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  1. IronFine
    Good morning, I would love to contribute to either of the extensions. As I mentioned, I have been using VSCode with the Damian/Loganch extension for quite some time, and having the "Problems" tab really speeds up development. What do I love about the genius257 extension? IntelliSense is context-aware. So, if I am typing a variable, it lists everything that is valid in the current context. Combining the best features of both extensions would be amazing!
    2 points
  2. argumentum
    Am using both. Why, how, ..even added a "genius257.autoit3-debug". What am I doing ?, ..just F5 ( to run ) and clicking around. I tend to learn that way ..20 minutes later.. ok, I see that Damian has ">AutoIt: command" and if I remove it that's not there. I'll play around a bit more
    2 points
  3. Nine
    Glad you found a solution. If you feel like donating, Just send it to AutoIt.
    2 points
  4. Trong

    ImageSearchUDF

    Danyfirex reacted to Trong for a file

    More information about "ImageSearchUDF"

    Version v3.3

    11,538 downloads

    ImageSearch UDF - AutoIt Wrapper for ImageSearchDLL Overview ImageSearchDLL_UDF.au3 is a high-level AutoIt wrapper for ImageSearchDLL, providing easy-to-use functions for image searching, mouse automation, and multi-monitor support. It handles all the complexity of DLL calls and provides a clean, reliable API with built-in error handling and fallback mechanisms. Author: Dao Van Trong - TRONG.PRO UDF Version: v3.3 Compatible with: ImageSearchDLL v3.3+ AutoIt Version: 3.3.16.1+ License: MIT License ☕ Support My Work Enjoy my work? Buy me a 🍻 or tip via ❤️ PayPal Your support helps me continue developing and maintaining this library for the community! 🙏 Key Features Search Functions Screen Search: Find images on screen with multi-monitor support Image-in-Image Search: Find images within other images HBITMAP Search: Direct bitmap handle searching Wait & Click: Wait for image and auto-click when found Cache Control: Enable/disable persistent caching per search Mouse Automation (v3.3 Enhanced) Multi-Monitor Support: 100% reliable on all monitor configurations Negative Coordinates: Full support via WinAPI SetCursorPos Click Simulation: WinAPI mouse_event for all button types Smooth Movement: Optional speed parameter for cursor animation Window Clicks: Click relative to window positions Monitor Management Auto-Detection: Enumerate all connected monitors Virtual Desktop: Coordinate conversion between monitor and virtual space Specific Monitor Search: 2-3x faster when searching single monitor Monitor Info: Get position, size, and primary status Installation Include the UDF in your AutoIt script: #include "ImageSearchDLL_UDF.au3" Place DLL in same directory as script: ImageSearchDLL_x64.dll for x64 AutoIt ImageSearchDLL_x86.dll for x86 AutoIt Not required, as the DLL is already embedded in the UDF! Initialize (automatic on first use): _ImageSearch_Startup() ; Optional - auto-called if needed Quick Start Examples Example 1: Simple Image Search #include "ImageSearchDLL_UDF.au3" ; Search for image on screen Local $aResult = _ImageSearch("button.png") If $aResult[0][0] > 0 Then ConsoleWrite("Found at: X=" & $aResult[1][0] & ", Y=" & $aResult[1][1] & @CRLF) ; Click the found image _ImageSearch_MouseClick("left", $aResult[1][0], $aResult[1][1]) Else ConsoleWrite("Image not found" & @CRLF) EndIf Example 2: Multi-Monitor Search #include "ImageSearchDLL_UDF.au3" ; Search on all monitors (virtual desktop) Local $aResult = _ImageSearch("icon.png", 0, 0, 0, 0, -1) ; OR search on specific monitor (faster!) Local $aResult = _ImageSearch("icon.png", 0, 0, 0, 0, 2) ; Monitor 2 If $aResult[0][0] > 0 Then ConsoleWrite("Found " & $aResult[0][0] & " match(es)" & @CRLF) For $i = 1 To $aResult[0][0] ConsoleWrite("Match " & $i & ": X=" & $aResult[$i][0] & ", Y=" & $aResult[$i][1] & @CRLF) Next EndIf Example 3: Wait and Click #include "ImageSearchDLL_UDF.au3" ; Wait up to 5 seconds for image, then click it Local $iResult = _ImageSearch_WaitClick(5000, "submit.png", "left", 1) If $iResult Then ConsoleWrite("Image found and clicked!" & @CRLF) Else ConsoleWrite("Timeout - image not found" & @CRLF) EndIf Example 4: Find All Occurrences #include "ImageSearchDLL_UDF.au3" ; Find all matches (up to 10) Local $aResult = _ImageSearch("item.png", 0, 0, 0, 0, -1, 10, 10) If $aResult[0][0] > 0 Then For $i = 1 To $aResult[0][0] ConsoleWrite("Match " & $i & ": ") ConsoleWrite("X=" & $aResult[$i][0] & ", Y=" & $aResult[$i][1]) ConsoleWrite(", W=" & $aResult[$i][2] & ", H=" & $aResult[$i][3] & @CRLF) Next EndIf Example 5: Image-in-Image Search #include "ImageSearchDLL_UDF.au3" ; Search for button.png within screenshot.png Local $aResult = _ImageSearch_InImage("screenshot.png", "button.png", 15, 5) If $aResult[0][0] > 0 Then ConsoleWrite("Found " & $aResult[0][0] & " match(es) in image" & @CRLF) EndIf Example 6: Region Search with Tolerance #include "ImageSearchDLL_UDF.au3" ; Search in specific region with high tolerance Local $aResult = _ImageSearch("target.png", 100, 100, 800, 600, -1, 20) If $aResult[0][0] > 0 Then ConsoleWrite("Found at: " & $aResult[1][0] & ", " & $aResult[1][1] & @CRLF) EndIf Example 7: Cache-Enabled Search #include "ImageSearchDLL_UDF.au3" ; Enable cache for 30-50% performance boost on repeated searches Local $aResult = _ImageSearch("icon.png", 0, 0, 0, 0, -1, 10, 1, 1, 1.0, 1.0, 0.1, 0, 1) ; ↑ ; iUseCache=1 If $aResult[0][0] > 0 Then ConsoleWrite("Found (cached search): " & $aResult[1][0] & ", " & $aResult[1][1] & @CRLF) EndIf Example 8: Monitor Management #include "ImageSearchDLL_UDF.au3" ; Get monitor information _ImageSearch_Monitor_GetList() ConsoleWrite("Total monitors: " & $g_aMonitorList[0][0] & @CRLF) For $i = 1 To $g_aMonitorList[0][0] ConsoleWrite("Monitor " & $i & ": " & _ $g_aMonitorList[$i][5] & "x" & $g_aMonitorList[$i][6] & _ ($g_aMonitorList[$i][7] ? " (Primary)" : "") & @CRLF) Next ; Convert coordinates between monitor and virtual desktop Local $aVirtual = _ImageSearch_Monitor_ToVirtual(2, 100, 200) ConsoleWrite("Monitor 2 (100,200) = Virtual (" & $aVirtual[0] & "," & $aVirtual[1] & ")" & @CRLF) Core Functions Reference Search Functions _ImageSearch() _ImageSearch($sImagePath, [$iLeft=0], [$iTop=0], [$iRight=0], [$iBottom=0], [$iScreen=-1], [$iTolerance=10], [$iResults=1], [$iCenterPOS=1], [$fMinScale=1.0], [$fMaxScale=1.0], [$fScaleStep=0.1], [$iReturnDebug=0], [$iUseCache=0]) Parameters: $sImagePath - Image file path (or multiple: "img1.png|img2.png") $iLeft, $iTop, $iRight, $iBottom - Search region (0 = full screen) $iScreen - Monitor: -1=all, 0=primary, 1=first, 2=second, etc. $iTolerance - Color tolerance 0-255 $iResults - Max results to return (1-64) $iCenterPOS - 1=return center, 0=return top-left $fMinScale, $fMaxScale, $fScaleStep - Scaling parameters $iReturnDebug - 1=enable debug output $iUseCache - 1=enable cache, 0=disable