I am playing with _GUICtrlButton_Create function. How can i change this button's (or the entire form's) font ?. The in-built GUICtrlSetFont function is not working even when i convert the control handle to control ID with _WinAPI_GetDlgCtrlID ( ) function. Do i need to use CreateFont api finction and send WM_SETFONT message ? Or is there any other easy and safe ways to do this ?. Thanks in advance.
Note : This window is created by CreateWindowEx function, not by GUICreate function.
Hello all! I have had some issues reading text from different types of windows, occasionally, specifically with controlgettext.
**Before I begin, I know there are better ways to do what I attempt in the example below. That's not the point of this post. The point is my issues with controlgettext.
I am about to cite an example with an application you may be familiar with called SpeedFan (v4.52). My problem is not specific to speedfan, it is simply the most recent and easily reproducible example I can think of.
So, the goal of the script below is to get a string of text containing the current fan RPMs from the highlighted control in the screenshot below (see "speedfan_control_details.png").
Now, here's a simple script for grabbing the window handle and reading the text from that control:
$wintitle = "SpeedFan 4.52" $controlID = "197934" ;will be reformatted as "[ID:######]" $hwnd = wingethandle($wintitle) if @error<>0 then msgbox(0, "WinGetHandle", "FAILURE. @error="&@error) Exit EndIf $text = ControlGetText($hwnd, "", "[ID:"&$controlID&"]") if @error=1 then msgbox(0, "ControlGetText", "FAILURE. @error="&@error) ;failure returns "" and @error=1 Exit EndIf msgbox (0, "ControlGetText", "SUCCESS. @error="&@error &@CRLF& "$text="&$text) ;success returns string and @error=0 You'll see that the ControlGetText operation runs without error, however it does not capture any text from the control. If you explore the other controls in this one window, you'll find mixed results across the board. Neither the temps nor voltages can be read, while the log field and some other elements can be read. Even when you read the text from the whole window, those elements are not included in the visible nor hidden texts.
I have run into this issue many times in the past- inconsistencies in the ability of autoit to interact with certain controls. What is it which makes this text different than any other readable texts? Is there an alternate method of reading the text in the window/control which could work? Any and all info to help me solve this mystery and satisfy my curiosity would be greatly appreciated.
Thanks -Rob C
PS: Running Autoit v126.96.36.199 on Win7 Ultimate x64
I have created a bit of code to enable a script to find named controls on a userform, even though the MS CLASS description changes between machines.
e.g. The CLASS "WindowsForms10.EDIT.app.0.24b689f_r14_ad1" for a text box on one PC is different on another.
The below code, (a cut-down version of the code from jdelaney original post) loops through all the controls and finds the first one with the desired string in the control class name - in this case "EDIT". This name is then usable for setting the text using ControlSetText.
#include <array.au3> WinActivate("Edit Part Rule") $TheClassName = GetAllWindowsControls(WinGetHandle("Edit Part Rule"), "EDIT") ;Sleep(500) ControlSetText("Edit Part Rule", "", "[CLASS:" & $TheClassName & "; INSTANCE:3]", $CmdLine) ControlSetText("Edit Part Rule", "", "[CLASS:" & $TheClassName & "; INSTANCE:4]", $CmdLine) Func GetAllWindowsControls($hCallersWindow, $sStringIncludes) ; Get all list of controls $sClassList = WinGetClassList($hCallersWindow) ; Create array $aClassList = StringSplit($sClassList, @CRLF, 2) ; Sort array _ArraySort($aClassList) _ArrayDelete($aClassList, 0) ; Loop For $i = 0 To UBound($aClassList) - 1 If StringInStr($aClassList[$i], $sStringIncludes) Then Return $aClassList[$i] EndIf Next EndFunc ;==>GetAllWindowsControls If anyone has any suggestions to improve it, or a better way to achieve the same thing, please let me know.
A UDF with Extended Functions for Window Management
This UDF is still in the development phase. All code works and should be generally bug free, however function names and parameters are subject to change.
Fixes _WindowGetClassList's barbaric returning of a @LF separated string instead of an array.
