)
Loop Files folder "\*" , options = "R" ? "R" : "F" {
;contruct storagePath string from dest and A_LoopFileFullPath
storagePath := dest . SubStr(A_LoopFileFullPath, folderLen + 2, InStr(A_LoopFileFullPath, "\", , -1) - folderLen - 1)
this.packFile(A_LoopFileFullPath, storagePath)
}
}
unpackFile(storagePath, targetPath := "", dataMode := false) { ;in dataMode storagePath == raw data
if dataMode { ;and targetPath must include file name
cryptString := storagePath
} else {
;parse storagePath
path := this.parseStoragePath(storagePath)
,fileName := path.fileName
,cryptString := path.folder[fileName].data ;base64 data string to be decrypted and decompressed
}
;parse targetPath
if !targetPath {
filePath := A_ScriptDir "\" fileName ;default to A_ScriptDir
} else if InStr(FileExist(targetPath), "D") { ;
filePath := RTrim(targetPath, "\") "\" fileName ;if targetPath is a directory
} else {
filePath := targetPath
}
;write empty file if file in storage is also empty (data == "`r`n")
if !Trim(cryptString, "`r`n") {
FileDelete(filePath)
FileAppend("", filePath)
return
}
;https://docs.microsoft.com/en-us/windows/desktop/api/compressapi/nf-compressapi-createcompressor
;COMPRESS_ALGORITHM_MSZIP := 2 ;MSZIP compression algorithm
;COMPRESS_ALGORITHM_XPRESS := 3 ;XPRESS compression algorithm
;COMPRESS_ALGORITHM_XPRESS_HUFF := 4 ;XPRESS compression algorithm with Huffman encoding
COMPRESS_ALGORITHM_LZMS := 5 ;LZMS compression algorithm
;first call to get buffer size
DllCall("crypt32\CryptStringToBinary"
,"str", cryptString ;pszString
,"uint", 0 ;cchString
,"uint", 1 ;dwFlags
,"ptr", 0 ;pbBinary
,"uint*", s ;pcbBinary
,"ptr", 0 ;pdwSkip
,"ptr", 0 ;pdwFlags
)
;set buffer size based on previous call (*2 for UTF)
,VarSetCapacity(buffer, s*2)
,DllCall("crypt32\CryptStringToBinary"
,"str", cryptString ;pszString
,"uint", 0 ;cchString
,"uint", 1 ;dwFlags
,"ptr", &buffer ;pbBinary
,"uint*", s ;pcbBinary
,"ptr", 0 ;pdwSkip
,"ptr", 0 ;pdwFlags
)
;Create Decompressor Handle
,DllCall("Cabinet.dll\CreateDecompressor"
,"UInt", COMPRESS_ALGORITHM_LZMS ;Algorithm
,"Ptr", 0 ;AllocationRoutines,
,"Ptr*", dHandle ;CompressorHandle
)
,size := s
;first call to get buffer size (s)
,DllCall("Cabinet.dll\Decompress"
,"Ptr", dHandle ;DecompressorHandle,
,"Ptr", &buffer ;CompressedData,
,"UInt", size ;CompressedDataSize,
,"Ptr", &dBuffer ;UncompressedBuffer,
,"UInt", 0 ;UncompressedBufferSize,
,"UInt*", s ;UncompressedDataSize
)
;set buffer size based on previous call
,_s := VarSetCapacity(dBuffer, s)
,DllCall("Cabinet.dll\Decompress"
,"Ptr", dHandle ;DecompressorHandle,
,"Ptr", &buffer ;CompressedData,
,"UInt", size ;CompressedDataSize,
,"Ptr", &dBuffer ;UncompressedBuffer,
,"UInt", _s ;UncompressedBufferSize,
,"UInt*", s ;UncompressedDataSize
)
,DllCall("Cabinet.dll\CloseDecompressor", "Ptr", dHandle)
,FileDelete(filePath)
,FileOpen(filePath, "w").RawWrite(dbuffer,s)
}
packFile(file, dest := "locker\file\") { ; packs and compresses a file, it is then stored as plaintext
size := FileGetSize(file)
sha256 := this.hashFile(file, "SHA256")
dlltext := FileRead(file, "RAW")
_size := size
