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In my distant past, 20 years ago, I was programming in assembler for Motorola 68000 Amiga500, even I created a GUI interface with Amiga OS system API.
Some time ago, seeing this your topic, I wanted to recall something about assembler, so I read the tutorials, but in the end I did not have time then to finish my education in this field.

I recently had some problems with StringReverse, but now in principle, can be considered as solved.

However today, when this, your topic appeared again on the surface of the forum, I thought, if it would be better to use ASM, and act directly on the binary data without having to perform additional operations, which so far I had to do when I use StringReverse function.

So that's why I just asked you here.

 

Edited by mLipok

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On 6/21/2016 at 10:09 PM, mLipok said:

I recently had some problems with StringReverse, but now in principle, can be considered as solved.

This is not directly ASM related but I created a StringReverse function with FreeBasic which you may test.

$sText = "Hello World"

If Not FileExists("StringReverse.dll") Then _DLL(True)
$aReturn = DllCall("StringReverse.dll", "str", "StringReverse", "str", $sText)

ConsoleWrite($aReturn[0] & @CRLF)

;Code below was generated by: 'File to Base64 String' Code Generator v1.20 Build 2015-09-19

Func _DLL($bSaveBinary = False, $sSavePath = @ScriptDir)
    Local $DLL
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL = _WinAPI_Base64Decode($DLL)
    If @error Then Return SetError(1, 0, 0)
    Local $tSource = DllStructCreate('byte[' & BinaryLen($DLL) & ']')
    DllStructSetData($tSource, 1, $DLL)
    Local $tDecompress
    _WinAPI_LZNTDecompress($tSource, $tDecompress, 18944)
    If @error Then Return SetError(3, 0, 0)
    $tSource = 0
    Local Const $bString = Binary(DllStructGetData($tDecompress, 1))
    If $bSaveBinary Then
        Local Const $hFile = FileOpen($sSavePath & "\StringReverse.dll", 18)
        If @error Then Return SetError(2, 0, $bString)
        FileWrite($hFile, $bString)
        FileClose($hFile)
    EndIf
    Return $bString
EndFunc   ;==>_DLL

Func _WinAPI_Base64Decode($sB64String)
    Local $aCrypt = DllCall("Crypt32.dll", "bool", "CryptStringToBinaryA", "str", $sB64String, "dword", 0, "dword", 1, "ptr", 0, "dword*", 0, "ptr", 0, "ptr", 0)
    If @error Or Not $aCrypt[0] Then Return SetError(1, 0, "")
    Local $bBuffer = DllStructCreate("byte[" & $aCrypt[5] & "]")
    $aCrypt = DllCall("Crypt32.dll", "bool", "CryptStringToBinaryA", "str", $sB64String, "dword", 0, "dword", 1, "struct*", $bBuffer, "dword*", $aCrypt[5], "ptr", 0, "ptr", 0)
    If @error Or Not $aCrypt[0] Then Return SetError(2, 0, "")
    Return DllStructGetData($bBuffer, 1)
EndFunc   ;==>_WinAPI_Base64Decode

Func _WinAPI_LZNTDecompress(ByRef $tInput, ByRef $tOutput, $iBufferSize)
    $tOutput = DllStructCreate("byte[" & $iBufferSize & "]")
    If @error Then Return SetError(1, 0, 0)
    Local $aRet = DllCall("ntdll.dll", "uint", "RtlDecompressBuffer", "ushort", 0x0002, "struct*", $tOutput, "ulong", $iBufferSize, "struct*", $tInput, "ulong", DllStructGetSize($tInput), "ulong*", 0)
    If @error Then Return SetError(2, 0, 0)
    If $aRet[0] Then Return SetError(3, $aRet[0], 0)
    Return $aRet[6]
EndFunc   ;==>_WinAPI_LZNTDecompress

 

This is the ASM code generated by FreeBasic which is not complete listed:

.intel_syntax noprefix

.section .text
.balign 16

.globl _DllMain@12
_DllMain@12:
push ebp
mov ebp, esp
sub esp, 4
mov dword ptr [ebp-4], 0
.Lt_0004:
mov dword ptr [ebp-4], 1
cmp dword ptr [ebp+12], 1
jne .Lt_0006
push 0
push 0
call _main
add esp, 8
.Lt_0006:
.Lt_0005:
mov eax, dword ptr [ebp-4]
mov esp, ebp
pop ebp
ret 12
.balign 16

.globl _StringReverse
_StringReverse:
push ebp
mov ebp, esp
sub esp, 8
mov dword ptr [ebp-4], 0
.Lt_0007:
push 0
push dword ptr [ebp+8]
call _fb_StrLen@8
mov dword ptr [ebp-8], eax
jmp .Lt_0009
.Lt_000C:
push 0
push -1
push 1
push dword ptr [ebp-8]
push dword ptr [ebp+8]
call _fb_StrAllocTempDescZ@4
push eax
call _fb_StrMid@12
push eax
push -1
push offset _sReverse
call _fb_StrConcatAssign@20
.Lt_000A:
add dword ptr [ebp-8], 4294967295
.Lt_0009:
cmp dword ptr [ebp-8], 1
jae .Lt_000C
.Lt_000B:
mov eax, dword ptr [_sReverse]
mov dword ptr [ebp-4], eax
.Lt_0008:
mov eax, dword ptr [ebp-4]
mov esp, ebp
pop ebp
ret 4
.balign 16
_main:
push ebp
mov ebp, esp
and esp, 0xFFFFFFF0
sub esp, 4
mov dword ptr [ebp-4], 0
call ___main
push 0
push dword ptr [ebp+12]
push dword ptr [ebp+8]
call _fb_Init@12
.Lt_0002:
.Lt_0003:
mov eax, dword ptr [ebp-4]
mov esp, ebp
pop ebp
ret

.section .bss
.balign 4
    .lcomm  _sReverse,12

.section .drectve
    .ascii " -export:StringReverse"

 


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Here is my modified version:

_Example()
Func _Example()
    Local $sFileFullPath = FileOpenDialog('Choose file',@ScriptDir,'Files (*.*)')
    If @error Then Return -1

    Local $sText = FileRead($sFileFullPath)
    ConsoleWrite("! FileSize=" & FileGetSize( $sFileFullPath) & @CRLF)
;~  Local $sText = "Hello World"

    If Not FileExists("StringReverse.dll") Then _DLL(True)
    Local $hTimer, $fDiff

    $hTimer = TimerInit()
    Local $aReturn = DllCall("StringReverse.dll", "str", "StringReverse", "str", $sText)
    ConsoleWrite("! Time 1=" & TimerDiff($hTimer) & @CRLF)

    $hTimer = TimerInit()
    StringReverse($sText)
    ConsoleWrite("! Time 2=" & TimerDiff($hTimer) & @CRLF)

;~  ConsoleWrite($aReturn[0] & @CRLF)

EndFunc   ;==>_Example

;Code below was generated by: 'File to Base64 String' Code Generator v1.20 Build 2015-09-19
Func _DLL($bSaveBinary = False, $sSavePath = @ScriptDir)
    Local $DLL
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL = _WinAPI_Base64Decode($DLL)
    If @error Then Return SetError(1, 0, 0)
    Local $tSource = DllStructCreate('byte[' & BinaryLen($DLL) & ']')
    DllStructSetData($tSource, 1, $DLL)
    Local $tDecompress
    _WinAPI_LZNTDecompress($tSource, $tDecompress, 18944)
    If @error Then Return SetError(3, 0, 0)
    $tSource = 0
    Local Const $bString = Binary(DllStructGetData($tDecompress, 1))
    If $bSaveBinary Then
        Local Const $hFile = FileOpen($sSavePath & "\StringReverse.dll", 18)
        If @error Then Return SetError(2, 0, $bString)
        FileWrite($hFile, $bString)
        FileClose($hFile)
    EndIf
    Return $bString
EndFunc   ;==>_DLL

Func _WinAPI_Base64Decode($sB64String)
    Local $aCrypt = DllCall("Crypt32.dll", "bool", "CryptStringToBinaryA", "str", $sB64String, "dword", 0, "dword", 1, "ptr", 0, "dword*", 0, "ptr", 0, "ptr", 0)
    If @error Or Not $aCrypt[0] Then Return SetError(1, 0, "")
    Local $bBuffer = DllStructCreate("byte[" & $aCrypt[5] & "]")
    $aCrypt = DllCall("Crypt32.dll", "bool", "CryptStringToBinaryA", "str", $sB64String, "dword", 0, "dword", 1, "struct*", $bBuffer, "dword*", $aCrypt[5], "ptr", 0, "ptr", 0)
    If @error Or Not $aCrypt[0] Then Return SetError(2, 0, "")
    Return DllStructGetData($bBuffer, 1)
EndFunc   ;==>_WinAPI_Base64Decode

Func _WinAPI_LZNTDecompress(ByRef $tInput, ByRef $tOutput, $iBufferSize)
    $tOutput = DllStructCreate("byte[" & $iBufferSize & "]")
    If @error Then Return SetError(1, 0, 0)
    Local $aRet = DllCall("ntdll.dll", "uint", "RtlDecompressBuffer", "ushort", 0x0002, "struct*", $tOutput, "ulong", $iBufferSize, "struct*", $tInput, "ulong", DllStructGetSize($tInput), "ulong*", 0)
    If @error Then Return SetError(2, 0, 0)
    If $aRet[0] Then Return SetError(3, $aRet[0], 0)
    Return $aRet[6]
EndFunc   ;==>_WinAPI_LZNTDecompress

 

And the results are:

Quote

! FileSize=57963
! Time 1=1397.37528764505
! Time 2=68.8263892860164

Why ASM is so slow ?
Is this mean FreeBasic/ASM is not well optimized in comparision to AutoIt/C++ ?

 

Edited by mLipok

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"Program are meant to be read by humans and only incidentally for computers and execute" - Donald Knuth, "The Art of Computer Programming"
:naughty:  :ranting:, be  :) and       \\//_.

Anticipating Errors :  "Any program that accepts data from a user must include code to validate that data before sending it to the data store. You cannot rely on the data store, ...., or even your programming language to notify you of problems. You must check every byte entered by your users, making sure that data is the correct type for its field and that required fields are not empty."

Signature last update: 2019-10-01

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8 minutes ago, mLipok said:

Why ASM is so slow ?
Is this mean FreeBasic is not well optimized in comparision to C++ ?