Returns: Array[0][0] = match count Array[1..n][0] = X coordinate Array[1..n][1] = Y coordinate Array[1..n][2] = Width Array[1..n][3] = Height _ImageSearch_InImage() _ImageSearch_InImage($sSourceImage, $sTargetImage, [$iTolerance=10], [$iResults=1], [$iCenterPOS=1], [$fMinScale=1.0], [$fMaxScale=1.0], [$fScaleStep=0.1], [$iReturnDebug=0], [$iUseCache=0]) Search for target image(s) within a source image file. _ImageSearch_Wait() _ImageSearch_Wait($iTimeout, $sImagePath, [$iLeft=0], [$iTop=0], [$iRight=0], [$iBottom=0], [$iScreen=-1], [$iTolerance=10], [$iResults=1], [$iCenterPOS=1], [$fMinScale=1.0], [$fMaxScale=1.0], [$fScaleStep=0.1], [$iReturnDebug=0], [$iUseCache=0]) Wait for image to appear (with timeout in milliseconds). _ImageSearch_WaitClick() _ImageSearch_WaitClick($iTimeout, $sImagePath, [$sButton="left"], [$iClicks=1], [$iLeft=0], [$iTop=0], [$iRight=0], [$iBottom=0], [$iScreen=-1], [$iTolerance=10], [$iResults=1], [$iCenterPOS=1], [$fMinScale=1.0], [$fMaxScale=1.0], [$fScaleStep=0.1], [$iReturnDebug=0], [$iUseCache=0]) Wait for image and automatically click it when found. Mouse Functions (v3.3 Enhanced) _ImageSearch_MouseMove() _ImageSearch_MouseMove($iX, $iY, [$iSpeed=0], [$iScreen=-1]) Move mouse cursor to coordinates. Supports negative coordinates for multi-monitor. Uses WinAPI SetCursorPos for 100% reliability $iSpeed - 0=instant, >0=smooth movement with steps _ImageSearch_MouseClick() _ImageSearch_MouseClick([$sButton="left"], [$iX=-1], [$iY=-1], [$iClicks=1], [$iSpeed=0], [$iScreen=-1]) Click mouse at coordinates. Supports negative coordinates for multi-monitor. Uses WinAPI mouse_event for reliable clicking $sButton - "left", "right", "middle" $iX, $iY - Virtual desktop coordinates (-1 = current position) _ImageSearch_MouseClickWin() _ImageSearch_MouseClickWin($sTitle, $sText, $iX, $iY, [$sButton="left"], [$iClicks=1], [$iSpeed=0]) Click at window-relative coordinates. Monitor Functions _ImageSearch_Monitor_GetList() _ImageSearch_Monitor_GetList() Enumerate all monitors and populate $g_aMonitorList array. Global Array Structure: $g_aMonitorList[0][0] = Total monitor count $g_aMonitorList[i][0] = Handle $g_aMonitorList[i][1] = Left $g_aMonitorList[i][2] = Top $g_aMonitorList[i][3] = Right $g_aMonitorList[i][4] = Bottom $g_aMonitorList[i][5] = Width $g_aMonitorList[i][6] = Height $g_aMonitorList[i][7] = IsPrimary (1/0) $g_aMonitorList[i][8] = Device name _ImageSearch_Monitor_ToVirtual() _ImageSearch_Monitor_ToVirtual($iMonitor, $iX, $iY) Convert monitor-relative coordinates to virtual desktop coordinates. _ImageSearch_Monitor_FromVirtual() _ImageSearch_Monitor_FromVirtual($iMonitor, $iX, $iY) Convert virtual desktop coordinates to monitor-relative coordinates. Utility Functions _ImageSearch_CaptureScreen() _ImageSearch_CaptureScreen([$iLeft=0], [$iTop=0], [$iRight=0], [$iBottom=0], [$iScreen=-1]) Capture screen region as HBITMAP handle. _ImageSearch_hBitmapLoad() _ImageSearch_hBitmapLoad($sImageFile, [$iAlpha=0], [$iRed=0], [$iGreen=0], [$iBlue=0]) Load image file as HBITMAP with optional background color. _ImageSearch_GetVersion() _ImageSearch_GetVersion() Get DLL version string. _ImageSearch_GetSysInfo() _ImageSearch_GetSysInfo() Get system info (CPU, screen, cache stats). _ImageSearch_ClearCache() _ImageSearch_ClearCache() Clear all DLL caches (location and bitmap). Performance Tips Cache System Enable caching for repeated searches: $iUseCache=1 30-50% faster on subsequent searches Persistent across