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jfisher

How do I wipe an array clean?

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I have an array that is created dynamically with data from a text file. How can I completely wipe it clean and start with a clean slate for the next time it needs to be set? btw, I don't know the size or any information about it besides the name.

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could you post some code. but this could work $array = ""


" I haven't failed. I've just found 10,000 ways that won't work." Thomas Edison "You cannot help men permanently by doing for them what they could and should do for themselves." Abraham Lincoln

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Global $ContextMenu = GUICtrlCreateContextMenu()
                        Global $varMenuList = IniReadSection($sIniLocation, "ValidationPositives")
                        $varMenuLength = $varMenuList[0][0]
                        Global $varMenuArray[$varMenuLength+1]
                        $varMenuArray[0] = $varMenuList[0][0]

                        For $i = 1 to ubound($varMenuList) - 1
                            $varMenuID = GUICtrlCreateMenuItem ($varMenuList[$i][0], $ContextMenu)
                            $varMenuArray[$i] = $varMenuID
                            GUICtrlSetOnEvent($varMenuID,"testfunc")
                        Next  
                        ShowMenu($hWnd_ui, $ContextMenu)oÝ÷ Øk¢^u«­¢+Ø$$$$$$ÀÌØíÙÉ5¹ÕÉÉäôÅÕ½ÐìÅÕ½Ðì($$$$$$ÀÌØíÙÉ5¹Õ1¥ÍÐôÅÕ½ÐìÅÕ½Ð

in front of it to clear out before use again, but get:

E:\AdvisorGUI\AutoIt\Include\Subclass.au3 (69) : ==> Subscript used with non-Array variable.:

$varMenuLength = $varMenuList[0][0]

$varMenuLength = $varMenuList^ ERROR

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even if I redim $varMenuLength as Global inside, I still get

E:\AdvisorGUI\AutoIt\Include\Subclass.au3 (69) : ==> Subscript used with non-Array variable.:

Global $varMenuLength = $varMenuList[0][0]

Global $varMenuLength = $varMenuList^ ERROR

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ReDim $Array[1][1]


 

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#6 ·  Posted (edited)

ReDim $Array[1][1]oÝ÷ Øò¢ìÛhuë-®­æ«­¬¯j[±»­²Ø¥f¤z+Zªëk,"¶.¶¯x-¢Z(¦Øk¢è!z÷«Éé^éíÊ¢é]¶¼¬¢g­)à)¶¬jëh×6Dim $aArray[3][3] = [[ 1, 2, 3],[ 4, 5, 6]]
MsgBox(0,"=1",$aArray[0][0])
ReDimDestroy($aArray)
MsgBox(0, "=1", $aArray[0][0])

Func ReDimDestroy(ByRef $avArray)
    ;Only doing up to 3 indexes as an example
    Local $nUCount = 0
    For $iCC = 1 To 3
        UBound($avArray, $iCC)
        If @error Then ExitLoop
        $nUCount = $iCC
    Next
    If $nUCount = 0 Then Return SetError(1, 0, "")
    Switch $nUCount
        Case 1
            Local $aArray[1]
            $avArray = $aArray
        Case 2
            Local $aArray[1][1]
            $avArray = $aArray
        Case 3
            Local $aArray[1][1][1]
            $avArray = $aArray
    EndSwitch
    Return 1
EndFunc

Edit:

You could set an optional parameter for the redim values along with stringsplit(), this is just a quick example.

Edit2:

had to fix the error with forum edit output.

Edited by SmOke_N

Common sense plays a role in the basics of understanding AutoIt... If you're lacking in that, do us all a favor, and step away from the computer.

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#7 ·  Posted (edited)

Here's a bloated example quick and dirty of what I'm talking about above.