;https://docs.microsoft.com/en-us/windows/desktop/api/compressapi/nf-compressapi-createcompressor
;COMPRESS_ALGORITHM_MSZIP := 2 ;MSZIP compression algorithm
;COMPRESS_ALGORITHM_XPRESS := 3 ;XPRESS compression algorithm
;COMPRESS_ALGORITHM_XPRESS_HUFF := 4 ;XPRESS compression algorithm with Huffman encoding
COMPRESS_ALGORITHM_LZMS := 5 ;LZMS compression algorithm
DllCall("Cabinet.dll\CreateCompressor"
,"UInt", COMPRESS_ALGORITHM_LZMS ;Algorithm,
,"Ptr", 0 ;AllocationRoutines,
,"Ptr*", cHandle ;CompressorHandle
)
;https://docs.microsoft.com/en-us/windows/desktop/api/compressapi/nf-compressapi-compress
;first call to get buffer size (s)
DllCall("Cabinet.dll\Compress"
,"Ptr", cHandle ;CompressorHandle,
,"Ptr", &dlltext ;UncompressedData,
,"UInt", size ;UncompressedDataSize,
,"Ptr", &cBuffer ;CompressedBuffer,
,"UInt", 0 ;CompressedBufferSize,
,"UInt*", s ;CompressedDataSize
)
;set buffer size based on previous call
_s := VarSetCapacity(cBuffer, s)
DllCall("Cabinet.dll\Compress"
,"Ptr", cHandle ;CompressorHandle,
,"Ptr", &dlltext ;UncompressedData,
,"UInt", size ;UncompressedDataSize,
,"Ptr", &cBuffer ;CompressedBuffer,
,"UInt", _s ;CompressedBufferSize,
,"UInt*", s ;CompressedDataSize
)
DllCall("Cabinet.dll\CloseCompressor", "Ptr", cHandle)
size := s
;https://docs.microsoft.com/en-us/windows/desktop/api/wincrypt/nf-wincrypt-cryptbinarytostringw
;first call to find size (s) needed for our crypt string
DllCall("crypt32\CryptBinaryToString"
,"Ptr", &cBuffer ;pbBinary ptr to array of bytes
,"uint", size ;cbBinary length of array
,"uint", 1 ;dwFlags flags: 1 = 64 bit without headers
,"ptr", 0 ;pszString when this is 0, pccString returns needed size
,"uint*", s ;pccString
)
VarSetCapacity(cryptString, s := s * 2) ;*2 for unicode
;second call to get the actual string
DllCall("crypt32\CryptBinaryToString"
,"Ptr", &cBuffer ;pbBinary ptr to array of bytes
,"uint", size ;cbBinary length of array
,"uint", 1 ;dwFlags flags: 1 = 64 bit without headers
,"str", cryptString ;pszString now this is ptr to buffer of string
,"uint*", s ;pccString size of buffer as previously determined
)
;combine every other line (basically format with 3 instead of 1 coloumn to save space)
;we could do more but I'd rather not have line wrap
strArr := StrSplit(cryptString, "`r`n")
for k, v in strArr {
data .= v (!Mod(k, 3) ? "`n" : "") ;set to three columns
}
data := "`n" data
size := StrLen(data) + strArr.Length() // 2
SplitPath(file, fileName)
destobj := str2obj(dest) ;destobj is an array. [1]:points to object base. [2]:points to file write location
; writing file data
destobj[2][fileName] := { originalSize: _size ;uncompressed file size
, packededSize: size ;estimation of packed size (1 char = 1 byte)
, added: formattime(A_Now) ;when file was added
, description: description ;Used for certain files, ie: storing hash
, SHA256: sha256 ; of compiled dll's c code
, data: data ;compressed binary as base 64 string
, directory: dest ;pseudo directory where the file is stored
, attribute: "F" } ;reserved for future use
merge(destobj[1], this.locker) ;merging destobj[1] into this.locker (locker in global scope)