 

This is the result of the compiled version which "has been rated close in speed with mainstream tools, such as GCC". Maybe I used the wrong compiler settings.

 

I will do also some tests and reply later again.


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14 minutes ago, UEZ said:

I will do also some tests and reply later again.

Promises to be interesting.


Signature beginning:   Wondering who uses AutoIT and what it can be used for ?
* GHAPI UDF - modest beginning - communication with GitHub REST API Forum Rules *
ADO.au3 UDF     POP3.au3 UDF     XML.au3 UDF    How to use IE.au3  UDF with  AutoIt v3.3.14.x  for other useful stuff click the following button

Spoiler

Any of my own code posted anywhere on the forum is available for use by others without any restriction of any kind. 

My contribution (my own projects): * Debenu Quick PDF Library - UDF * Debenu PDF Viewer SDK - UDF * Acrobat Reader - ActiveX Viewer * UDF for PDFCreator v1.x.x * XZip - UDF * AppCompatFlags UDF * CrowdinAPI UDF * _WinMergeCompare2Files() * _JavaExceptionAdd() * _IsBeta() * Writing DPI Awareness App - workaround * _AutoIt_RequiredVersion() * Chilkatsoft.au3 UDF * TeamViewer.au3 UDF * JavaManagement UDF * VIES over SOAP * WinSCP UDF * GHAPI UDF - modest begining - comunication with GitHub REST APIErrorLog.au3 UDF - A logging Library *

My contribution to others projects or UDF based on  others projects: * _sql.au3 UDF  * POP3.au3 UDF *  RTF Printer - UDF * XML.au3 UDF * ADO.au3 UDF SMTP Mailer UDF * Dual Monitor resolution detection * * 2GUI on Dual Monitor System * _SciLexer.au3 UDF * SciTE - Lexer for console pane

Useful links: * Forum Rules * Forum etiquette *  Forum Information and FAQs * How to post code on the forum * AutoIt Online Documentation * AutoIt Online Beta Documentation * SciTE4AutoIt3 getting started * Convert text blocks to AutoIt code * Games made in Autoit * Programming related sites * Polish AutoIt Tutorial * DllCall Code Generator * 

Wiki: Expand your knowledge - AutoIt Wiki * Collection of User Defined Functions * How to use HelpFile * Good coding practices in AutoIt * 

IE Related:  * How to use IE.au3  UDF with  AutoIt v3.3.14.x * Why isn't Autoit able to click a Javascript Dialog? * Clicking javascript button with no ID * IE document >> save as MHT file * IETab Switcher (by LarsJ ) * HTML Entities * _IEquerySelectorAll() (by uncommon) * IE in TaskScheduler

I encourage you to read: * Global Vars * Best Coding Practices * Please explain code used in Help file for several File functions * OOP-like approach in AutoIt * UDF-Spec Questions *  EXAMPLE: How To Catch ConsoleWrite() output to a file or to CMD *

"Homo sum; humani nil a me alienum puto" - Publius Terentius Afer
"Program are meant to be read by humans and only incidentally for computers and execute" - Donald Knuth, "The Art of Computer Programming"
:naughty:  :ranting:, be  :) and       \\//_.

Anticipating Errors :  "Any program that accepts data from a user must include code to validate that data before sending it to the data store. You cannot rely on the data store, ...., or even your programming language to notify you of problems. You must check every byte entered by your users, making sure that data is the correct type for its field and that required fields are not empty."

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I assume that StrPtr is causing that huge difference.

Global $sText

For $i = 0 to 222222
    $sText &= Chr(33 + Mod($i, 94))
Next

If Not FileExists("StringReverse.dll") Then _DLL(True)
$hDLL = DllOpen("StringReverse.dll")

$fTimer = TimerInit()
$aReturn = DllCall($hDll, "str", "StringReverse", "str", $sText)
$fEnd1 = TimerDiff($fTimer)

$fTimer = TimerInit()
$sResult = StringReverse($sText)
$fEnd2 = TimerDiff($fTimer)

ConsoleWrite(@CRLF)
ConsoleWrite("FreeBasic: " & Round($fEnd1, 2) & " ms" & @CRLF)
ConsoleWrite("AutoIt: " & Round($fEnd2, 2) & " ms" & @CRLF)
ConsoleWrite("Factor: " & Round($fEnd1 / $fEnd2, 2) & @CRLF)

DllClose($hDLL)


;Code below was generated by: 'File to Base64 String' Code Generator v1.20 Build 2015-09-19

Func _DLL($bSaveBinary = False, $sSavePath = @ScriptDir)
    Local $DLL
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= 'HCTotgBeQAgog+wEASugBAh137VEL48FBBJLLgBjksAzFriBCQQXVIUK54krtOlywVINyotBNxSBUtCF23QzACckwXvBEgOAIQIQ+/7//4PsIgzALFSBS0EZgIlA3oPEFInww6PoEIv9//8AGMN0NYVRD71FD4nGdcBBNibcgAuANeu8xJsx9gMHE4FdVYnlyelnL8ApxAfFk4AnGMBVhcAseE2BlsKUB0KYdgzPAI2CiUGOiZkQE5+ZwSQ2SEEEwCSmwAPBH+uKQceLV1aLdCTBmwwAi0wkFIX2dBQAhcl+EFFWUcEA6QLzpVmD4QOA86ReWcYHAOBMEAwAkJDoFSKLA+WgJhwBNuYiLBHrEOgxheIHVOAH0nQWg6BcAP90HYkUJOh1SwAIggUIwQAxwAEBkNHhJYtaBOEDRcAfQBgEgePgAH+J2OvTq+UJ41csQBJAgBhEQAtqSEATe0ITdQFVAgbFAHRphf8Pn8E5APiJzg+dwYnwEITIdFdAEFONdwD/hdKJ7w9I1QFEmo0MMin3Oc2AD0zXiVQkBGAAuBzouUI6AJzACCIADAAcizgDM4nRURRWV4kkX6AkBBcAWOsFveGlwS4hYkMEYInog8QsBGTiHwghgBUU6DP74Up0EwEAChCJWASJWAggiRCDxAgjIAi4l4EIYQHpVyOhCkshoE8Qxuj0+sIHG4kYwIlwBIlwCKBMYEySBOBN6NlCA3XlQAIPwwjhAuovwAmLBJ1AOSKhdA3kLqOcglwEJPPgc0JN6CTBDWMF5QQDVxPkR+YTizQDCvZ0GJiD+wQAE6C9zyBBxUfiAqNBYxSLRgiBRrGJoAPr2Ox1UzHbIBRBAB2DwwHon6M+g1D7BXXtoQ/D4hc4hKFgAAqNXCQooBdAIIP4AXQ14AX/CBV08eHUBN9sJBAo3A1YAhY4W8ONQgN4QwOgIi/HBaEH8eEb/xVowAIgesG/oR3CEEAHENwNQGDXQgcX4U+hCUMGAoAE2D04JQHbHaEL64rj0SyNOEQkHKHHogjgGmkHCQLi6JHhAOgBo4yImQAQwCoco5AAAWVgQcPpyaGcgALgGAd067XiXfMF1eQrYLPoHpjAIAEMwtRjM+iMH/AAAKOgAgpg2+e55jsqQ8GwD+ERSUAFx0M+OOVxxQ/jBeYPxAJXuoJoAAIxwInXuWE2YeAY86vHBTEB8Q3HNAWAlgCEkAAhP+hZleEJBXEEgEIXCF9wGqH3eizoeA9yJTgwDP4cwkFggkEMoRd0AENDxVWroBjwAjRwAAxwADBBDNJk0gssw/MmdONxMSYUOx4AYNtSC3QbgwD7/3QtjUv/MRDSgfn+EAN3CcEg4waNk6jAAYl0H+A8AAbRRPFXwijDkLpZsQHr4vYK+UR08ERsEfFED4QXcAqLSzQghckPhAygAIXtGA+IBMGDQ0Po9g4FUAvHkD7sBAnwx6RDMEEBdBIiB2wgBwVgO7SgEonHhf90wBOJPCToxvACgS0Fg0HDMEBci0M0hRDSD4TMMThAHIUQwA+E4TEHTCRQNXAITPFmTJAEEAX/0MCDOwEPhMiAAiBJUMcPlMEAAlhwN6YwhMl0oqEEcASFVZHBA0QkUAAo6x8RBACNSP8PthQGgCD6Cg+EeMABgPoQDQ+Eb4AAiciDUPj/ddywdQXxYtOAi1M8hdJ19xAIBIVCRAQBQySLSwoowQ8/kBOLQyQxANL38YlTJOkwM6EfFCnyDToNZCyLQLoYsQwVtAx0DKAATHAAibAM6S8RBWwkVFACBJTCcBWVwSDRD6SE+aEDawTwh36AEQiLcAjwDXQ5bCTYUHQZ8AZiJ4LwBiACr2I9YxBRFNEKwAAQRIAAwVAK9YnoKdBxALEVhtQAWdAEiEwkH9GfBzJOQF44ff9QCA+22eAB6amgAvNnRLAVoBDypAAB6UEBBEUV9FKkFQC3FEZmg/oKdCIgUAANdBpDFeLpBqYRA3APKcGJSySE6bcRYcAB6ZlwAJv0'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL &= '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'
    $DLL = _WinAPI_Base64Decode($DLL)
    If @error Then Return SetError(1, 0, 0)
    Local $tSource = DllStructCreate('byte[' & BinaryLen($DLL) & ']')
    DllStructSetData($tSource, 1, $DLL)
    Local $tDecompress
    _WinAPI_LZNTDecompress($tSource, $tDecompress, 27136)
    If @error Then Return SetError(3, 0, 0)
    $tSource = 0
    Local Const $bString = Binary(DllStructGetData($tDecompress, 1))
    If $bSaveBinary Then
        Local Const $hFile = FileOpen($sSavePath & "\StringReverse.dll", 18)
        If @error Then Return SetError(2, 0, $bString)
        FileWrite($hFile, $bString)
        FileClose($hFile)
    EndIf
    Return $bString
EndFunc   ;==>_DLL

Func _WinAPI_Base64Decode($sB64String)
    Local $aCrypt = DllCall("Crypt32.dll", "bool", "CryptStringToBinaryA", "str", $sB64String, "dword", 0, "dword", 1, "ptr", 0, "dword*", 0, "ptr", 0, "ptr", 0)
    If @error Or Not $aCrypt[0] Then Return SetError(1, 0, "")
    Local $bBuffer = DllStructCreate("byte[" & $aCrypt[5] & "]")
    $aCrypt = DllCall("Crypt32.dll", "bool", "CryptStringToBinaryA", "str", $sB64String, "dword", 0, "dword", 1, "struct*", $bBuffer, "dword*", $aCrypt[5], "ptr", 0, "ptr", 0)
    If @error Or Not $aCrypt[0] Then Return SetError(2, 0, "")
    Return DllStructGetData($bBuffer, 1)
EndFunc   ;==>_WinAPI_Base64Decode

Func _WinAPI_LZNTDecompress(ByRef $tInput, ByRef $tOutput, $iBufferSize)
    $tOutput = DllStructCreate("byte[" & $iBufferSize & "]")
    If @error Then Return SetError(1, 0, 0)
    Local $aRet = DllCall("ntdll.dll", "uint", "RtlDecompressBuffer", "ushort", 0x0002, "struct*", $tOutput, "ulong", $iBufferSize, "struct*", $tInput, "ulong", DllStructGetSize($tInput), "ulong*", 0)
    If @error Then Return SetError(2, 0, 0)
    If $aRet[0] Then Return SetError(3, $aRet[0], 0)
    Return $aRet[6]
EndFunc   ;==>_WinAPI_LZNTDecompress

 

Delete the old DLL.

