Leaderboard

Well, that's the limit of AutoIt. Have a look to the alpha version. ;coded by UEZ build 2016-04-08 #pragma compile(Icon, "c:\Program Files (x86)\AutoIt3\Icons\au3.ico") #AutoIt3Wrapper_Run_Au3Stripper=y #Au3Stripper_Parameters=/so /pe /rm #AutoIt3Wrapper_Run_After=del /f /q "%scriptdir%\%scriptfile%_stripped.au3"5 #include <GDIPlus.au3> #include <GuiConstantsEx.au3> #include <WindowsConstants.au3> _GDIPlus_Startup() Global $hGUI, $iFPS = 0, $iShowFPS = 0, $bExit, $i Global Const $iW = 947, $iH = 620, $iWh = $iW / 2, $iHh = $iH / 2, $sTitle = "GDI+ 3D Object Rotation v1.2 alpha" Global Const $fPi = ACos(-1), $fRad = $fPi / 180, $fDeg = 180 / $fPi AutoItSetOption("GUIOnEventMode", 1) GDIPlus_3DRotation() AutoItSetOption("GUIOnEventMode", 0) _GDIPlus_Shutdown() Func GDIPlus_3DRotation() $bExit = False $hGUI = GUICreate($sTitle, $iW, $iH) ;, -1, -1, $WS_POPUP) GUISetState(@SW_SHOW, $hGUI) ;create canvas elements Local Const $hDC = _WinAPI_GetDC($hGUI) Local Const $hHBitmap = _WinAPI_CreateCompatibleBitmap($hDC, $iW, $iH) Local Const $hDC_backbuffer = _WinAPI_CreateCompatibleDC($hDC) Local Const $DC_obj = _WinAPI_SelectObject($hDC_backbuffer, $hHBitmap) Local Const $hCanvas = _GDIPlus_GraphicsCreateFromHDC($hDC_backbuffer) _GDIPlus_GraphicsSetSmoothingMode($hCanvas, $GDIP_SMOOTHINGMODE_HIGHQUALITY) _GDIPlus_GraphicsSetPixelOffsetMode($hCanvas, $GDIP_PIXELOFFSETMODE_HIGHQUALITY) Local Const $hBrush_Clr = _GDIPlus_BrushCreateSolid(0xFF303030), _ $hBrush_FPS = _GDIPlus_BrushCreateSolid(0xFFA0A0A0), _ $hBrush_Fill = _GDIPlus_BrushCreateSolid(0xFFFFFFFF), _ $hBrush_Fill2 = _GDIPlus_BrushCreateSolid(0x10FFFFFF), _ $hPen_Line = _GDIPlus_PenCreate(0xFF40B040, 1), _ $hFormat_FPS = _GDIPlus_StringFormatCreate(), _ $hFamily_FPS = _GDIPlus_FontFamilyCreate("Arial"), _ $hFont_FPS = _GDIPlus_FontCreate($hFamily_FPS, 8), _ $tLayout_FPS = _GDIPlus_RectFCreate(0, 0, 60, 16) _GDIPlus_PenSetLineJoin($hPen_Line, 2) $iFPS = 0 Local Const $hPath = _GDIPlus_PathCreate(), $sPolygon = BinaryToString(_Polygons()) Add_Polygon($sPolygon, $hPath) Local $aData = _GDIPlus_PathGetData($hPath) ConsoleWrite($aData[0][0] & @CRLF) Local $aSphere = CreateSphere($aData, $iWh, $iHh, 130) Local $iAmountDots = $aSphere[0], $tCoords = $aSphere[1], $tTypes = $aSphere[2] Local $fRotX = 0 * $fDeg, $fRotY = 0, $fRotZ = 10 * $fDeg, $iFillMode = 0, $i Local $tPoints = DllStructCreate("float dots[" & 2 * $iAmountDots & "]") GUISetOnEvent($GUI_EVENT_CLOSE, "_Exit_About") AdlibRegister("CalcFPS", 1000) Do DllCall($__g_hGDIPDll, "int", "GdipFillRectangle", "handle", $hCanvas, "handle", $hBrush_Clr, "float", 0, "float", 0, _ "float", $iW, "float", $iH) ;erase canvas background For $i = 1 To $iAmountDots Translate3Dto2D($tCoords, $i, $fRotX, $fRotY, $fRotY - $fRotX, $iWh, $iHh, 1000) $tPoints.dots((2 * $i - 1)) = $tCoords.fX(($i)) $tPoints.dots((2 * $i)) = $tCoords.fY(($i)) Next $hPath2 = DllCall($__g_hGDIPDll, "int", "GdipCreatePath2", "struct*", $tPoints, "struct*", $tTypes, "int", $iAmountDots, "int", $iFillMode, "handle*", 0)[5] DllCall($__g_hGDIPDll, "int", "GdipFillPath", "handle", $hCanvas, "handle", $hBrush_Fill2, "handle", $hPath) DllCall($__g_hGDIPDll, "int", "GdipFillPath", "handle", $hCanvas, "handle", $hBrush_Fill, "handle", $hPath2) DllCall($__g_hGDIPDll, "int", "GdipDrawPath", "handle", $hCanvas, "handle", $hPen_Line, "handle", $hPath2) DllCall($__g_hGDIPDll, "int", "GdipDeletePath", "handle", $hPath2) $fRotX += 0.025 $fRotY += 0.033 _GDIPlus_GraphicsDrawStringEx($hCanvas, "FPS: " & $iShowFPS, $hFont_FPS, $tLayout_FPS, $hFormat_FPS, $hBrush_FPS) ;draw background message text _WinAPI_BitBlt($hDC, 0, 0, $iW, $iH, $hDC_backbuffer, 0, 0, $SRCCOPY) ;blit drawn bitmap to GUI $iFPS += 1 If $bExit Then ExitLoop Until Not Sleep(10) AdlibUnRegister("CalcFPS") ;release resources _GDIPlus_PathDispose($hPath) _GDIPlus_PathDispose($hPath2) _GDIPlus_FontDispose($hFont_FPS) _GDIPlus_FontFamilyDispose($hFamily_FPS) _GDIPlus_StringFormatDispose($hFormat_FPS) _GDIPlus_BrushDispose($hBrush_Clr) _GDIPlus_BrushDispose($hBrush_FPS) _GDIPlus_BrushDispose($hBrush_Fill) _GDIPlus_BrushDispose($hBrush_Fill2) _GDIPlus_PenDispose($hPen_Line) _GDIPlus_GraphicsDispose($hCanvas) _WinAPI_SelectObject($hDC_backbuffer, $DC_obj) _WinAPI_DeleteDC($hDC_backbuffer) _WinAPI_DeleteObject($hHBitmap) _WinAPI_ReleaseDC($hGUI, $hDC) GUIDelete($hGUI) EndFunc ;==>GDIPlus_3DRotation Func Translate3Dto2D(ByRef $tStruct, $iPos, $fRotX, $fRotY, $fRotZ, $fCenterX = 0, $fCenterY = 0, $fZDeepCorrection = 1000) Local Const $fCosRotX = Cos($fRotX), $fSinRotX = Sin($fRotX), _ $fCosRotY = Cos($fRotY), $fSinRotY = Sin($fRotY), _ $fCosRotZ = Cos($fRotZ), $fSinRotZ = Sin($fRotZ), _ $f1 = $fCosRotY * $tStruct.x(($iPos)), _ $f2 = $fSinRotX * $tStruct.y(($iPos)), _ $f3 = $fCosRotX * $tStruct.z(($iPos)), _ $f4 = $fCosRotX * $tStruct.y(($iPos)), _ $f5 = $fSinRotX * $tStruct.z(($iPos)), _ $f6 = $f1 - $fSinRotY * ($f2 + $f3), _ $fXPos = $fCosRotZ * $f6 - $fSinRotZ * ($f4 - $f5), _ $fYPos = $fSinRotZ * $f6 + $fCosRotZ * ($f4 - $f5), _ $fZPos = $fSinRotY * $tStruct.x(($iPos)) + $fCosRotY * ($f2 + $f3), _ $fZPerspCorrection = 1 / ($fZPos / $fZDeepCorrection + 1) $tStruct.fX(($iPos)) = $fXPos * $fZPerspCorrection + $fCenterX $tStruct.fY(($iPos)) = $fYPos * $fZPerspCorrection + $fCenterY EndFunc ;==>Translate3Dto2D Func _Exit_About() $bExit = True EndFunc ;==>_Exit_About Func CalcFPS() ;display FPS $iShowFPS = $iFPS $iFPS = 0 EndFunc ;==>CalcFPS Func CreateSphere($aData, $iWh, $iHh, $fRadius = 200) Local $iAmountDots = $aData[0][0] Local $tCoords = DllStructCreate("struct;float x[" & $iAmountDots & "];float y[" & $iAmountDots & "];float z[" & $iAmountDots & "];float fX[" & $iAmountDots & "];float fY[" & $iAmountDots & "];float fZ[" & $iAmountDots & "];endstruct") Local $tTypes = DllStructCreate("byte type[" & $iAmountDots & "]") Local $i, $fLongitude, $fLatitude For $i = 1 To $iAmountDots $fLongitude = ($iWh - $aData[$i][0]) / $fRadius $fLatitude = 2 * ATan(2.718281828^(($iHh - $aData[$i][1]) / $fRadius)) - ($fPi / 2) $tCoords.x(($i)) = $fRadius * Cos($fLatitude) * Cos($fLongitude) $tCoords.y(($i)) = $fRadius * Cos($fLatitude) * Sin($fLongitude) $tCoords.z(($i)) = $fRadius * Sin($fLatitude) $tTypes.type(($i)) = $aData[$i][2] Next Local $aResult[3] = [$iAmountDots, $tCoords, $tTypes] Return $aResult EndFunc Func Add_Polygon($sPolygon, $hPath, $fScale = 1.0) Local $aPolygons = StringRegExp($sPolygon, "(?mi)polygon\((.*)\)", 3), $i, $j, $k, $aPolygon, $tPoints For $i = 0 To UBound($aPolygons) - 1 $aPolygon = StringRegExp($aPolygons[$i], "\d*\.?