;helper function for generating object structure from string so we can merge it with json structure
str2obj(ostr) {
ostr := Trim(ostr, "\")
parts := StrSplit(ostr, "\")
_po := po := %parts[1]% := {} ;po points to the first level of the object
loop parts.Count() - 1 { ;_po points to the last (where we will put the file object)
_po := _po[parts[A_Index+1]] := {}
}
return [po, _po]
}
;helper function which allows us to merge objects. x is merged into y
merge(x, y) { ;by reference, x, y are objects
for s, t in x {
found := false
for u, v in y {
if s == u {
if isObject(t) && isObject(v) { ;this rule may need to be updated
merge(t, v) ;to better handle files of same name
} else { ;being added
if isObject(x[s]) {
y[u] := x[s].Clone()
} else if !isObject(y[u]) {
y[u] := x[s]
}
}
found := true
}
}
if !found {
y[s] := isObject(t) ? t.Clone() : t
}
}
}
}
;-------------------------------------------------------------------------------------------------------------------
;hashFile(FullFilePath, Algorithm) - valid Algorithms: MD2, MD4, MD5, SHA1, SHA256, SHA384, SHA512
;-------------------------------------------------------------------------------------------------------------------
hashFile(file := "", algo := "") { ;using CertUtil
static cPid := 0
,lastError := "" ;stores last error message: strStdOut
,Supported_Hash := Object("MD2",_,"MD4",_,"MD5",_,"SHA1",_,"SHA256",_,"SHA384",_,"SHA512",_)
;return last error message
if !file {
return lastError
}
;check to see if requested algorithm is supported
algo := StrUpper(algo)
if !Supported_Hash.HasKey(algo) {
return
}
;create and hide command window if we don't already have one
if !cPid {
_A_DetectHiddenWindows := A_DetectHiddenWindows
,A_DetectHiddenWindows := true
,Run(A_ComSpec " /k ",, "Hide", cPid)
,WinWait("ahk_pid" cPid, , 10)
,DllCall("AttachConsole","uint", cPid)
,A_DetectHiddenWindows := _A_DetectHiddenWindows
;clean up on exiting script
OnExit(()=>cleanUp(cPid))
}
;run command and get output
objShell := ComObjCreate("WScript.Shell")
objExec := objShell.Exec('certutil -hashfile "' file '" ' algo)
while !objExec.StdOut.AtEndOfStream {
strStdOut := objExec.StdOut.ReadAll()
}
;parse output
start := InStr(strStdOut, file ":") + StrLen(file) + 1
end := InStr(strStdOut, "CertUtil: -hashfile command completed successfully.", , -1) - 1
if start < end {
return StrUpper(SubStr(strStdOut, start + 2, end - start - 2))
} else {
lastError := strStdOut
return
}
;cleanUp function called on script exit (OnExit)
cleanUp(_cPid) {
_A_DetectHiddenWindows := A_DetectHiddenWindows
A_DetectHiddenWindows := true
DllCall("FreeConsole", "UInt")
WinKill("ahk_pid" _cPid)
A_DetectHiddenWindows := _A_DetectHiddenWindows
}
}
;-------------------------------------------------------------------------------------------------------------------
;hashString(String, Algorithm) - valid Algorithms: MD2, MD4, MD5, SHA1, SHA256, SHA384, SHA512
;-------------------------------------------------------------------------------------------------------------------
hashString(string, algo) {
;These are the supported formats, maybe someone else can get the rest to work?