 

My result:

FreeBasic internal benchmark: 9.416275106559624 ms.

FreeBasic: 9419.97 ms
AutoIt: 144.37 ms
Factor: 65.25

 

FreeBasic code:

Extern "Windows-MS"

Dim Shared As String sReverse

Function StringReverse(sString As ZString Ptr) As ZString Ptr Export
    Dim As Double fStart, fEnd
    fStart = Timer
    For i As Uinteger = Len(*sString) To 1 Step - 1
        sReverse &= Mid(*sString, i, 1)
    Next
    fEnd = Timer - fStart
    Print "FreeBasic internal benchmark: " & fEnd & " ms."
    Return StrPtr(sReverse)
End Function


End Extern

 

Compiler options: fbc -s gui -dll -export -RR -fpu SSE -vec 2

Edited by UEZ

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1 hour ago, UEZ said:

Print "FreeBasic internal benchmark: " & fEnd & " ms."

 

Quote

Returns a Double precision result with the time, in seconds, since a static reference point.

little mistake ?


So I se there is not always so fast using outside feature/functions/dll.
Sometimes internal AutoIt solutions are better/faster.

 


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Anticipating Errors :  "Any program that accepts data from a user must include code to validate that data before sending it to the data store. You cannot rely on the data store, ...., or even your programming language to notify you of problems. You must check every byte entered by your users, making sure that data is the correct type for its field and that required fields are not empty."

Signature last update: 2019-10-01

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I assume that my FB code is shit and thus the worse performance and it can be coded much better which I don't know yet.

 

Or you can try to implement StringReverse completely in ASM which seems not to be a simple task because of unicode support at least for me.


Please don't send me any personal message and ask for support! I will not reply!

Selection of finest graphical examples at Codepen.io

The own fart smells best!
Her 'sikim hıyar' diyene bir avuç tuz alıp koşma!
¯\_(ツ)_/¯  ٩(●̮̮̃•̃)۶ ٩(-̮̮̃-̃)۶ૐ

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30 minutes ago, UEZ said:

I assume that my FB code is shit and thus the worse performance and it can be coded much better which I don't know yet.

You are making self critic?

Or you are trying to tell me that I was using "wrong wording"?

I'm little confused. 


Signature beginning:   Wondering who uses AutoIT and what it can be used for ?
* GHAPI UDF - modest beginning - communication with GitHub REST API Forum Rules *
ADO.au3 UDF     POP3.au3 UDF     XML.au3 UDF    How to use IE.au3  UDF with  AutoIt v3.3.14.x  for other useful stuff click the following button

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Signature last update: 2019-10-01

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8 minutes ago, mLipok said:

You are making self critic?

Yep. I'm new to FB and talked about my FB code. :rolleyes:

Edited by UEZ

Please don't send me any personal message and ask for support! I will not reply!

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Hi,

@mLipok, long time ago I tried to beat the AutoIt-String-Functions with ASM-Scripts, and fortunately ( ! ) it´s not worth the work....i worked with strings up to 100MB size, the shorter the string, the (relative) bigger the overhead of the DllCallAddress().....the shorter the string, the faster the internal (string!-)functions!

The stringfunctions in AutoIt are VERY fast, thanks to all the programmers in the last 30 years to optimize their code and (used by AutoIt) C-librarys!

 

If you have an ANSI-String (one Byte=one Letter), you should absolutely use the StringReverse()-function with flag=1!

 

But some hints if you want to play with ASM or other compiler-languages or dlls. 

We could call the ASM-code within 2 scenarios:

(1)       DllCallAddress("str:cdecl", $codestructptr, "str*", $ansistring)

where $codestructptr is the address of the ASM-code, $ansistring is the string to reverse and $ansistringlen is.....the stringlen. This forces the Assemblercode to work with a pointer to the pointer of the string. Remember that, if you ever want to play with AutoIt, Assembler and strings. By the "str*" you get the pointer to the pointer....Btw. "str:cdecl" returns the processed string back to Autoit! 

Because of AutoIt´s internal structure, this is the worst way to call a string-related function, because $ansistring got copied before we can work with it. The internal functions first have to reserve memory and copy the string into the memory, this is very "expensive" (in terms of Assembler). But it looks very professional to work with pointers to a string....Only to mention, time to "copy" the 100MB-string takes 1000ms while exchange the letters (reversestring) with ASM-code takes 150ms (on my machine)

But we could do the "stringcopy" by hand, reserve memory with dllstructcreate()  and copy the string into this memory with dllstructsetdata(). And we call our code like this

(2)       DllCallAddress("none:cdecl", $codestructptr, "ptr", $ansistringptr)

This function returns "nothing" because the processed string is in the memory (dllstruct) and can be get by dllstructgetdata()

This makes sense, if we want to work with string(s) in a way that is not supported by native AutoIt-Stringfunctions....

 

Here a simple code which demonstrates the difference of the mentioned above...

$string = "ABCDEFGHIJKLMNOPQRSTUVWXYZ"               ;make a 109MB long string
For $i = 1 To 22
    $string &= $string
Next
$stringlen = StringLen($string)
ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : $stringlen = ' & $stringlen & @CRLF & '>Error code: ' & @error & @CRLF) ;### Debug Console


$ptr2string = 123456                                 ;a "pointer", doesn't matter anything...only for example

$struct = DllStructCreate("Byte")                    ;reserve memory
$ptr = DllStructGetPtr($struct)                      ;pointer to memory
DllStructSetData($struct, 1, 0xC3)                   ;write RET(urn) assembler opcode


;now we test a call with pointer(to anything) vs call of string
$t = TimerInit()
DllCallAddress("none:cdecl", $ptr, "str", $ptr2string) ;pointer
$m = TimerDiff($t)
ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : $m = ' & $m & @CRLF & '>Error code: ' & @error & @CRLF) ;### Debug Console


$t = TimerInit()
DllCallAddress("none:cdecl", $ptr, "str*", $string)  ;string
$m2 = TimerDiff($t)
ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : $m2 = ' & $m2 & @CRLF & '>Error code: ' & @error & @CRLF) ;### Debug Console

The time of running a whichever function doing something with a string is wasted if "str*" is used...

If you want do do anything with a string with AutoIt ( HLL/ASM/DLL...), try to get a pointer to that string!

 

 

 

Edited by AndyG

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I'm really a novice when it comes to DllCall feature in AutoIt, as I never used it more then with help others.
But reading your lecture I understand what you stated. The more seeing results.
I just wonder whether it will increased UEZ knowledge , in a way, that as a result he will be able to create something wonderful with his example ;)

I have a great hope.

mLipok


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Any of my own code posted anywhere on the forum is available for use by others without any restriction of any kind. 

My contribution (my own projects): * Debenu Quick PDF Library - UDF * Debenu PDF Viewer SDK - UDF * Acrobat Reader - ActiveX Viewer * UDF for PDFCreator v1.x.x * XZip - UDF * AppCompatFlags UDF * CrowdinAPI UDF * _WinMergeCompare2Files() * _JavaExceptionAdd() * _IsBeta() * Writing DPI Awareness App - workaround * _AutoIt_RequiredVersion() * Chilkatsoft.au3 UDF * TeamViewer.au3 UDF * JavaManagement UDF * VIES over SOAP * WinSCP UDF * GHAPI UDF - modest begining - comunication with GitHub REST APIErrorLog.au3 UDF - A logging Library *

My contribution to others projects or UDF based on  others projects: * _sql.au3 UDF  * POP3.au3 UDF *  RTF Printer - UDF * XML.au3 UDF * ADO.au3 UDF SMTP Mailer UDF * Dual Monitor resolution detection * * 2GUI on Dual Monitor System * _SciLexer.au3 UDF * SciTE - Lexer for console pane

Useful links: * Forum Rules * Forum etiquette *  Forum Information and FAQs * How to post code on the forum * AutoIt Online Documentation * AutoIt Online Beta Documentation * SciTE4AutoIt3 getting started * Convert text blocks to AutoIt code * Games made in Autoit * Programming related sites * Polish AutoIt Tutorial * DllCall Code Generator * 

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Anticipating Errors :  "Any program that accepts data from a user must include code to validate that data before sending it to the data store. You cannot rely on the data store, ...., or even your programming language to notify you of problems. You must check every byte entered by your users, making sure that data is the correct type for its field and that required fields are not empty."

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Hello. I think is not so hard to make a fast string reverse. @UEZ you FB function internally does a lot of thing for just reverse a string. I think would be faster do something like:

Create a empty buffer with the needed string size.

then simply  mov byte if is ansi or word if is unicode to my buffer from the source string.

another alternative could be using swapping to reduce loops.

Regards

 

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Here enclosed an example of ASM-Code, very simple, shows the difference between the "external" functions and the advantage of "internal" AutoIt function. The reasons of the different execution speed are mentioned above.

But, if supposed (no, i am really sure ^^) that the AutoIt internal function is able to use the pointer to the string, the execution time is directly dependent to the compiled (I suppose C(++)-) Code. And shown with the attached script, the simplest ASM-code is 50% faster than the "compiled" one (related to reverse the string, no memory-related stuff!). Which is not a wonder, because EVERY M$-(API)Function is overloaded by jumps and calls to other functions, errormanagement, and so on.