\d+", 3) $tPoints = DllStructCreate("float coordinates[" & UBound($aPolygon) & "]") $k = 1 For $j = 0 To UBound($aPolygon) - 2 Step 2 $tPoints.coordinates((2 * $k - 1)) = $aPolygon[$j] * $fScale $tPoints.coordinates((2 * $k)) = $aPolygon[$j + 1] * $fScale $k += 1 Next DllCall($__g_hGDIPDll, "int", "GdipAddPathPolygon", "handle", $hPath, "struct*", $tPoints, "int", UBound($aPolygon) / 2) $tPoints = 0 Next EndFunc ;Code below was generated by: 'File to Base64 String' Code Generator v1.20 Build 2015-09-19 Func _Polygons($bSaveBinary = False, $sSavePath = @ScriptDir) Local $Polygons $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= 'CrwGBslmOJlACiA1wD1ACDg2QW+7gFfBAjKAKMAFQSg3QRtVxQI1wQI4wgs3QUg2f0BgwQtBfsACwQjDDgNBOGeBOsALATc4MwA3xQsy3UB+NkNnwAjABTjDDoAWqCA2MkJgOQFdNQAl5cECMMALNTXDFMksxQJDCTUACzMgNDZCbjj3ADyADwIROEBcBTgAFwAOt8QCAJMFODmCvYBULACy+UDCIDVALcECwB5AAUFcnDUwwIFAE4FiNTCABHvBGkFiOUCBwRoBJsARMfuASMMUNcEIANfBAsG/wBH7AT7AIDLBEcIgwRrAEYF378kvxgIKOEF5NcOPABRCXm9GTEBPAg4BNTZAGwMgNPdBWwImYVQ2w2egbCI44gW/gRdgCuIC6QtlAQgQNYAZqDggM2JjNQAeNQB2f6IkgRmgWIEIZAFgO2EBNefgBaAYoSo0MwAKZQHhXW9gBIAXYQGgJzLjAsFDNP+iJGEHoCRkAekOZQEJE6A4uDQgM8IxZAHCMTUhOruBCKAhNcFRYQGBDjbhVn+ACEAwZAFkB2FvZQFBOTN/4EJhAUE54AJiCm4NC581faAvMgEHIRqgL4IRYUY29SIXOaIYNqQnYgSEDmIEv8F1YAGCFOkIZQEJDTcBl3IzYjo1NyAoYQEBBzflgZMz4j41NyGdAArBKP9gAQIQ4gJiB4JTYQGAEQKo/2sKZQGJDsJ2IGiBCGABgET9gk01QIFgAWK6AQ2CSiId/aC0IKEQYQFBgaENhRRgjK2CDjFhAWNAN8KFNaIh30CNwIXgiuELws85Yw3gGf/Bi+EFQ4FpASCrYxPpFGMB28o0QYE3oqTBLjlhAQIW9+FEoA0iIzIAE2CJAQqAFOwxIOByRDY2ZgFBNmAEz4EagGrmBWAVMyAgDyEp/2MBAMhhBGIKom9rEGUBiBSaNqE4IOC6AA02MwLQ+eKDNjNgD2UBYNogzoJZXDYyARmAwiAmNuDjOM4goMUAEGEBNCDhbPMC/DMgQG2QEfsFtQAJCAAz6xBsQk828SogsGiBBvEq+7EAhAk5AQVBB2B0QAcSENg2MzSBBrQANUAKcHkv8gIRZHABEBM2ID8wILdQC3EBEUEgkAqQFzbgQu8AC7MGMAJwbzlzAfgItgDvCgtwLFUP4EY1QQcBCHBJ/wAFkxGBWEEHwQUiPDQCswD5glQ2NYIMkl87BbUASAfuN1E9kHmBAzfQCsB8kg7+NxAN0HdgELMA4X9zASCVviAACaAAwBAgAqIkN4AU3VAdMMENtABSaDfxjLEA6/AHtAA4wRA3sDmwCCJx/jfxO7EL8QKAF+AI4nekCe+CPrEGsACCPjewP1GPOAL/4wu2APkNkW5FChFwhQNwUb+xigILsD9gKPJVsQAx8A3T4QIgAjIgEi43MXVQAf9RDFJiAkK7BbUAzAfQGqAO/wECUWRQDpETQhTQD/IE8TD/IyWBFiIoxArSHUEJegS1ANWIBjgyLTNBCTiQFTAEpcEfOKA2NCBSgjhgoew3IJKJUQE5AAxwCGED/xBLswIxELJLygSkAGkq4FL/MFewnoEvwACAWXAPgSegQfNQV9MYNjexPaG3wTpgAr4zwACDM9BEAASUMDjyaf/wQMQAAwQyA+EXoQWxLjADv5ABwKLCABwIxABICjJgLrtQEMFRLEAXwwCSJzLAM3egOsAAkAQyYhFhAhALMv8gNpAYsG4xAxNAwG4xA2Q//eJZMpASwQCgGpMB0RtSaq4yYB2RAVIOMhKEMuCn/YANMqB/QBtRaZMB0B8AWtuRAcIyMlBjsAwyYSDAAP+CIS8MwwBZDhAvoUnCeKEI/wEjYhXBAOELwmthAsEDAwf/8CZACpcBCATGADkGAY7CA/9hCAGJwAACU5EBAVAif8EA/2EFcww7A8YAagUgw6IOMgn/QSB1D5GWkgTxFWACAQfyxf4yIDEAClFrkwEIBMYAOgb/MTmRB/ICMbBxDwIK4kezd/oyok4yQUCj' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= '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' $Polygons &= 'OQIMMgMM9QEzMgMZNgRaAmcKgQYMACk=' $Polygons = _WinAPI_Base64Decode($Polygons) If @error Then Return SetError(1, 0, 0) Local $tSource = DllStructCreate('byte[' & BinaryLen($Polygons) & ']') DllStructSetData($tSource, 1, $Polygons) Local $tDecompress _WinAPI_LZNTDecompress($tSource, $tDecompress, 69852) 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 & "\Polygon.txt", 18) If @error Then Return SetError(2, 0, $bString) FileWrite($hFile, $bString) FileClose($hFile) EndIf Return $bString EndFunc ;==>_Polygons Func _WinAPI_Base64Decode($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 The background map is the original map saved as polygons. The rotating world is the transformation of that map.