static Supported_Hash := Object("MD2",_,"MD4",_,"MD5",_,"SHA1",_,"SHA256",_,"SHA384",_,"SHA512",_)
;check to see if requested algorithm is supported
algo := StrUpper(algo)
if !Supported_Hash.HasKey(algo) {
return
}
;continue if algorithm is supported
hModule := DllCall("LoadLibrary", "Str", "Bcrypt.dll", "Ptr")
,size := StrPutVar(string, str) - 1 ;put string in str variable as UTF-8 for later use
;See link for explaination of steps taken below:
;https://docs.microsoft.com/en-us/windows/desktop/SecCNG/creating-a-hash-with-cng
;-------------------------------------------------------------------------------------------------
;https://docs.microsoft.com/en-us/windows/desktop/api/Bcrypt/nf-bcrypt-bcryptopenalgorithmprovider
,DllCall("Bcrypt.dll\BCryptOpenAlgorithmProvider"
,"Ptr*", phandle
,"Str", algo
,"Str",
,"UInt", 0
,"UInt" ;returned error code see winnt.h
)
;https://docs.microsoft.com/en-us/windows/desktop/api/Bcrypt/nf-bcrypt-bcryptgetproperty
,DllCall("Bcrypt.dll\BCryptGetProperty"
,"Ptr", phandle
,"Str", "ObjectLength" ;getting length of object
,"UInt*", pbOutput
,"UInt", 4
,"UInt*", pcbResult
,"UInt", 0
,"UInt" ;returned error code see winnt.h
)
;https://docs.microsoft.com/en-us/windows/desktop/api/Bcrypt/nf-bcrypt-bcryptcreatehash
,cbHashObject := pbOutput
,VarSetCapacity(pbHashObject, cbHashObject, 0)
,DllCall("Bcrypt.dll\BCryptCreateHash"
,"Ptr", phandle
,"Ptr*", phHash
,"Ptr", &pbHashObject
,"UInt", cbHashObject
,"Ptr", 0
,"UInt", 0
,"UInt", 0
,"UInt" ;returned error code see winnt.h
)
;https://docs.microsoft.com/en-us/windows/desktop/api/Bcrypt/nf-bcrypt-bcrypthashdata
,DllCall("Bcrypt.dll\BCryptHashData"
,"Ptr", phHash
,"Ptr", &str ;&pbInput
,"UInt", size ;cbInput
,"UInt", 0
,"UInt" ;returned error code see winnt.h
)
;https://docs.microsoft.com/en-us/windows/desktop/api/Bcrypt/nf-bcrypt-bcryptgetproperty
,DllCall("Bcrypt.dll\BCryptGetProperty"
,"Ptr", phandle
,"Str", "HashDigestLength" ;getting length of hash
,"UInt*", pbOutput
,"UInt", 4
,"UInt*", pcbResult
,"UInt", 0
,"UInt" ;returned error code see winnt.h
)
hashsize := pbOutput
;https://docs.microsoft.com/en-us/windows/desktop/api/Bcrypt/nf-bcrypt-bcryptfinishhash
,cbOutput := hashsize
,VarSetCapacity(pbOutput, cbOutput, 0)
,DllCall("Bcrypt.dll\BCryptFinishHash"
,"Ptr", phHash
,"Ptr", &pbOutput
,"UInt", cbOutput
,"UInt", 0
,"UInt" ;returned error code see winnt.h
)
;read each byte and append its 2 digit hex value to hashstr
loop hashsize {
hashstr .= format("{:02x}", NumGet(&pbOutput, A_Index - 1 , "UChar"))
}
;clean up
DllCall("Bcrypt.dll\BCryptDestroyHash", "Ptr", phHash, "UInt")
,DllCall("Bcrypt.dll\BCryptCloseAlgorithmProvider", "Ptr", phandle, "UInt", 0, "UInt")
,DllCall("FreeLibrary", "Ptr", hModule)
return StrUpper(hashstr)
;-------------------------------------------------------------------------------------------------
;helper function
StrPutVar(string, ByRef var) { ;from AHK v2 doc
VarSetCapacity(var, StrPut(string, "Utf-8"))
return StrPut(string, &var, "Utf-8")
}
}
;=============================================================================================================
;todo: implement proper escape sequences at least for AutoHotkey (perhaps during token/detoken phases?)