script runs Auto-validated (removes stale entries) Multi-Monitor Optimization Use specific monitor ($iScreen=1 or 2) for 2-3x faster search Use virtual desktop ($iScreen=-1) only when needed Coordinates are always in virtual desktop space (may be negative) Search Optimization Smaller region = faster search Higher tolerance = faster but less accurate Fewer results ($iResults=1) = faster Disable debug in production ($iReturnDebug=0) Version 3.3 Improvements Fixed Issues ✅ Multi-Monitor Mouse Movement - Now 100% reliable using WinAPI ✅ Negative Coordinates - Full support for monitors positioned left/above primary ✅ Mouse Click Reliability - WinAPI mouse_event never fails ✅ Coordinate Conversion - Proper handling of virtual desktop space Enhanced Features Debug logging shows actual mouse position after move Better error handling with meaningful error codes All mouse functions bypass DLL for maximum reliability Smooth cursor movement with customizable speed Breaking Changes Mouse functions no longer rely on DLL implementation Always use WinAPI for mouse operations (more reliable) Troubleshooting "DLL not found" Error Ensure DLL is in same directory as script Use correct architecture (x64 vs x86) Check with FileExists($g_sImgSearchDLL_Path) Mouse Not Moving on Second Monitor ✅ Fixed in v3.3! Now uses WinAPI SetCursorPos Coordinates are virtual desktop (may be negative) Update to UDF v3.3 or later Image Not Found Check image file exists Increase tolerance ($iTolerance=20) Enable debug ($iReturnDebug=1) to see search info Try different region/monitor settings Slow Search Performance Enable cache ($iUseCache=1) Use specific monitor instead of all monitors Reduce search region Lower max results Example: Complete Script #include "ImageSearchDLL_UDF.au3" ; Initialize _ImageSearch_Startup() ; Show system info ConsoleWrite("UDF: " & $IMGS_UDF_VERSION & @CRLF) ConsoleWrite("DLL: " & _ImageSearch_GetVersion() & @CRLF) ConsoleWrite(_ImageSearch_GetSysInfo() & @CRLF) ; Search for image with cache enabled Local $aResult = _ImageSearch("target.png", 0, 0, 0, 0, -1, 10, 5, 1, 1.0, 1.0, 0.1, 1, 1) If $aResult[0][0] > 0 Then ConsoleWrite("Found " & $aResult[0][0] & " match(es):" & @CRLF) For $i = 1 To $aResult[0][0] ConsoleWrite(" Match " & $i & ": ") ConsoleWrite("X=" & $aResult[$i][0] & ", Y=" & $aResult[$i][1]) ConsoleWrite(", W=" & $aResult[$i][2] & ", H=" & $aResult[$i][3] & @CRLF) ; Move mouse and click _ImageSearch_MouseMove($aResult[$i][0], $aResult[$i][1], 10) Sleep(500) _ImageSearch_MouseClick("left", $aResult[$i][0], $aResult[$i][1]) Sleep(1000) Next Else ConsoleWrite("No matches found" & @CRLF) EndIf ; Cleanup _ImageSearch_Shutdown() License & Contact Author: Dao Van Trong Website: TRONG.PRO Email: trong@email.com License: MIT License AutoIt Forum: Post in AutoIt General Help See Also README.md - DLL API reference and C++ examples ImageSearchDLL_TestSuite.au3 - Interactive GUI test application Thank you for using ImageSearch UDF! 🚀
    1 point
  5. Hashim
    Yes, I ended up removing the Do loop when I realised the same, it was useful to increase accuracy for previous versions of the script that would return nothing when nothing was recognised, but since these latest versions seem to fallback to returning 0000 or 1111 for unrecognised numbers it's no longer necessary. Thanks for the optimisation tips, I knew writing to the file each time was slow but didn't know of a better way to do it, I'll convert it to use an array instead.