Automating applications that change their controls' handles/classes on each launch (e.g. half of Cisco's programs)
10/04/2016 (v0.4): _WinGetClassNNList Fixed : Not Returning an Index when using $2D_ARRAY _WinGetClassNNList Fixed : Not Properly returning $aArray[x] on Classes with instances > 9 when using $2D_ARRAY 10/03/2016 (v0.3): _WinGetClassList Added : Exactly the same as WinGetClassList but returns a more civilized Array _WinGetClassNNList Added : Returns Classes and their instances in either a 1D or 2D array depending on Flags _WindowGetHandleList Renamed: _WinGetHandleList SCRIPT BREAKING! _WindowGetHandleListFromPos Renamed: _WinGetHandleListFromPos SCRIPT BREAKING! 10/01/2016 (v0.2): WindowsExConstants.au3 Added : Flags in _WindowGetHandleListFromPos _WindowGetHandleListFromPos Removed: ConsoleWrite left in during debug _WindowGetHandleListFromPos Added : Flag for if part of a Control is at $X, $Y return it as well. 10/01/2016 (v0.1): _WindowGetHandleList Added : Retrieves the handles of classes from a window. _WindowGetHandleListFromPos Added : Retrieves the handles of classes at a specific position from a window. Known and Reported Bugs:
None reported To Do:
To Be Decided. Opinions welcome! Upcoming Changes:
To Be Decided.
Just wanted to share my functions for managing a GUI with lots of controls and many screens.
I personally feel that it is very efficient and keeps line count to a minimum.
And if it's not, I'll learn a better solution!
Note: There are some conditional veriables such as $changes and $cont that are modified by the main loop in this particular script; they are meant as an example, please don't try too hard to understand why they're used.
This allows you to re-state a handful of buttons in one line when doing slight GUI changes:
ToggleCTRL($GUI_DISABLE, $dALO, $dAAF, $dRLA) (A few buttons on a certain screen)
ToggleCTRL($GUI_DISABLE, $dSAV, $dCAN) (Save/Cancel buttons)
A single line solution to switching a GUI "screen":
Another way I've used this to my advantage is as follows:
Say a GUI has 3 or 4 main screens, and 3 or 4 "form" screens.
When switching to a form screen, save the main screen that it was on to a variable; then once the user is done with the form, either submitting or cancelling, you can call the variable to revert back to the main screen it was on.
Func _GuiMod($i, $tog, $act = True) Switch $i Case "MAIN" If $tog = $GUI_SHOW And $changes Then $changes = False ControlClick($GUI, "", $LOGfg) Else EndIf If $tog = $GUI_SHOW Then WinMove($GUI, "", Default, Default, 535, 445) _ToggleCTRL($tog, $TAB, $LOGfl, $LOGfc, $LOGfi, $LOGfg, $LOGta, $LOGvd) _ToggleCTRL($tog, $LOGtp, $LOGse) Case "DETAILS" If $tog = $GUI_SHOW Then WinMove($GUI, "", Default, Default, 535, 475) Local $cont = True If $tog = $GUI_SHOW And $act Then If Not UpdateDetails() Then $cont = False _GuiMod("MAIN", $GUI_SHOW) EndIf EndIf If $cont Then _ToggleCTRL($tog, $dUID, $dICU, $dACC, $dCOF, $dNAM, $dCO2, $dIPW, $dEMA, $dEDI, $dLOG, $dMOD) _ToggleCTRL($tog, $dUPD, $dINP, $dAPL, $dALO, $dAAF, $dPLL, $dLOL, $dAFL, $dSAV, $dCAN, $dRPL) _ToggleCTRL($tog, $dRLA, $dACT, $dAC2, $dRET, $dDEL, $dADD, $dMQC) EndIf Case "ADD-INPUT" _ToggleCTRL($tog, $nCOMi, $nCO2i, $nNAMi, $nNAMb, $nEMAi, $nPREc, $nACCc, $nICUi, $nADDi, $nNOTi) _ToggleCTRL($tog, $nAPLb, $nALOb, $nAAFb, $nPLAl, $nLOCl, $nAFFl, $nRPLb, $nRLAb, $nADDb, $nCLEb) Case "PLANS" If $tog <> $GUI_SHOW Or Not $changing Then If $act Then _ToggleCTRL($tog, $dMOD, $dLOG, $dUPD, $dDEL) _ToggleCTRL($tog, $dINP, $dAPL, $dALO, $dAAF, $dPLL, $dLOL, $dAFL, $dSAV, $dCAN, $dRPL, $dRLA) EndIf Case "CHANGE" _ToggleCTRL($tog, $dITL, $dITC, $dAML, $dAMC, $dSCB, $dCCB, $dEAB) If $tog = $GUI_SHOW Then GUICtrlSetState($dRET, $GUI_DISABLE) Else GUICtrlSetState($dRET, $GUI_ENABLE) EndIf Case "NEW" If $tog = $GUI_SHOW Then WinMove($GUI, "", Default, Default, 465, 475) _ToggleCTRL($tog, $TAB, $nCOMl, $nCOMi, $nCO2l, $nCO2i, $nNAMl, $nNAMi, $nEMAl, $nEMAi, $nPREl, $nPREc) _ToggleCTRL($tog, $nACCl, $nACCc, $nPAEb, $nICUl, $nICUi, $nADDi, $nAPLb, $nALOb, $nAAFb, $nPLAl, $nLOCl) _ToggleCTRL($tog, $nAFFl, $nRPLb, $nNOTl, $nNOTi, $nADDb, $nCLEb, $nLAST) Case "ACCESS" If $tog = $GUI_SHOW Then WinMove($GUI, "", Default, Default, 465, 330) _ToggleCTRL($tog, $ACCd1, $ACCd2, $TYPla, $TYPli, $TYPad, $TYPde, $TYPmu, $TYPmd, $ACCla, $ACCli) _ToggleCTRL($tog, $ACCde, $ACCmu, $ACCmd, $ACCdl, $ACCdi, $ACCal, $ACCai, $ACCaa, $taRET) Case "TPi" _ToggleCTRL($tog, $tpOPEb, $tpCREr, $tpLINr, $tpCO2i, $tpEMAi, $tpEMAl, $tpCREb, $tpCOPb, $tpCOPi, $tpCTOi, $tpCGOb) _ToggleCTRL($tog, $tpUFLi, $tpUFLb, $tpICUi, $tpPLAi, $tpLINb, $tpDLIb, $tpUFMi, $tpSCAl, $tpCFAr, $tpCBAr) Case "TPC" If $tog = $GUI_SHOW Then _GuiMod("TPL", $GUI_HIDE) _GuiMod("TPH", $GUI_HIDE) _GuiMod("TPD", $GUI_HIDE) EndIf _ToggleCTRL($tog, $tpCO2l, $tpCO2i, $tpCOPl, $tpCOPi, $tpCREb, $tpCOPb, $tpSEPl, $tpCTOl, $tpCTOi, $tpCGOb, $tpLAST) _ToggleCTRL($tog, $tpIDNl, $tpIDNi, $tpIDNn, $tpSCAl, $tpEMAi, $tpEMAl, $tpCFAr, $tpCBAr) Case "TPL" If $tog = $GUI_SHOW Then _GuiMod("TPC", $GUI_HIDE) _GuiMod("TPH", $GUI_HIDE) _GuiMod("TPD", $GUI_HIDE) EndIf _ToggleCTRL($tog, $tpUFLl, $tpUFLi, $tpUFLb, $tpICUl, $tpICUi, $tpPLAl, $tpPLAi, $tpLINb, $tpDLIb, $tpUFMl, $tpUFMi, $tpIMAb, $tpIMRb) Case "TPH" If $tog = $GUI_SHOW Then _GuiMod("TPC", $GUI_HIDE) _GuiMod("TPL", $GUI_HIDE) _GuiMod("TPD", $GUI_HIDE) EndIf _ToggleCTRL($tog, $tpUFLl, $tpUFLi, $tpUFLb, $tpUFMl, $tpUFMi, $tpCOCl, $tpCOCi, $tpCOGb) Case "TPD" If $tog = $GUI_SHOW Then _GuiMod("TPC", $GUI_HIDE) _GuiMod("TPL", $GUI_HIDE) _GuiMod("TPH", $GUI_HIDE) EndIf _ToggleCTRL($tog, $tpDIDl, $tpDIDi, $tpDIDb) EndSwitch EndFunc Func _ToggleCTRL($tog, $c0 = 0, $c1 = 0, $c2 = 0, $c3 = 0, $c4 = 0, $c5 = 0, $c6 = 0, $c7 = 0, $c8 = 0, $c9 = 0, $c10 = 0, $c11 = 0, $c12 = 0) For $i = 0 To @NumParams GUICtrlSetState(Eval("c" & $i), $tog) Next EndFunc