;json-like class. for internal use only. does not properly support json
class json {
;auto input parser json string <=> ahk object
auto(input) {
if IsObject(input) {
return this.obj2str(input)
} else {
return this.str2obj(input)
}
}
;------------------------------------------------------------------------------------------
;convert object to json string
obj2str(obj, firstRun := true) {
static output := ""
,level := 0
,noTab := false
if firstRun {
output := ""
}
if isObject(obj) {
if obj.Count() {
if isArray(obj) { ;if this is an array (based on A_Index == key)
output .= (noTab ? "" : tabs(level)) "[`n"
level++
noTab := false
for k, v in obj {
this.obj2str(v, false)
output .= (k != obj.Count() ? "," : "") "`n"
}
output .= tabs(--level) "]"
} else { ;otherwise output as object
output .= (noTab ? "" : tabs(level)) "{`n"
level++
noTab := false
for k, v in obj {
output .= tabs(level) '"' k '": '
noTab := true
this.obj2str(v, false)
noTab := false
output .= (A_Index != obj.Count() ? "," : "") "`n"
}
output .= tabs(--level) "}"
}
} else {
output .= "[]"
}
} else {
if obj == "" {
obj := "null"
} else if !(obj is "Number") || !isNumber(obj) { ;don't put quotes around numbers
obj := '"' obj '"'
}
output .= (noTab ? "" : tabs(level)) obj
}
return output
isNumber(x) { ;quickly and dirty check. Other ideas: use is Type first then do this
return NumGet(&x, "UInt") == x
|| NumGet(&x, "Int") == x || NumGet(&x, "Int64") == x
|| NumGet(&x, "Double") == x || NumGet(&x, "Float") == x
|| NumGet(&x, "Ptr") == x || NumGet(&x, "UPtr") == x
|| NumGet(&x, "Short") == x || NumGet(&x, "UShort") == x
|| NumGet(&x, "Char") == x || NumGet(&x, "UChar") == x
}
isArray(arr) { ;another quick and dirty check: A_Index == Current Key ?
if !IsObject(arr) {
return false
} else {
for k, v in arr {
if k != A_Index {
return false
}
}
return true
}
}
tabs(n) { ;create tab string
loop n {
tab .= "`t"
}
return tab
}
}
;------------------------------------------------------------------------------------------
;covert json string to ahk function string then feed it thru the function parser
str2obj(jstr) {
funcStr := this.jstr2func(jstr)
,o := this.funcParser(strreplace(funcstr, '"'))
return o
}
;recursively evaluate the function string
funcParser(funcStr) {
paren := InStr(funcStr, "(")
if paren {
innerStr := SubStr(funcStr, paren + 1, -1)
,parenCount := 0
,argStart := 1
,args := []
loop parse innerStr {
if A_LoopField == "(" {
parenCount++
} else if A_LoopField == ")" {
parenCount--
}
if !parenCount && A_LoopField == "," {
args.push(SubStr(innerStr, argStart, A_Index - argStart))
,argStart := A_Index + 1
} else if A_Index == StrLen(innerStr) {
args.push(SubStr(innerStr, argStart, A_Index - argStart + 1))
}
}
for k, v in args {
args[k] := this.funcParser(v)
}
return func(SubStr(funcStr, 1, paren - 1)).Call(args*)
} else {
this.restoreString(funcStr, this.dictionary) ;replace string tokens with their originals
if funcStr is "Number" {
return funcStr + 0
} else {
if funcStr == "null" {
return
} else if funcStr == "true" {
return true
} else if funcStr == "false" {
return false
} else if SubStr(funcStr, 1, 1) == '"' && SubStr(funcStr, -1, 1) == '"' {
funcStr := SubStr(funcStr, 2, -1) ;remove quotation marks on strings
return funcStr
} else {
return "Unhandled exception, check " A_ScriptName ", " A_ThisFunc ", " A_LineNumber
}
}
}
}
;convert json string to function string in ahk. namely, array() and object()
jstr2func(jstr, firstRun := true) {
static tokenBase := 0x1abf - 1
,commaToken := Chr(tokenBase + 1)
,colonToken := Chr(tokenBase + 2)
if firstRun {
this.dictionary := this.tokenizeString(jstr)
,jstr := StrReplace(jstr, "`n") ;remove newline, tab, and space
,jstr := StrReplace(jstr, "`r")
,jstr := StrReplace(jstr, "`t")
,jstr := StrReplace(jstr, " ")
}