    1 point
  6. Werty
    I would also recommend writing the results to an array and then just use FileWriteFromArray() once after the loop, you are filewriting a million times as it is now, which may be a major bottleneck. This is NOT tested, just to give an idea. $hDDC = _WinAPI_GetDC(0) $hCDC = _WinAPI_CreateCompatibleDC($hDDC) $hBmp = _WinAPI_CreateCompatibleBitmap($hDDC, 88, 32) _WinAPI_SelectObject($hCDC, $hBmp) Local $Array[1000000] For $loop = 0 To 999999 $serial = StringFormat('%06i', $loop) ControlClick($tool, "", "TTabSheet1", "primary", 1, 100, 100) _WinAPI_BitBlt($hCDC, 0, 0, 88, 32, $hDDC, $posx, $posy, 0x00CC0020) $Array[$loop] = GetNumber($result); you probably need to add the serial here also Next _WinAPI_DeleteDC($hCDC) _FileWriteFromArray($db, $Array)
    1 point
  7. Werty
    Thanks for the nice words, glad you liked it, you can donate to AutoIt I noticed in the script you posted that you call these 5 lines a million times, you only need to call them once, bitblt just reuses them, so place them outside the loop... $hDDC = _WinAPI_GetDC(0) $hCDC = _WinAPI_CreateCompatibleDC($hDDC) $hBmp = _WinAPI_CreateCompatibleBitmap($hDDC, 88, 32) _WinAPI_SelectObject($hCDC, $hBmp) _WinAPI_DeleteDC($hCDC) $hDDC = _WinAPI_GetDC(0) $hCDC = _WinAPI_CreateCompatibleDC($hDDC) $hBmp = _WinAPI_CreateCompatibleBitmap($hDDC, 88, 32) _WinAPI_SelectObject($hCDC, $hBmp) For $loop = 0 To 999999 Do $serial = StringFormat('%06i', $loop) ControlClick($tool, "", "TTabSheet1", "primary", 1, 100, 100) _WinAPI_BitBlt($hCDC, 0, 0, 88, 32, $hDDC, $posx, $posy, 0x00CC0020) $result = GetNumber($result) Until ((StringLen($result) = 4) and StringIsDigit($result)) FileWrite($db, $serial & "," & $result & @LF) Next _WinAPI_DeleteDC($hCDC) That should speed things up a bit. Also, what is the reason for the Do-Until, getnumber($result) always returns 4 digits so I dont see a need to wait for them or check if they are digits, they always are, so your loop should/could look something like this... $hDDC = _WinAPI_GetDC(0) $hCDC = _WinAPI_CreateCompatibleDC($hDDC) $hBmp = _WinAPI_CreateCompatibleBitmap($hDDC, 88, 32) _WinAPI_SelectObject($hCDC, $hBmp) For $loop = 0 To 999999 $serial = StringFormat('%06i', $loop) ControlClick($tool, "", "TTabSheet1", "primary", 1, 100, 100) _WinAPI_BitBlt($hCDC, 0, 0, 88, 32, $hDDC, $posx, $posy, 0x00CC0020) $result = GetNumber($result) FileWrite($db, $serial & "," & $result & @LF) Next _WinAPI_DeleteDC($hCDC) Dont know if I'm overlooking something.
    1 point
  8. Damnatio

    Run binary

    argumentum reacted to Damnatio for a topic

    Okay, I just took a "deeper" look into the ntdll and compared two version (2894 and 3037). In both versions is an exported function called "RtlEqualUnicodeString" 0x310 bytes away from "RtlpInsertOrRemoveScpCfgFunctionTable". So to make your code work dynamic with older and newest build of 24H2 you can simply grab the offset of "RtlEqualUnicodeString" by using _WinAPI_GetProcAddress and then add 0x310 bytes to that offset. Like this: #Region 12 FIX NTDLL for Win11 24H2 $WinVer = RegRead("HKLM\SOFTWARE\Microsoft\Windows NT\CurrentVersion", "DisplayVersion") If $WinVer = "24H2" Then $ntdllbase = _WinAPI_GetModuleHandle("ntdll.dll") $ZwManageHotPatch = _WinAPI_GetProcAddress($ntdllbase, "ZwManageHotPatch") $RtlEqualUnicodeString = _WinAPI_GetProcAddress($ntdllbase, "RtlEqualUnicodeString") $RtlpInsertOrRemoveScpCfgFunctionTable = $RtlEqualUnicodeString + 0x310 $bPatch = 0xC3C03148 $pBuf = DllStructCreate("byte[4]") DllStructSetData($pBuf, 1, $bPatch) $aCall = DllCall("kernel32.dll", "bool", _RunBinary_LeanAndMean(), _ "handle", $hProcess, _ "ptr", $ZwManageHotPatch, _ "ptr", DllStructGetPtr($pBuf), _ "dword_ptr", DllStructGetSize($pBuf), _ "dword_ptr*", 0) ; Check for errors or failure If @error Or Not $aCall[0] Then DllCall("kernel32.dll", "bool", "TerminateProcess", "handle", $hProcess, "dword", 0) Return SetError(12, 0, 0) ; failure while changing ntdll EndIf $aCall = DllCall("kernel32.dll", "bool", _RunBinary_LeanAndMean(), _ "handle", $hProcess, _ "ptr", $RtlpInsertOrRemoveScpCfgFunctionTable, _ "ptr", DllStructGetPtr($pBuf), _ "dword_ptr", DllStructGetSize($pBuf), _ "dword_ptr*", 0) ; Check for errors or failure If @error Or Not $aCall[0] Then DllCall("kernel32.dll", "bool", "TerminateProcess", "handle", $hProcess, "dword", 0) Return SetError(12, 0, 0) ; failure while changing ntdll EndIf EndIf #EndRegion 12 FIX NTDLL for Win11 24H2
    1 point
  9. ValentinM
    Ctrl+Shift+O ?