If the socalled "Programmer" knows that and is looking for "fast(er) code", M$ provides "intrinsics"-Function which are nothing else than inlined native ASM-opcodes. So you can speedup code 200-300% if only one little piece of code is replaced....

If you have a loop which, for example, calculates trigonometric functions (sin/cos/tan) many many times, replace the C(++)-function  sinf by the corresponding "Intrinsic function" and you can half/third the execution time! Not to mention what the programmer could reach with SSE/AVX....

Ultimately all this does no matter if AutoIt is your preferred language.  In the most cases AutoIt is fast enough, if you really want to speed up your code, profile it, find the "inner loop" and replace the whole loop with a "compiled" function....

 

Script, 32bit-code asm, comparison between call of "str" and "str*"

#AutoIt3Wrapper_UseX64=n
;#include "assembleit2_64.au3"           ;AssembleIt assembler with debugger and much more features at autoit.de


#cs _StringReverse2
    use32                               ;32 bit

    mov esi,[esp+4]                     ;address string adress first letter
    mov ecx,[esp+8]                     ;number of letters

    lea edi,[ecx+esi]                   ;address of last letter
    sub edi,1
    shr ecx,1                           ; = /2 only half the letters to xchg

    _loop:
    mov bl,[edi]                        ;save last letter to change
    mov bh,[esi]                        ;save first letter to change
    mov [edi],bh                        ;change letters
    mov [esi],bl                        ;as usual
    add esi,1                           ;adress second letter...
    sub edi,1                           ;adress penultimate letter...

    sub ecx,1                           ;half the string reached?
    jnz _loop                           ;no, then loop again

    ret

#ce


#cs _StringReverse
    use32                               ;32 bit

    mov esi,[esp+4]                     ;address string adress first letter
    mov esi,[esi]                       ;strings have pointer to a pointer....
    mov ecx,[esp+8]                     ;number of letters

    lea edi,[ecx+esi]                   ;address of last letter
    sub edi,1
    shr ecx,1                           ; = /2 only half the letters to xchg

    _loop:
    mov bl,[edi]                        ;save last letter to change
    mov bh,[esi]                        ;save first letter to change
    mov [edi],bh                        ;change letters
    mov [esi],bl                        ;as usual
    add esi,1                           ;adress second letter...
    sub edi,1                           ;adress penultimate letter...

    sub ecx,1                           ;half the string reached?
    jnz _loop                           ;no, then loop again

    ret

#ce


;make a 100MB string
$string = "ABCD"
For $i = 1 To 44
    $string = $string & Chr($i + 40)    ;String erstellen )*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRST
Next

For $i = 1 To 21                        ;pump it up...
    $string &= $string
Next
$string &= "ENDE"
$stringlen = StringLen($string)
ConsoleWrite('$stringlen = ' & $stringlen & " Bytes" & @CRLF & @CRLF) ;### Debug Console


Global $filestructptr, $asm_only

;~ $asmcode = _AssembleIt2("retbinary", "_StringReverse") ;erstellt den asmcode
;~ ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : $asmcode = ' & $asmcode & @CRLF & '>Error code: ' & @error & @CRLF) ;### Debug Console

$asmcode = "0x8B7424048B3689F08B4C24088D3C3183EF01D1E98A1F8A3E883F881E83C60183EF0183E90175EDC3" ;by AssembleIt
$codestruct = DllStructCreate("byte[" & StringLen($asmcode) / 2 - 1 & "]") ;speicher für asmcode...
DllStructSetData($codestruct, 1, $asmcode) ;...mit code füllen


;~ $asmcode2 = _AssembleIt2("retbinary", "_StringReverse2") ;erstellt den asmcode
;~  ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : $asmcode2 = ' & $asmcode2 & @CRLF & '>Error code: ' & @error & @CRLF) ;### Debug Console
$asmcode2 = "0x8B7424048B4C24088D3C3183EF01D1E98A1F8A3E883F881E83C60183EF0183E90175EDC3" ;by AssembleIt
Global $codestruct2 = DllStructCreate("byte[" & StringLen($asmcode2) / 2 - 1 & "]") ;speicher für asmcode...
DllStructSetData($codestruct2, 1, $asmcode2) ;...mit code füllen


;string into memory, we get a pointer
$stringstruct = DllStructCreate("char[" & $stringlen & "]")
$stringptr = DllStructGetPtr($stringstruct)
DllStructSetData($stringstruct, 1, $string)


;~ $t = TimerInit()
;~ $ret = _AssembleIt2("str", "_StringReverse", "str*", $string, "uint", $stringlen)
;~ $m = TimerDiff($t)
;~ ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : time _StringReverse= ' & $m & @CRLF & '>Error code: ' & @error & @CRLF) ;### Debug Console

;~ $t = TimerInit()
;~ $ret = _AssembleIt2("none", "_StringReverse2", "ptr", $stringptr, "uint", $stringlen)
;~ $m = TimerDiff($t)
;~ ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : time _StringReverse2 = ' & $m & @CRLF & '>Error code: ' & @error & @CRLF) ;### Debug Console



$t = TimerInit()
$string1 = _StringReverse_ASM($string)
$stringreverseasm = Int(TimerDiff($t))
ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : $stringreverseasm = ' & $stringreverseasm & "ms   str* - version copies the string internal" & @CRLF & @CRLF) ;### Debug Console

$t = TimerInit()
$string2 = _StringReverse_ASM2($string)
$stringreverseasm2 = Int(TimerDiff($t))
ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : $stringreverseasm2 = ' & $stringreverseasm2 & "ms    ptr - version needs read/write of dllstruct" & @CRLF & @CRLF) ;### Debug Console

$t = TimerInit()
$string3 = StringReverse($string, 1)
$stringreverseAutoIt = Int(TimerDiff($t))
ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : $stringreverseAutoIt = ' & $stringreverseAutoIt & "ms  native AutoIt (rulez!!!)" & @CRLF & @CRLF) ;### Debug Console


ConsoleWrite(StringLeft($string1, 50) & @CRLF & StringLeft($string2, 50) & @CRLF & StringLeft($string3, 50) & @CRLF & @CRLF)



Func _StringReverse_ASM($ansistring)    ;str* - version
    $ret = DllCallAddress("str:cdecl", DllStructGetPtr($codestruct), "str*", $ansistring, "uint", StringLen($ansistring))
    Return $ret[0]
EndFunc                                 ;==>_StringReverse_ASM


Func _StringReverse_ASM2($ansistring)   ;ptr - version
    $stringstruct = DllStructCreate("char[" & StringLen($ansistring) & "]")
    $stringptr = DllStructGetPtr($stringstruct)
    DllStructSetData($stringstruct, 1, $string)
    $r = TimerInit()
    $ret = DllCallAddress("int:cdecl", DllStructGetPtr($codestruct2), "ptr", $stringptr, "uint", StringLen($ansistring))
    $asm_only = Int(TimerDiff($r))
    ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : $asm_only = ' & $asm_only & "ms   without memory related stuff like read/write of dllstruct" & @CRLF & @CRLF) ;### Debug Console
    $ret = DllStructGetData($stringstruct, 1)
    Return $ret
EndFunc                                 ;==>_StringReverse_ASM2

 

Simple example of AssembleIt(), possibility for everyone to improve the asm-code ;) . Feel free to write a really "fast" one, SSE/SIMD is recommended, challenge anyone? 1.9clockticks per reversed char atm...

#AutoIt3Wrapper_UseX64=n
#include "assembleit2_64.au3"             ;AssembleIt assembler with debugger and much more features at autoit.de


#cs _StringReverse2
    use32                                 ;32 bit

    mov esi,[esp+4]                       ;address string adress first letter
    mov ecx,[esp+8]                       ;number of letters

    lea edi,[ecx+esi]                     ;address of last letter
    sub edi,1
    shr ecx,1                             ; = /2 only half the letters to xchg

    _loop:
    mov bl,[edi]                          ;save last letter to change
    mov bh,[esi]                          ;save first letter to change
    mov [edi],bh                          ;change letters
    mov [esi],bl                          ;as usual
    add esi,1                             ;adress second letter...
    sub edi,1                             ;adress penultimate letter...

    sub ecx,1                             ;half the string reached?
    jnz _loop                             ;no, then loop again

    ret

#ce



;make a 100MB string
$string = ""
For $i = 1 To 21                          ;pump it up...
    $string &= $string & ")*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ"
Next
$stringlen = StringLen($string);len
ConsoleWrite('$stringlen = ' & $stringlen & " Bytes" & @CRLF & @CRLF) ;### Debug Console

;put string into memory, so we can get a pointer
$stringstruct = DllStructCreate("char[" & $stringlen & "]")
$stringptr = DllStructGetPtr($stringstruct)
DllStructSetData($stringstruct, 1, $string) ;string into memory

;lets have a look, how fast the code is (assembling is only 2-3ms)
$t = TimerInit()
$ret = _AssembleIt2("none", "_StringReverse2", "ptr", $stringptr, "uint", $stringlen)
$m = TimerDiff($t)
ConsoleWrite('@@ Debug(' & @ScriptLineNumber & ') : time _StringReverse = ' & $m & @CRLF & '>Error code: ' & @error & @CRLF) ;### Debug Console


$stringreverse = DllStructGetData($stringstruct, 1)
ConsoleWrite("First 50 characters of " & Int($stringlen / 1e6) & "MB string and reversestring" & @CRLF & StringLeft($string, 50) & @CRLF & StringLeft($stringreverse, 50) & @CRLF & @CRLF)

AssembleIt2_64.zip

Edited by AndyG

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Hello. Very fast @AndyG I did my own rutine. (is not so fast) but it work good.

I was thinking I create one a little faster than this but I have a lot of time without touch this kind of stuff. 

I think is possible to do some a little faster than you without using SSE/SIMD. maybe using bswap to reduce loops. (I don't have time for check.)

 

Well. this is my small rutine.