I rarely have any idea: all I do is peddle some good ideas of others.

@UEZ that's beautiful.

I should also watch more X-Files for some "dawn moments". Currently I'm playing also with polygons by trying to transform a 2d world map to a 3d sphere incl. rotating "the world". It runs currently with 2 fps...

here (http://codegolf.stackexchange.com/) you can find a lot of programming challenges, you can try to solve some that you like with AutoIt (and post your solution here...).

Then run it, and go to the pub. It's your day off.

https://www.autoitscript.com/wiki/FAQ#Why_does_the_Ctrl_key_get_stuck_down_after_I_run_my_script.3F

Yes $HowManyIneed = 10 Local $aArrayOfMouseClickCoordinates[$HowManyIneed][2] $Random = Random(0, $HowManyIneed -1, 1)

Bug patch pending next release in Eigen4AutoIt.au3, Func _Eigen_CreateMatrix_FromArray circa line 6900, please add "Local " to the $matA declaration under Switch $dims, Case 1. So please replace the last line of this section: Switch $dims Case 2 $rows=UBound($array,1) $cols=UBound($array,2) Local $matA=_Eigen_CreateMatrix($rows, $cols, $matrixtype) If @error Or $matA=-1 Then Return SetError(-1,0,False) Case 1 $rows=UBound($array,1) $matA=_Eigen_CreateMatrix($rows, 1, $matrixtype) ; 2D matrix! with this: Switch $dims Case 2 $rows=UBound($array,1) $cols=UBound($array,2) Local $matA=_Eigen_CreateMatrix($rows, $cols, $matrixtype) If @error Or $matA=-1 Then Return SetError(-1,0,False) Case 1 $rows=UBound($array,1) Local $matA=_Eigen_CreateMatrix($rows, 1, $matrixtype) ; 2D matrix! This bug affects you if you use variable $matA in your own scripts as a global; its ID was inadvertently reassigned globally instead of locally. Apologies for any inconvenience caused. This fix will be implemented in the next regular release.