#include <array.au3>
Dim $aArray[3][3] = [[ 1, 2, 3],[ 4, 5, 6]]
MsgBox(0,"=1",$aArray[0][0])
ReDimDestroy($aArray)
MsgBox(0, "=1", $aArray[0][0])

Func ReDimDestroy(ByRef $avArray, $nDimensions = "1,1,1")
    ;Only doing up to 3 indexes as an example
    If $nDimensions = "" Or $nDimensions = -1 Or $nDimensions = Default Then $nDimensions = "1,1,1"
    Local $nUCount = 0, $aSRE = StringRegExp($nDimensions, "(\d+)", 3)
    Local $nUSRE = UBound($aSRE) - 1
    If IsArray($aSRE) = 0 Then
        Local $aSRE[3] = [1,1,1]
    ElseIf $nUSRE = 0 Then
        ReDim $aSRE[3]
        $aSRE[1] = 1
        $aSRE[2] = 1
    ElseIf $nUSRE = 1 Then
        ReDim $aSRE[3]
        $aSRE[2] = 1
    EndIf
    For $iCC = 1 To 3
        UBound($avArray, $iCC)
        If @error Then ExitLoop
        $nUCount = $iCC
    Next
    If $nUCount = 0 Then Return SetError(1, 0, "")
    Switch $nUCount
        Case 1
            Local $aArray[$aSRE[0]]
            $avArray = $aArray
        Case 2
            Local $aArray[$aSRE[0]][$aSRE[1]]
            $avArray = $aArray
        Case 3
            Local $aArray[$aSRE[0]][$aSRE[1]][$aSRE[2]]
            $avArray = $aArray
    EndSwitch
    Return 1
EndFunc

Edited by SmOke_N

Common sense plays a role in the basics of understanding AutoIt... If you're lacking in that, do us all a favor, and step away from the computer.

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Our redim automatically preserves values, so your [1][1] would have the same value it always had.

It's just for zero-based element?

So why not just set it to empty value?

Dim $aArray[3][3] = [[ 1, 2, 3],[ 4, 5, 6]]
MsgBox(0,"=1",$aArray[0][0])
ReDim $aArray[1][1]
$aArray[0][0] = ""

MsgBox(0, "Not = 1", $aArray[0][0])

And i have checked my results with _ArrayDisplay(), witch is not showing any values (for my first example).


 

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It's just for zero-based element?

So why not just set it to empty value?

Dim $aArray[3][3] = [[ 1, 2, 3],[ 4, 5, 6]]
MsgBox(0,"=1",$aArray[0][0])
ReDim $aArray[1][1]
$aArray[0][0] = ""

MsgBox(0, "Not = 1", $aArray[0][0])

And i have checked my results with _ArrayDisplay(), witch is not showing any values (for my first example).

You missed the point of redim then.

Common sense plays a role in the basics of understanding AutoIt... If you're lacking in that, do us all a favor, and step away from the computer.

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Dim $Test[3]
$Test[0] = "a"
$Test[1] = 3
$Test[2] = @ComputerName

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

Dim $Test[3]

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

$Test[0] = "b"
$Test[1] = 9
$Test[2] = @OSVersion

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

Whenever I need an array emptied, I just Dim it again, or Local/Global it, that usually wipes it clean. Since you said you dynamically build it when reading in the file, just Dim $array[1] should wipe it and leave it with 1 element. If you need it the same size as before, just Dim $array[uBound($array)].

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#11 ·  Posted (edited)

Dim $Test[3]
$Test[0] = "a"
$Test[1] = 3
$Test[2] = @ComputerName

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

Dim $Test[3]

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

$Test[0] = "b"
$Test[1] = 9
$Test[2] = @OSVersion

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

Whenever I need an array emptied, I just Dim it again, or Local/Global it, that usually wipes it clean. Since you said you dynamically build it when reading in the file, just Dim $array[1] should wipe it and leave it with 1 element. If you need it the same size as before, just Dim $array[uBound($array)].

It's kind of hard to do that in a function... try it and see what your results are.

Edit:

I should say when passing it to a function.

Edited by SmOke_N

Common sense plays a role in the basics of understanding AutoIt... If you're lacking in that, do us all a favor, and step away from the computer.

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Dim $Test[3]
$Test[0] = "a"
$Test[1] = 3
$Test[2] = @ComputerName

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

_ClearArray1($Test)

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

$Test[0] = "b"
$Test[1] = 9
$Test[2] = @OSVersion

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

$Test = _ClearArray2($Test)

For $i = 0 To 2
    ConsoleWrite($i & ": " & $Test[$i] & @CRLF)
Next

Func _ClearArray1(ByRef $Array)
    Dim $Array[UBound($Array)]
EndFunc

Func _ClearArray2($Array)
    Dim $Array[UBound($Array)]
    Return $Array
EndFunc

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Whenever I need an array emptied, I just Dim it again, or Local/Global it, that usually wipes it clean. Since you said you dynamically build it when reading in the file, just Dim $array[1] should wipe it and leave it with 1 element. If you need it the same size as before, just Dim $array[uBound($array)].