#AutoIt3Wrapper_UseX64=n
#include "assembleit2_64.au3" ;AssembleIt assembler with debugger and much more features at autoit.de


#cs _StringReverse2
    use32                                 ;32 bit

    push ebp                                      ;save stack
    mov ebp,esp                                   ;save stack
    mov ecx,[ebp+16]                              ;set ecx String
    mov ebx,[ebp+12]                              ;set ebx Buffer
    mov edx,[ebp+8]                               ;set edx Base String
    xor edi,edi                                   ;clear edi
    _loop:                                        ;label
    mov al,byte[edx+ecx-1]                        ;get char
    mov byte[ebx+edi],al                          ;copy to new buffer
    inc edi                                       ;increment edi
    dec ecx                                       ;decrement ecx
    cmp ecx,0                                     ;compare
    jnz _loop                                     ;jump if !=0
    mov esp, ebp                                  ;release stack
    pop ebp                                       ;release stack
    ret                                           ;bye ret

#ce


;makea 100M Bstring
Local $sString = ""
For $i = 1 To 21
    $sString &= $sString & ")*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ"
Next

$iStringLen = StringLen($sString);len
ConsoleWrite('$iStringLen= ' & $iStringLen & " Bytes" & @CRLF & @CRLF);###DebugConsole


Local $tStringBase = DllStructCreate("char[" & $iStringLen & "]")
Local $pStringBase = DllStructGetPtr($tStringBase)
DllStructSetData($tStringBase, 1, $sString)
Local $tOutString = DllStructCreate("char[" & $iStringLen & "]")

Local $hTimer = TimerInit()
Local $aRet = _AssembleIt2("none", "_StringReverse2", "ptr", $pStringBase, "ptr", DllStructGetPtr($tOutString), "uint", $iStringLen)
Local $iDiff = TimerDiff($hTimer)

ConsoleWrite("!Elapsed Time: " & $iDiff & @CRLF)

Local $sStringReverse = DllStructGetData($tOutString, 1)
ConsoleWrite("First 50 characters of: " & Int($iStringLen / 1e6) & "MB string and reverse string" & @CRLF)
ConsoleWrite(StringLeft($sString, 50) & @CRLF)
ConsoleWrite(StringLeft($sStringReverse, 50) & @CRLF)

Saludos

 

 

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@Danyfirex, very nice:thumbsup:

Challenge opened?:lmao:

I prefer to measure the clockticks of the running code, so it is possible to optimize with "little steps".

Last weekend i tried the SSE-version, unfortunately my (AMD)Processor doesn´t supports the "pshufb"-command, which is SSSE3 (yes, 3 times "S"). With the "older" SSE2/3 commands, it took a bunch of lines to shuffle the 16 bytes...grmblfxx...but in the end, the code was faster than before. 

Btw. "pshufb" is able to shuffle 16 bytes. With a corresponding mask, 16 bytes in 1 clocktick are reversed...

Same as "bswap" (swap 4 byte in a 32bit-register, you mentioned it), shown here... much faster than before. 

#AutoIt3Wrapper_UseX64=n
#include "assembleit2_64.au3"                      ;AssembleIt assembler with debugger and much more features at autoit.de

#cs _StringReverse2
    use32                                          ;32 bit

    mov ecx,[esp+12]                               ;set ecx Stringlen+padding
    mov edi,[esp+8]                                ;set ebx Buffer = destination
    mov ebx,[esp+4]                                ;set edx Base String = source

    rdtsc                                          ;ReaDTimeStampCounter, measure clockticks
    push eax                                       ;edx:eax=timerinit()

    sub ebx,4                                      ;get the last 4 chars first
    align 16                                       ;code aligning makes loop 10% faster
    _loop:                                         ;label

    mov eax,[ebx+ecx]                              ;get 4 chars ABCD
    bswap eax                                      ;thats what we want to do...
    mov [edi], eax                                 ;write 4 chars DCBA
    add edi,4                                      ;this is stosd btw...
    sub ecx,4                                      ;last 4 chars

    ja _loop                                       ;jump if >0

    rdtsc                                          ;clockticks in eax
    pop ebx                                        ;get clockticks saved before
    sub eax,ebx                                    ;timerdiff()

    ret                                            ;bye ret

#ce



;makea 100M Bstring
Local $sString = ""
For $i = 1 To 21
    $sString &= $sString & ")*+,-./0123456789:     ;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ"
Next

Local $iStringLen = StringLen($sString)            ;len
ConsoleWrite('$iStringLen= ' & $iStringLen & " Bytes" & @CRLF & @CRLF) ;###DebugConsole

Local $padding = 4 - Mod($iStringLen, 4)           ;Register = 4 bytes
If $padding = 4 Then $padding = 0


Local $tStringBase = DllStructCreate("char[" & $iStringLen & "]")
Local $pStringBase = DllStructGetPtr($tStringBase)
DllStructSetData($tStringBase, 1, $sString)
Local $padding_struct = DllStructCreate("char[" & $iStringLen + $padding & "]")
$Outstring_ptr = DllStructGetPtr($padding_struct) + $padding
Local $tOutString = DllStructCreate("char[" & $iStringLen & "]", $Outstring_ptr)


Local $t = TimerInit()
Local $aRet = _AssembleIt2("uint", "_StringReverse2", "ptr", $pStringBase, "ptr", DllStructGetPtr($padding_struct), "uint", $iStringLen + $padding)
Local $iDiff = TimerDiff($t)


ConsoleWrite("!Elapsed Time   : " & $iDiff & @CRLF)
ConsoleWrite("!Clockticks     : " & $aRet & @CRLF)
ConsoleWrite("!Clockticks/Byte: " & Int($aRet / $iStringLen * 100) / 100 & @CRLF & @CRLF)


Local $sStringReverse = DllStructGetData($tOutString, 1)

ConsoleWrite("First 50 characters of: " & Int($iStringLen / 1e6) & "MB string and reverse string" & @CRLF)
ConsoleWrite(StringLeft($sString, 50) & @CRLF)
ConsoleWrite(StringLeft($sStringReverse, 50) & @CRLF)
ConsoleWrite("!$sStringReverse checked by AutoIt: " & ($sStringReverse = StringReverse($sString, 1)) & @CRLF & @CRLF)

 

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Hello @AndyG this new rutine in my machine is slower than before, even the one mine. about 20 times slower than your old rutine. I have a  Intel Processor.

Saludos

 

 

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7 hours ago, Danyfirex said:

 

Hello @AndyG this new rutine in my machine is slower than before, even the one mine. about 20 times slower than your old rutine. I have a  Intel Processor.

 

No, the code is faster, but AssembleIt2 is slower...but only with this AutoIt-sourcecode! 

I detected a "bug"(!?) in AssembleIt2 yesterday with this code. It costs me some hours to find out how. 

One of my used RegEx-pattern to eliminate the comments out of the code runs in a socalled "catastrophic backtracking". If you write a semicolon ; at the end of the AutoIt-Script, the "catastrophic backtracking" of the RegEx will be prevented!

 

This is one of the reasons to measure the clockticks within the asm-code...

 

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I don't know how I missed this thread until now, here are some good stuffs. I will try these snippets soon but at first glance functions using MMX might not work well since I saw that pixel processing is done in loops like below

_loop1:
...
sub ecx, 4
ja _loop1

I have a guess that this might not be enough for bitmaps where number of pixels modulo 4 is not zero.