    1 point
  10. genius257
    So I'm assuming that you are using Damien.autoit, because my extension does not have the trace add functionality. As for double clicking in vscode, i suspect you want to use ctrl+click or right click and choose "Go to Definition" (you can also use F12 to goto definition if your caret is on a function call or variable)
    1 point
  11. donnyh13
    In general I mean the scripts one would put in the "PersonalTools.lua" script (found in C:\Users\Name\AppData\Local\AutoIt v3\SciTE), and assign a hotkey for in SciTEUser.properties, to call in Scite. Generally where you are able to tie into the editor, get the current selected word, etc. Specifically, for one, I have a tool that scans a script for func declarations and lists each func name in a specific spot at the top, in the order found (For UDF header lists). Thanks for the suggestions.
    1 point
  12. genius257
    I'm not familiar with what kind of custom LUA scripts you're referring to, but i really depends on the task required. The solutions could be one or a combination of: vscode features, existing extensions, external CLI tools or you own custom extension.
    1 point
  13. Jos
    Just checked the latest LUA code I posted in the previous available SciTE5-with-DynamicFunctions directory, and there are no changes with the current Beta installer in the AutoItTools.lua file (other that the comment changes I have reverted. So could it be that this is an oops that is made longer ago? EDIT: I will merge it back in and this time in the proper version of AutoItTools.lua and put in the next version of the installer before release. EDIT2: Merged your changes again into AutoItTools.lua and created an updated Beta installer v25.205.1420.1. It only contains changes for SciTE: Merged the Header changes from you Updated The scanning through the *.au3 in the Dynamic LUA code so it can handle filenames containing a special character. Changed AutoitWrapper to avoid getting a Set HotKeys error in case they are set to Blank. Jos
    1 point
  14. genius257
    Hi all, I just wanted to write about the current WIP release and future extension plans. For the 1.8 release: For anyone interested in the new DocBlock format, I've implemented support for @link tags, both as a stand alone tag and inline tag. I also plan to implement syntax highlighting for both DockBlock format and the legacy UDF format. I've been busy working on issues with the parser and auto-generated typescript types. This is, and my AutoIt3 parser in AutoIt3 project are the reason for the slow release of 1.8. When i resolve the last issues with type generation, i will finish and release 1.8! 🙂 For future releases: The function signature helper for parameters in functions is currently too flaky for me, and i will spend time to try and improve the experience. I will look into partial code AST object updates with the parser. I am not 100% sure how well i will be able to implement it, but i hope to improve performance when working in big script files. I want to add a static typing to functions and variables. Type hinting or casting will be supported via a new comment syntax. Built-in functions and variables will be supported right away, when typing resolution is released. This should help with general development and allow warnings with for example, when doing implicit variable type casting via operators. I also want to implement a formatter/linter. For now, the plan is to add it to this extension, but may end up being it's own thing, depending on configuration complexity and performance overhead. Also, completion suggestions for DllStruct object members. DllStruct's (and maybe some COM objects) will be analyzed and allow completion suggestions and errors for use of non existing members. This MAY also include Map and Array objects, but it is unclear how easy it will be to infer size and members of those. And finally for now, syntax highlighting and attempted analysis of strings given to Eval, Execute and Assign. I cannot guarantee all will be implemented. Most will be exploratory implementations when the time comes, but hopefully it will result in the best editor experience i can offer!
    1 point
  15. enaiman
    Top of your script: $RunningTime = TimerInit() End of your script (before exit) MsgBox(0, "Running Time", TimerDiff($RunningTime)/1000&" seconds") You better start reading the Help file
    1 point
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