Correct.

@JohnOne, This is plain whole DB file encryption. SQlite works with I/O blocks it calls pages inside a DB file. This encryption layer encrypts/decrypts pages on the fly when SQLite needs to write/read (resp.) pages from the file. I don't know precisely, it would take reading the source code for that, but it must be a decent level like SHA2 ou something. Don't fear breaking by sister kid. There is an SQLite add-on available in source form which allows SQLite to perform user anthentication (a completely distinct feature from encryption). The module can be found in the source distribution, under ext\userauth and I can say it works pretty well. The caveat is that it uses the same file format as non authentication-enabled DBs, which means that if you can gain access to the DB, you can use any standard tool to read/write it without being authenticated. The feature is meant to restrict user access rights on a per-user basis, where the file is priviledge-protected inside a server or non-user area. Read user-auth.txt for details.

If your compiled script is erroneously identified as a virus, see here. There's nothing I can do about that. Yes, that version will do. Try it on a simple helloworld test script first, to learn how it works (don't forget to add #include MCFinclude.au3 if you wish to encrypt your script). Also please spend some time reading the FAQ (pdf file in the bundle) before posting questions in the CodeCrypter thread, should you run into difficulties. Best of luck.

You still have to understand scope in other languages. AutoIt is kind enough to provide you keywords where you can in theory define a global variable inside a function (awful though).

And I've finally got a reason other than myself to work on the IRC udf.

From what I can tell I don't see how it's possible for filefindfirstfile () to have any kind of specific target bc it's just finding the first file with a . where ever it searches first. This may also be besides your issue but if there is only one file in the script directory which is probably where it looks first there may not be another file to find. Maybe you should get a _filelisttoarray () from a directory and sort though that way.

Update: . IRC.au3 Updated: All Documentation Added : Now has a Constaznts file _IRCConnnect Fixed : Now PROPERLY returns any errors _IRCGetMsg Removed: $_iChars parameter since it gets one packet at a time and parsing is easier _IRCReplyTo Fixed : Now properly returns username _IRCStripSpecial Added : Now uses Constants File All files are now in a single ZIP Includes 2 basic IRC "clients", a CUI, and a GUI

Look at this... Local $aArrayOfMouseClickCoordinates[4][2] $aArrayOfMouseClickCoordinates[0][0] = 255 $aArrayOfMouseClickCoordinates[0][1] = 799 $aArrayOfMouseClickCoordinates[1][0] = 604 $aArrayOfMouseClickCoordinates[1][1] = 739 $aArrayOfMouseClickCoordinates[2][0] = 606 $aArrayOfMouseClickCoordinates[2][1] = 708 $aArrayOfMouseClickCoordinates[3][0] = 956 $aArrayOfMouseClickCoordinates[3][1] = 680 $iRandom = Random(0, 3, 1); 0 - 3 MouseClick("Primary", $aArrayOfMouseClickCoordinates[$iRandom][0], $aArrayOfMouseClickCoordinates[$iRandom][1]) Try to figure out what is going on, by using help file, before you ask any further questions.

There are many versions of System.Data.SQLite.dll. You must use the one compatible with your script (x86 or x64) and which is compiled as "static" and "mixed-mode" assembly. For use with AutoIt, the .Net version is irrelevant unless you intend to also use the same library with .Net features from other programs. Also please note that you must issue the pragma key= before any use of the DB.

Documented code: #include <File.au3> $OldFilePath = @ScriptDir & "\OldFile.txt" ;Old file path defined $NewFilePath = @ScriptDir & "\NewFile.txt" ;New file path defined Manipulate() ;Use the function "Manipulate" Func Manipulate() ;Start of the function "Manipulate" no parameters so () For $Line = 1 to _FileCountLines($OldFilePath) ;For the variable $Line being 1 up to and including the number of lines in the old file $OldLine = FileReadLine($OldFilePath, $Line) ;Read the line $NewLine = $OldLine & " and something else." ;Edit the line FileWriteLine($NewFilePath, $NewLine) ;Write the new line to a file Next ;Then... (end of For loop) MsgBox(0,"Done","The manipulated lines were written to the following file: " & $NewFilePath) ;Announce that it's done. EndFunc ;End of the "Manipulate function" :-)