When the words fail... music speaks

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  • Similar Content

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      Func _BounceAU3() ;set a random starting id. we use this to rotate the colors Local $iMyID = Random(1, 15, 1) Local $tMyCell = DllStructCreate('char mc'), $tOldCell = DllStructCreate('char oc') Local $tMyAttrib = DllStructCreate('word ma'), $tOldAttrib = DllStructCreate('word oa') Local $tCoords = DllStructCreate($tagCOORD), $tOld = DllStructCreate($tagCOORD) Local $tDelta = DllStructCreate($tagCOORD) ;Random start and delta values $tCoords.X = Random(0, 119, 1) $tCoords.Y = Random(0, 29, 1) $tDelta.X = Random(-3, 3, 1) $tDelta.Y = Random(-3, 3, 1) ;set character/cell attributes $tMyCell.mc = $iMyID > 16 ? 0x01 : 0x02 ; doesnt seem to make a differnce in windows 10 $tMyAttrib.ma = BitAND($iMyID, 0x0F) ; Set the character color Do ;check the last position values DllCall('kernel32.dll', "bool", "ReadConsoleOutputCharacter", "handle", $g_hStdHandle, "struct*", $tOldCell, "dword", 1, "struct", $tOld, "dword*", 0) DllCall('kernel32.dll', "bool", "ReadConsoleOutputAttribute", "handle", $g_hStdHandle, "struct*", $tOldAttrib, "dword", 1, "struct", $tOld, "dword*", 0) ;if the last postion was this cell, blank/empty the cell. (Otherwise its been taken over by another thread) If ($tOldCell.oc = $tMyCell.mc) And ($tOldAttrib.oa = $tMyAttrib.ma) Then DllCall('kernel32.dll', "bool", "WriteConsoleOutputCharacter", "handle", $g_hStdHandle, "byte*", 0x20, "dword", 1, "struct", $tOld, "dword*", 0) EndIf ;write the current cell DllCall('kernel32.dll', "bool", "WriteConsoleOutputCharacter", "handle", $g_hStdHandle, "struct*", $tMyCell, "dword", 1, "struct", $tCoords, "dword*", 0) DllCall('kernel32.dll', "bool", "WriteConsoleOutputAttribute", "handle", $g_hStdHandle, "struct*", $tMyAttrib, "dword", 1, "struct", $tCoords, "dword*", 0) ;update coords $tOld.X = $tCoords.X $tOld.Y = $tCoords.Y $tCoords.X += $tDelta.X $tCoords.Y += $tDelta.Y ;change directions if we are out of bounds If $tCoords.X < 0 Or $tCoords.X >= 120 Then $tDelta.X *= -1 If $tCoords.Y < 0 Or $tCoords.Y >= 30 Then $tDelta.Y *= -1 Sleep(75) Until GUIGetMsg() = -3 EndFunc ;==>_BounceAU3  
      From there the that function converted into assembly so we can call as a thread. The only real differences are the extra parameters we passing as a structure and I also generate the random starting values in autoit instead, then pass them to the function. Here is what the main assembly function looks like. I added comments for each peice of code from au3 that we are translating:
      _('procf _Bounce uses ebx, pParms') ; ; create the local variables _(' locals') _(' BlankCell db 32') ; this first group covers the variables from the original script _(' MyCell db ?') _(' OldCell db ?') _(' MyAtt dw ?') _(' OldAtt dw ?') _(' tCoords COORD') _(' tDelta COORD') _(' tOld COORD') _(' bytesread dw ?') ; _(' iMyID dw ?') ; this group of local vars cover holding all the other paramerters we are passing in tParms _(' g_hScreenMutex dd ?') _(' g_hRunMutex dd ?') _(' g_hStdHandle dd ?') _(' pfWaitForSingleObject dd ?') _(' pfReleaseMutex dd ?') _(' pfReadChar dd ?') _(' pfReadAttr dd ?') _(' pfWriteChar dd ?') _(' pfWriteAttr dd ?') _(' endl') ; ;all of these push/pops are to transfer the rest of variables from tParms structure to the local variables we created ;first mov the structure address into ebx _(' mov ebx, [pParms]') ; ; now push and pop the values into the variables ; use _winapi_displaystruct() to view all the offsets being used in the [ebx+offset] lines _(' pushw [ebx]') ; _(' popw word[tCoords+COORD.X]') _(' pushw word[ebx+2]') ; _(' popw word[tCoords+COORD.Y]') _(' pushw word[ebx+4]') ; _(' popw word[tDelta+COORD.X]') _(' pushw word[ebx+6]') ; _(' popw word[tDelta+COORD.Y]') _(' pushw word[ebx+8]') ; _(' popw word[iMyID]') _(' push dword[ebx+12]') ; _(' pop dword[g_hScreenMutex]') _(' push dword[ebx+16]') ; _(' pop dword[g_hRunMutex]') _(' push dword[ebx+20]') ; _(' pop dword[g_hStdHandle]') _(' push dword[ebx+24]') ; _(' pop dword[pfWaitForSingleObject]') _(' push dword[ebx+28]') ; _(' pop dword[pfReleaseMutex]') _(' push dword[ebx+32]') ; _(' pop dword[pfReadChar]') _(' push dword[ebx+36]') ; _(' pop dword[pfReadAttr]') _(' push dword[ebx+40]') ; _(' pop dword[pfWriteChar]') _(' push dword[ebx+44]') ; _(' pop dword[pfWriteAttr]') _('.if word[iMyID] > 16') ; $tMyCell.mc = $iMyID > 16 ? 0x01 : 0x02 (no difference in windows 10) _(' mov word[MyCell], 1') _('.else') _(' mov word[MyCell], 2') _('.endif') ; _('pushw word[iMyID]') ; $tMyAttrib.ma = BitAND($iMyID, 0x0F) _('popw word[MyAtt]') _('and word[MyAtt], 15') ; _('.repeat') ; do ; ; Wait infinetly for the screen mutex to be available, then take ownership _(' invoke pfWaitForSingleObject, [g_hScreenMutex], -1') ; ; DllCall('kernel32.dll', "bool", "WriteConsoleOutputCharacter", "handle", $hStdHandle, "byte*", 0x20, "dword", 1, "struct", $tOld, "dword*", 0) _(' invoke pfReadChar, [g_hStdHandle], addr OldCell, 1, dword[tOld], addr bytesread') ; _(' invoke pfReadAttr, [g_hStdHandle], addr OldAtt, 1, dword[tOld], addr bytesread') ; ; _(' mov al, byte[MyCell]') ;If ($tOldCell.oc = $tMyCell.mc) And ($tOldAttrib.oa = $tMyAttrib.ma) Then _(' mov cl, byte[MyAtt]') _(' .if (byte[OldCell] = al) & (byte[OldAtt] = cl)') _(' invoke pfWriteChar, [g_hStdHandle], addr BlankCell, 1, dword[tOld], addr bytesread') _(' .endif') ; ; DllCall('kernel32.dll', "bool", "WriteConsoleOutputCharacter", "handle", $hStdHandle, "struct*", $tMyCell, "dword", 1, "struct", $tCoords, "dword*", 0) _(' invoke pfWriteChar, [g_hStdHandle], addr MyCell, 1, dword[tCoords], addr bytesread') _(' invoke pfWriteAttr, [g_hStdHandle], addr MyAtt, 1, dword[tCoords], addr bytesread') ; _(' pushw word[tCoords+COORD.X]') ;$tOld.X = $tCoords.X _(' popw word[tOld+COORD.X]') ; _(' pushw word[tCoords+COORD.Y]') ;$tOld.Y = $tCoords.Y _(' popw word[tOld+COORD.Y]') _(' mov ax, word[tDelta+COORD.X]') ; $tCoords.X += $tDelta.X _(' add word[tCoords+COORD.X], ax') ; _(' mov ax, word[tDelta+COORD.Y]') ; $tCoords.Y += $tDelta.Y _(' add word[tCoords+COORD.Y], ax') ; ; If $tCoords.X < 0 Or $tCoords.X >= 120 Then $tDelta.X *= -1 _(' .if (word[tCoords+COORD.X] < 0 | word[tCoords+COORD.X] >= 120)') _(' neg word[tDelta+COORD.X]') _(' .endif') _(' .if (word[tCoords+COORD.Y] < 0 | word[tCoords+COORD.Y] >= 30)') _(' neg word[tDelta+COORD.Y]') _(' .endif') ; ; release the screen mutex _(' invoke pfReleaseMutex, [g_hScreenMutex]') ; ; wait 100 ms for the Runmutex to be available. _(' invoke pfWaitForSingleObject, [g_hRunMutex], 100') ; ; a return of 258 means it timed out waiting and that the run mutex (owned by the main autoit thread) is still alive. ; when the run mutex handle gets closed this will return a fail or abandonded. _('.until eax <> 258') ; ;exit thread _(' ret') _('endp')  
      And finally how we call that assembled function from autoit to create the theads:
      ;create mutex for sharing the screen thats not owned by main thread Global $g_hScreenMutex = _WinAPI_CreateMutex('', False) ; ;create mutex that tells the threads to exit that is owned by main thread Global $g_hRunMutex = _WinAPI_CreateMutex('', True) ... ... ;assemble function Local $tBinExec = _fasmg_Assemble($g_sFasm, False) ;Local $tBinExec = _fasmg_CompileAu3($g_sFasm) If @error Then Exit (ConsoleWrite($tBinExec & @CRLF)) ;this is struct is for all the values Im passing to the thread. ;this will hold are random start x,y,delta values, handles, and pointers to functions called within the thread $tParms = DllStructCreate('short start[4];word myid;dword hands[3];ptr funcs[6]') $tParms.start(1) = Random(0, 119, 1) $tParms.start(2) = Random(0, 29, 1) $tParms.start(3) = Random(-3, 3, 1) $tParms.start(4) = Random(-3, 3, 1) $tParms.myid = 1 $tParms.hands(1) = $g_hScreenMutex $tParms.hands(2) = $g_hRunMutex $tParms.hands(3) = $g_hStdHandle $tParms.funcs(1) = _GPA('kernel32.dll', 'WaitForSingleObject') $tParms.funcs(2) = _GPA('kernel32.dll', 'ReleaseMutex') $tParms.funcs(3) = _GPA('kernel32.dll', 'ReadConsoleOutputCharacterA') $tParms.funcs(4) = _GPA('kernel32.dll', 'ReadConsoleOutputAttribute') $tParms.funcs(5) = _GPA('kernel32.dll', 'WriteConsoleOutputCharacterA') $tParms.funcs(6) = _GPA('kernel32.dll', 'WriteConsoleOutputAttribute') ;create 128 threads with different start values and colors for each one For $i = 1 To 128 $tParms.myid = $i $tParms.start(1) = Random(0, 119, 1) $tParms.start(2) = Random(0, 29, 1) $tParms.start(3) = Random(-3, 3, 1) $tParms.start(4) = Random(-3, 3, 1) If $tParms.start(3) + $tParms.start(4) = 0 Then $tParms.start(3) = (Mod(@MSEC, 2) ? 1 : -1) ; adjusting non-moving (0,0) delta values.. DllCall("kernel32.dll", "hwnd", "CreateThread", "ptr", 0, "dword", 0, "struct*", $tBinExec, "struct*", $tParms, "dword", 0, "dword*", 0) Sleep(50) Next MsgBox(262144, '', '128 Threads Created') ;Close the run mutex handle. This will cause all the threads to exit _WinAPI_CloseHandle($g_hRunMutex) _WinAPI_CloseHandle($g_hScreenMutex) MsgBox(262144, '', 'Mutex handles closed. All Threads should have exited') Exit The attachment below contains both the compiled and source assembly. To play with the assembly source you need to add the fasmg udf in my sig. The compiled version should not need anything. Let me know if you have any issues.
      Special thanks to @trancexx for teaching me this with her clock example
      Bounce.zip
       