if !InStr(jstr, "[") && !InStr(jstr, "{") {
return jstr
} else {
inner := findInnerMost(jstr)
,innerStr := SubStr(jstr, inner[1], inner[2] - inner[1] + 1)
,jstr := SubStr(jstr, 1, inner[1] - 1) str2func(innerStr) SubStr(jstr, inner[2] + 1)
,jstr := this.jstr2func(jstr, firstRun := false)
return jstr
}
str2func(str) { ;convert string to function
brace := InStr(str, "{")
,brack := InStr(str, "[")
if brack {
funcStr := 'Array('
,funcStrArr := StrSplit(SubStr(str, 2, -1), commaToken)
for k, v in funcStrArr {
funcStr .= str2func(v) (k != funcStrArr.Length() ? "," : "")
}
funcStr .= ")"
} else if brace {
funcStr := 'Object(' StrReplace(SubStr(str, 2), "}", ")")
,funcStr := StrReplace(funcStr, ':', ',')
} else {
return str
}
return funcStr
}
findInnerMost(str) { ;find innermost object/array
braceCount := brackCount := maxCount := maxStart := maxEnd := 0
loop parse str {
if A_LoopField == "{" {
braceCount++
} else if A_LoopField == "}" {
braceCount--
} else if A_LoopField == "[" {
brackCount++
} else if A_LoopField == "]" {
brackCount--
}
if braceCount + brackCount > maxCount { ;Find max cumulative count of [ and {
maxCount := braceCount + brackCount
,maxStart := A_Index ;Update max [ / { location
,closing := SubStr(str, A_Index, 1) == "[" ? "]" : "}"
,maxEnd := InStr(str, closing, , A_Index) ;update where it ends
}
}
return [maxStart, maxEnd]
}
}
;------------------------------------------------------------------------------------------
;helper methods
restoreString(ByRef str, dictionary) {
static tokenBase := 0x1abf - 1
,strToken := Chr(tokenBase + 3)
,escapedQuote := Chr(tokenBase + 4)
for k, v in dictionary {
str := StrReplace(str, strToken k strToken, v, , 1)
}
str := StrReplace(str, escapedQuote, '"')
}
tokenizeString(ByRef str) {
static tokenBase := 0x1abf - 1
,strToken := Chr(tokenBase + 3)
,scapedQuote := Chr(tokenBase + 4)
quoteCount := quoteStart := 0
,dictionary := []
,str := StrReplace(str, '``"', escapedQuote)
loop parse str {
if A_LoopField == '"' {
quoteCount++
if Mod(quoteCount, 2) {
quoteStart := A_Index
} else {
quoteEnd := A_Index
,dictionary.push(SubStr(str, quoteStart, quoteEnd - quoteStart + 1))
}
}
}
for k, v in dictionary {
str := StrReplace(str, v, strToken k strToken, , 1)
}
return dictionary
}
}
}
;===========================================================================================
/* storageManager attachements
{
"file": {
"cFunc.dll": {
"added": "9:05 PM Friday, November 23, 2018",
"attribute": "F",
"data": "
ClHlwBgAuwUACAAAAAAAAAAIAAAAAAAAYgIAAJEp0wKkGpcSjn5tNFAM0w06uqn+F6Se4jDp0qWq1fpaw43gHkUbU6OCytEe5NHvdWtMMjjBj7PdI8Wt4vgEMT3OU8jX/yZfHahKXHSErQAgAQACigWmLVk4lk0VMaDdW+RatnWs8Vpn2gKXNaX1gazpLaRD
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/DQQtzo5kDIxELo3N7ewMZC2MLmzNzk4kLk0NKrKzxSAG9KcQAvgoPvhYAGOAYAyANzq/9/qE1QAAwCQWk0=
",
"description": "B70F8032CC0F6DB2598F28F4BBED48297527944856DF9722DB8F791D81151D24",
"directory": "locker\file\",
"originalSize": 2048,
"packededSize": 865,
"SHA256": "6E544719449E092A9A5BD786E95A5111D80384CB763EFBCA7D68D66AB2B91E7A
"
},
"tcc64": {
"include": {
"_mingw.h": {
"added": "3:36 PM Friday, November 23, 2018",
"attribute": "F",
"data": "
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bV8gKiAKKi8=",
"description": null,
"directory": "locker\file\tcc64\include\",
"originalSize": 3865,
"packededSize": 2348,
"SHA256": "AB4BE7D34E7FA0E722F0948E0C90AD4D95B8A1EC649C2F186DFA387B57BE7833
"
},
"assert.h": {
"added": "3:36 PM Friday, November 23, 2018",
"attribute": "F",
"data": "
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"directory": "locker\file\tcc64\include\",
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},
"conio.h": {
"added": "3:36 PM Friday, November 23, 2018",
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