    • By Beege
      Years ago I tried to put some functionality together to do some of this here. I started off in the right direction but it ended up getting out of control. Any new thing I learned along the way (as I was creating it), I kept trying to add in and it all became a mess. One of my primary goals with that was to make sure the code could always be pre-compiled and still run. That part did work and I was able create a couple of good projects with it, but still a lot of parts I wouldn't consider correct now and certainly not manageable. 
      Here is a redo of what I was going for there only this time I'm not going to be generating any of the assembly code. That's all going to be done using the built in macro engine already within fasm.dll and the macros written by Tomasz Grysztar (creator of fasm) so this time I don't have to worry about any of the code that gets generated. Im not going to touch the source at all. In fact there is not even going to be _fasmadd or global variables tracking anything. None of that is needed with the added basic and extended headers that you can read more about in the fasm documentation. You can use almost all of whats in the documentation section for basic/extended headers but ignore the parts about import,exports,resources,text encoding. doesn't really apply here.
      Here are examples I came up with that covers a lot of core functionality to write assembly code in a manner that you already know how. If/while using multiple conditional logic statements,  multiple functions, local variables, global variables, structures, COM interfaces, strings as parameters, nesting function calls. These are all things you dont even have to think about when your doing it in autoit and I'm hoping this helps bring some of that same comfort to fasm. 
      These 3 simple callback functions will be used through out the examples  
      Global $gConsoleWriteCB = DllCallbackRegister('_ConsoleWriteCB', 'dword', 'str;dword'), $gpConsoleWriteCB = DllCallbackGetPtr($gConsoleWriteCB) Global $gDisplayStructCB = DllCallbackRegister('_DisplayStructCB', 'dword', 'ptr;str'), $gpDisplayStructCB = DllCallbackGetPtr($gDisplayStructCB) Global $gSleepCB = DllCallbackRegister('_SleepCB', 'dword', 'dword'), $gpSleepCB = DllCallbackGetPtr($gSleepCB) Func _ConsoleWriteCB($sMsg, $iVal) ConsoleWrite($sMsg & $iVal & @CRLF) EndFunc ;==>_ConsoleWriteCB Func _DisplayStructCB($pStruct, $sStr) _WinAPI_DisplayStruct(DllStructCreate($sStr, $pStruct), $sStr, 'def=' & $sStr) EndFunc ;==>_DisplayStructCB Func _SleepCB($iSleep) Sleep($iSleep) EndFunc ;==>_SleepCB  
      proc/endp - like func and endfunc with some extra options. "uses" statement will preserve the registers specified. stdcall is the default call type if not specified. DWORD is the default parameter size if not specified. ret value is also handled for you. You don't have to worry about adjusting a number every time you throw on an extra parameter. In fact you don't ever have to specify/touch ebp/esp at all with these macros. See Basic headers -> procedures for full description.
      force - just a macro I added for creating a anonymous label for the first/primary function to ensure the code gets generated. The problem we are getting around is this: in our example, _main is never actually called anywhere within fasm code and fasm engine detects that and thinks the code is doing nothing. Because of that it wants to skip generating that code and all code that was called by it leaving you with nothing. This is actually a great feature but we obviously want to make an exception for our main/initial/primary function that starts it all off so thats all this does.
      Func _Ex_Proc() $g_sFasm = '' _('force _main') _('proc _main uses ebx, parm1, parm2') ; _('proc _main stdcall uses ebx, parm1:DWORD, parm2:DWORD'); full statement _(' mov ebx, [parm1]') _(' add ebx, [parm2]') _(' mov eax, ebx') _(' ret') _('endp') Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) Local $iAdd = DllCallAddress('dword', DllStructGetPtr($tBinary), 'dword', 5, 'dword', 5) ConsoleWrite('Parm1+Parm2=' & $iAdd[0] & @CRLF) EndFunc ;==>_Ex_Proc  
          Here Im showing you calling _ConsoleWriteCB autoit function we set up as a callback. Its how you would call any function in autoit from fasm.
          Strings - Notice Im creating and passing "edx = " string to the function on the fly. So helpful!
          invoke - same as a stdcall with brackets []. Use this for when calling autoit functions
       
      Func _Ex_Callback() $g_sFasm = '' _('force _main') _('proc _main, pConsoleWriteCB, parm1, parm2') _(' mov edx, [parm1]') _(' add edx, [parm2]') _(' invoke pConsoleWriteCB, "edx = ", edx') ; ;~ _(' stdcall [pConsoleWriteCB], "edx = ", edx') ; same as invoke _(' ret') _('endp') Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) DllCallAddress('ptr', DllStructGetPtr($tBinary), 'ptr', $gpConsoleWriteCB, 'dword', 5, 'dword', 5) EndFunc ;==>_Ex_Callback  
      Showing .while/.endw, .if/.elseif/.else/.endif usage. .repeat .until are also macros you can use. See Extended Headers -> Structuring the source. Ignore .code, .data, .end - Those are gonna be more for a full exe.
      invokepcd/invokepd - these are macros I added that are the same as invoke, just preserve (push/pop) ECX or both ECX and EDX during the call. Below is also a good example of what can happen when you don't preserve registers that are caller saved (us calling the function) vs callie saved (us creating the function). EAX,ECX,EDX are all caller saved so when we call another function like the autoit callback _ConsoleWriteCB, those registers could have very different values then what was in them before the call. This function below should do at least two loops, but it doesn't (at least on my pc) without preserving ECX because ECX is no longer zero when the function returns.
      Keep the same thought in mind for registers EBX,ESI,EDI when you are creating assembly functions (callie saved). If your functions uses those registers, You need to preserve and restore them before your code returns back to autoit or else you could cause a similar effect to autoit. "trashing" registers is a term I've seen used alot when referring to these kind of mistakes
      Func _Ex_IfElseWhile() $g_sFasm = '' _('force _main') _('proc _main uses ebx, pConsoleWriteCB') _(' xor edx, edx') ; edx=0 _(' mov eax, 99') ; _(' mov ebx, 10') _(' xor ecx, ecx') ; ecx=0 _(' .while ecx = 0') _(' .if eax<=100 & ( ecx | edx )') ; not true on first loop _(' inc ebx') _(' invokepcd pConsoleWriteCB, "Something True - ebx=", ebx') _(' ret') _(' .elseif eax < 99') ; Just showing you the elseif statement _(' inc ebx') _(' .else') ;~ _(' invokepcd pConsoleWriteCB, "Nothing True - ebx=", ebx') ; comment this and uncomment the line below _(' invoke pConsoleWriteCB, "Nothing True - ebx=", ebx') _(' inc edx') ; this will make next loop true _(' .endif') _(' .endw') _(' ret') _('endp') Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) DllCallAddress('dword', DllStructGetPtr($tBinary), 'ptr', $gpConsoleWriteCB) EndFunc ;==>_Ex_IfElseWhile  
          Sub Functions : You already understand this. Not really "sub", its just another function you call. And those functions call other functions and so on.
          fix : syntax sugar - Look how easy it was to replace invoke statement with our actual autoit function name
          ptr : more sugar - same thing as using brackets [parm1]
          Nesting : In subfunc1 we pass the results of two function calls to the same function we are calling
      Func _Ex_SubProc() $g_sFasm = '' ;replace all '_ConsoleWriteCB' statments with 'invoke pConsoleWriteCB' before* assembly _('_ConsoleWriteCB fix invoke pConsoleWriteCB') _('force _main') _('proc _main uses ebx, pConsoleWriteCB, parm1, parm2') _(' mov ebx, [parm1]') _(' add ebx, [parm2]') _(' _ConsoleWriteCB, "ebx start = ", ebx') _(' stdcall _subfunc1, [pConsoleWriteCB], [parm1], [parm2]') _(' _ConsoleWriteCB, "ebx end = ", ebx') _(' ret') _('endp') ; _('proc _subfunc1 uses ebx, pConsoleWriteCB, parm1, parm2') _(' mov ebx, [parm1]') _(' _ConsoleWriteCB, " subfunc1 ebx start = ", ebx') _(' stdcall _SubfuncAdd, <stdcall _SubfuncAdd, [parm1], [parm2]>, <stdcall _SubfuncAdd, ptr parm1, ptr parm2>') ; Nesting functions _(' _ConsoleWriteCB, " _SubfuncAdd nested <5+5><5+5> = ", eax') _(' _ConsoleWriteCB, " subfunc1 ebx end = ", ebx') _(' ret') _('endp') ; _('proc _SubfuncAdd uses ebx, parm1, parm2') _(' mov ebx, [parm1]') _(' add ebx, [parm2]') _(' mov eax, ebx') _(' ret') _('endp') Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) DllCallAddress('dword', DllStructGetPtr($tBinary), 'ptr', $gpConsoleWriteCB, 'dword', 5, 'dword', 5) EndFunc ;==>_Ex_SubProc  
      This demonstrates the struct macro. See basic headers -> Structures for more info
      _FasmAu3StructDef will create an equivalent formated structure definition. All elements already have a sizeof.#name created internally. So in this example sizeof.AUTSTRUCT.x would equal 8. sizeof.AUTSTRUCT.z would equal 16 (2*8). I have added an additional one sot.#name (sizeoftype) for any array that gets created. Below is the source of what gets generate from 'dword x;dword y;short z[8]'. Also dont get confused that in fasm data definitions,  d is for data as in db (data byte) or dw (data word). Not double like it is in autoit's dword (double word). See intro -> assembly syntax -> data definitions
         
      struct AUTSTRUCT x dd ? y dd ? z dw 8 dup ? ends define sot.AUTSTRUCT.z 2 Func _Ex_AutDllStruct() $g_sFasm = '' Local Const $sTag = 'dword x;dword y;short z[8]' _(_FasmAu3StructDef('AUTSTRUCT', $sTag)) _('force _main') _('proc _main uses ebx, pDisplayStructCB, pAutStruct') _(' mov ebx, [pAutStruct]') ; place address of autoit structure in ebx _(' mov [ebx+AUTSTRUCT.x], 1234') _(' mov [ebx+AUTSTRUCT.y], 4321') _(' xor edx, edx') _(' mov ecx, 5') ; setup ecx for loop instruction _(' Next_Z_Index:') ; set elements 1-6 (0-5 here in fasm) _(' mov [ebx+AUTSTRUCT.z+(sot.AUTSTRUCT.z*ecx)], cx') ; cx _(' loop Next_Z_Index') _(' invoke pDisplayStructCB, [pAutStruct], "' & $sTag & '"') _(' mov [ebx+AUTSTRUCT.z+(sot.AUTSTRUCT.z*6)], 666') _(' mov [ebx+AUTSTRUCT.z+(sot.AUTSTRUCT.z*7)], 777') _(' ret') _('endp') Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) Local $tAutStruct = DllStructCreate($sTag) DllCallAddress('ptr', DllStructGetPtr($tBinary), 'ptr', $gpDisplayStructCB, 'struct*', $tAutStruct) _WinAPI_DisplayStruct($tAutStruct, $sTag) EndFunc ;==>_Ex_AutDllStruct  
      Here shows the locals/endl macros for creating local variables. See basic headers -> procedures. We create a local string and the same dll structure as above. Notice that you can initialize all the values of the structure on creation. There is a catch to this though that I will show you in next example.
      addr macro - This will preform the LEA instruction in EDX and then push the address on to the stack. This is awesome, just remember its using EDX to perform that and does not preserve it. You'll pretty much want to use that for any local variables you are passing around.
      Edit: I shouldn't say things like that so causally.  Use the addr macro as much as you want but remember that it is adding a couple of extra instuctions each time you use it so if your calling invoke within a loop and ultimate performance is one of your goals, you should probably perform the LEA instructions before the loop and save the pointer to a separate variable that your would then use in the loop. 
      Func _Ex_LocalVarsStruct() $g_sFasm = '' Local Const $sTag = 'dword x;dword y;short z[8]' _(_FasmAu3StructDef('POINT', $sTag)) _('force _main') _('proc _main, pDisplayStructCB') _(' locals') _(' sTAG db "' & $sTag & '", 0') ; define local string. the ', 0' at the end is to terminate the string. _(' tPoint POINT 1,2,<0,1,2,3,4,5,6,7>') ; initalize values in struct _(' endl') _(' invoke pDisplayStructCB, addr tPoint, addr sTAG') _(' mov [tPoint+POINT.x], 4321') _(' mov [tPoint+POINT.z+sot.POINT.z*2], 678') _(' invoke pDisplayStructCB, addr tPoint, addr sTAG') _(' ret') _('endp') Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) Local $ret = DllCallAddress('ptr', DllStructGetPtr($tBinary), 'ptr', $gpDisplayStructCB) EndFunc ;==>_Ex_LocalVarsStruct  
      Back to the catch. Alignment is the problem here but only with the initializes. I'm handling all the alignment ok so you don't have to worry about that for creating structures that need alignment, only if you are using the one liner initialize in locals. The problem comes from extra padding being defined to handle the alignment, but fasm doesn't really know its just padding so without adding extra comma's to the initiator statement, your data ends up in the padding or simply fails. The _FasmFixInit will throw in the extra commas needed to skip the padding.
      Func _Ex_LocalVarStructEx() $g_sFasm = '' $sTag = 'byte x;short y;char sNote[13];long odd[5];word w;dword p;char ext[3];word finish' _(_FasmAu3StructDef('POINT', $sTag)) _('force _main') _('proc _main, pDisplayStructCB') _(' locals') _(' tPoint POINT ' & _FasmFixInit('1,222,<"AutoItFASM",0>,<41,43,43,44,45>,6,7,"au3",12345', $sTag)) _(' endl') _(' invoke pDisplayStructCB, addr tPoint, "' & $sTag & '"') _(' ret') _('endp') Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) DllCallAddress('dword', DllStructGetPtr($tBinary), 'ptr', $gpDisplayStructCB) EndFunc ;==>_Ex_LocalVarStructEx  
      I love this one and it is really not even that hard to explain. We got multiple functions and want to be able to call them individually. Here I simply use the primary function to tell me where all the functions are. I load all the offsets (byte distance from start of code) of each each function in to a dllstruct, then once its passed back to autoit, adjust all the offsets by where they are actually located in memory (pointer to dll). From there you can call each individual function as shown previously. full code is in the zip. 
      String functions came from link below. I ended up modifying strcmp to get a value I understand. CRC32 func is all mine. Made it so easy being able to call _strlen and then use while statements like I normally would    https://www.strchr.com/strcmp_and_strlen_using_sse_4.2
      Func _Ex_SSE4_Library() $g_sFasm = '' _('force _main') _('proc _main stdcall, pAdd') _(' mov eax, [pAdd]') _(' mov dword[eax], _crc32') _(' mov dword[eax+4], _strlen') _(' mov dword[eax+8], _strcmp') _(' mov dword[eax+12], _strstr') _(' ret') _('endp') _('proc _crc32 uses ebx ecx esi, pStr') ; _('endp') _('proc _strlen uses ecx edx, pStr') ; _('endp') _('proc _strcmp uses ebx ecx edx, pStr1, pStr2') ; ecx = string1, edx = string2' ; _('endp') _('proc _strstr uses ecx edx edi esi, sStrToSearch, sStrToFind') ; _('endp') Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) Local $pBinary = DllStructGetPtr($tBinary) Local $sFunction_Offsets = 'dword crc32;dword strlen;dword strcmp;dword strstr' $tSSE42 = DllStructCreate($sFunction_Offsets) $ret = DllCallAddress('ptr', $pBinary, 'struct*', $tSSE42) _WinAPI_DisplayStruct($tSSE42, $sFunction_Offsets, 'Function Offsets') ;Correct all addresses $tSSE42.crc32 += $pBinary $tSSE42.strlen += $pBinary $tSSE42.strcmp += $pBinary $tSSE42.strstr += $pBinary $sTestStr = 'This is a test string!' ConsoleWrite('$sTestStr = ' & $sTestStr & @CRLF) $iCRC = DllCallAddress('int', $tSSE42.crc32, 'str', $sTestStr) ConsoleWrite('CRC32 = ' & Hex($iCRC[0]) & @CRLF) $aLen = DllCallAddress('int', $tSSE42.strlen, 'str', $sTestStr) ConsoleWrite('string len = ' & $aLen[0] & ' :1:' & @CRLF) $aFind = DllCallAddress('int', $tSSE42.strcmp, 'str', $sTestStr, 'str', 'This iXs a test') ConsoleWrite('+strcmp = ' & $aFind[0] & @CRLF) $aStr = DllCallAddress('int', $tSSE42.strstr, 'str', 'This is a test string!', 'str', 'test') ConsoleWrite('Strstr = ' & $aStr[0] & @CRLF) EndFunc ;==>_Ex_SSE4_Library  
      I'm extremely happy I got a com interface example working. I AM. That being said.. I'm pretty fucking annoyed I cant find the original pointer when using using built in ObjCreateInterface I've tired more than just whats commented out. It anyone has any input (I know someone here does!) that would be great. Using the __ptr__ from _autoitobject works below. Example will delete the tab a couple times.
      Edit: Got that part figured out. Thanks again trancexx!
      Func _Ex_ComObjInterface() $g_sFasm = '' ;~ _AutoItObject_StartUp() ;~ Local Const $sTagITaskbarList = "QueryInterface long(ptr;ptr;ptr);AddRef ulong();Release ulong(); HrInit hresult(); AddTab hresult(hwnd); DeleteTab hresult(hwnd); ActivateTab hresult(hwnd); SetActiveAlt hresult(hwnd);" ;~ Local $oList = _AutoItObject_ObjCreate($sCLSID_TaskbarList, $sIID_ITaskbarList, $sTagITaskbarList) Local Const $sCLSID_TaskbarList = "{56FDF344-FD6D-11D0-958A-006097C9A090}", $sIID_ITaskbarList = "{56FDF342-FD6D-11D0-958A-006097C9A090}" Local Const $sTagITaskbarList = "HrInit hresult(); AddTab hresult(hwnd); DeleteTab hresult(hwnd); ActivateTab hresult(hwnd); SetActiveAlt hresult(hwnd);" Local $oList = ObjCreateInterface($sCLSID_TaskbarList, $sIID_ITaskbarList, $sTagITaskbarList) _('interface ITaskBarList,QueryInterface,AddRef,Release,HrInit,AddTab,DeleteTab,ActivateTab,SetActiveAlt') ; _('force _main') _('proc _main uses ebx, pSleepCB, oList, pGUIHwnd') _(' comcall [oList],ITaskBarList,HrInit') _(' xor ebx, ebx') _(' .repeat') _(' invoke pSleepCB, 500') ; wait _(' comcall [oList],ITaskBarList,DeleteTab,[pGUIHwnd]') ; delete _(' invoke pSleepCB, 500') ; wait _(' comcall [oList],ITaskBarList,AddTab,[pGUIHwnd]') ; add back _(' comcall [oList],ITaskBarList,ActivateTab,[pGUIHwnd]') ; actvate _(' inc ebx') _(' .until ebx=4') _(' ret') _('endp') Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) Local $GUI = GUICreate("_Ex_ComObjInterface ------ DeleteTab") GUISetState() ;~ DllCallAddress('ptr', DllStructGetPtr($tBinary), 'ptr', $gpSleepCB, 'ptr', $oList.__ptr__, 'dword', Number($GUI)) DllCallAddress('ptr', DllStructGetPtr($tBinary), 'ptr', $gpSleepCB, 'ptr', $oList(), 'dword', Number($GUI)) EndFunc ;==>_Ex_ComObjInterface  
      Lastly here is an example of how to use a global variable. Without using the org statement, this value is just an offset like the functions in the library example. In order for your code to know that location, it needs to know where the real starting address is so we have to pass that to our functions. Once you have it, if you write your code proper and preserve registers correctly, you can just leave in EBX. From what I understand, if all functions are following stdcall rules, that register shouldn't change in less you change it. Something cool and important to remember is these variables will hold whatever values left in them till you wipe the memory (dll structure) holding your code. keep that in mind if you made your dll structure with a static keyword. If thats the case treat them like static variables
      Func _Ex_GlobalVars() $g_sFasm = '' _('_ConsoleWriteCB fix invoke pConsoleWriteCB') ; _('force _main') _('proc _main uses ebx, pMem, pConsoleWriteCB, parm1') _(' mov ebx, [pMem]') ; This is where are code starts in memory. _(' mov [ebx + g_Var1], 111') _(' add [ebx + g_Var1], 222') _(' _ConsoleWriteCB, "g_Var1 = ", [ebx + g_Var1]') _(' stdcall subfunc1, [pMem], [pConsoleWriteCB], [parm1]') _(' mov eax, g_Var1') _(' ret') _('endp') ; _('proc subfunc1 uses ebx, pMem, pConsoleWriteCB, parm1') _(' mov ebx, [pMem]') _(' mov [ebx + g_Var1], 333') _(' _ConsoleWriteCB, "g_Var1 from subfunc1= ", [ebx + g_Var1]') _(' stdcall subfunc2, [pConsoleWriteCB], [parm1]') ; no memory ptr passed. ebx should be callie saved _(' _ConsoleWriteCB, "g_Var1 from subfunc1= ", [ebx + g_Var1]') _(' stdcall subfunc2, [pConsoleWriteCB], [parm1]') _(' ret') _('endp') ; _('proc subfunc2, pConsoleWriteCB, parm1') _(' add [ebx + g_Var1], 321') _(' _ConsoleWriteCB, "g_Var1 from subfunc2= ", [ebx + g_Var1]') _(' ret') _('endp') ; _('g_Var1 dd ?') ; <--------- Global Var Local $tBinary = _FasmAssemble($g_sFasm) If @error Then Exit (ConsoleWrite($tBinary & @CRLF)) Local $iOffset = DllCallAddress('dword', DllStructGetPtr($tBinary), 'struct*', $tBinary, 'ptr', $gpConsoleWriteCB, 'dword', 55)[0] ConsoleWrite('$iOffset = ' & $iOffset & @CRLF) Local $tGVar = DllStructCreate('dword g_Var1', DllStructGetPtr($tBinary) + $iOffset) ConsoleWrite('Directly access g_Var1 -> ' & $tGVar.g_Var1 & @CRLF) ; direct access EndFunc ;==>_Ex_GlobalVars  
      FasmEx.zip
    • By Beege
      Special thanks to Ward for his udf and Trancexx for her assembly examples as they have played a huge role in my learning of asm.    UDF Requires  >Beta version 3.3.9.19 or higher. Also Requires >Wards Fasm UDF.  Direct Download Link   FASMEx.zip   FasmEx 9-29-2013.zip   This is dead. See new version here : 
       
       
       
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