See this is what I took away when I read the help. So therefore if this is the case, then th array is started completely from a clean slate when I Global $array = whatever[] again. If that's working as expected, then I fear the problem may be somewhere else. I'm about to giveup on this thing, but really can't so here's the trouble code in full. I have included the #include file at the top of it as a region so I dont have to attach a bunch of files.

This is what I know: When I call Showmenu I am consolewriting the menu's handle. The first time, the menu shows up and theres a handle set, the second and subsequent times there is no handle for the menu itself. Like I said I thought it was old array values getting in the way, but they should be cleared out when its Global'd, unless thats just wrong. Please look over it and see what you think. Thanks for the help guys. The trouble spot is highlighted in comments.

Just run and right click in the edit control.

;this region is just the dll callback include file, included so I dont have to attach a file for those that don't have it.
#region DLLCallBackInclude File
; Adjustable values
Global Const $gi_DllCallBack_uiMsg = 0x7FFF ; WM_USER + 0x7BFF
Global Const $gi_DllCallBack_MaxStubs = 64

; Constants for $nOptions
Global Const $_DllCallBack_StdCall = 0
Global Const $_DllCallBack_Cdecl = 1
Global Const $_DllCallBack_Sync = 2
Global Const $_DllCallBack_Subclass = 4
Global Const $_DllCallBack_Struct = 8
Global Const $_DllCallBack_Debug = 1024

; Internaly used
Global Const $gs_DllCallBack_typedef_CriticalSection = "PTR DebugInfo;LONG LockCount;LONG RecursionCount;PTR OwningThread;PTR LockSemaphore;DWORD SpinCount"
Global $gp_DllCallBack_SendMessage = 0
Global $gh_DllCallBack_hUser32 = 0
Global $gi_DllCallBack_StubCount = 0
Global $gp_DllCallBack_EnterCriticalSection = 0
Global $gp_DllCallBack_LeaveCriticalSection = 0
Global $gp_DllCallBack_CallWindowProc = 0
Global $gh_DllCallBack_hWnd = GUICreate("au3_Callback")
Global $gf_DllCallBack_fMsgRegistred = GUIRegisterMsg($gi_DllCallBack_uiMsg, "__DllCallBack_MsgHandler")
Global $ga_DllCallBack_sParameters[$gi_DllCallBack_MaxStubs + 1]
Global $ga_DllCallBack_nParameters[$gi_DllCallBack_MaxStubs + 1]
Global $ga_DllCallBack_sFunctions[$gi_DllCallBack_MaxStubs + 1]
Global $ga_DllCallBack_hGlobals[$gi_DllCallBack_MaxStubs + 1]
Global $ga_DllCallBack_vCriticalSections[$gi_DllCallBack_MaxStubs + 1]
Global $ga_DllCallBack_nOptions[$gi_DllCallBack_MaxStubs + 1]

;===============================================================================
;
; Function Name:    _DllCallBack
; Description:      Registers a callback function and creates a stub which handles incoming calls.
; Parameter(s):     $sFunction - Name of callback function
;                   $sParameters - DllStruct like parameter definition (only 32 and 64bit datatypes supported)
;                   $nOptions, Optional - Can be one or more (add them together) of the folowing constants:
;                       $_DllCallBack_StdCall (0)  - Use 'stdcall' calling method (Default)
;                       $_DllCallBack_Cdecl (1)    - Use 'cdecl' calling method
;                       $_DllCallBack_Sync (2)     - Enable Critical Section (see Remarks)
;                       $_DllCallBack_Subclass (4) - Enable Subclassing (see Remarks)
;                       $_DllCallBack_Struct (8)   - Pass the struct to the handler function (see Remarks)
;                       $_DllCallBack_Debug (1024) - Enable breakpoint (requires a JIT debugger)
; Requirement(s):
; Return Value(s):  Pointer to created stub or NULL on error
; @error Value(s):  1 = Error allocating memory
;                   2 = Error Loading User32.dll or Kernel32.dll
;                   3 = Failed to get the address of SendMessage, EnterCriticalSection, LeaveCriticalSection or CallWindowProc
;                   4 = Too many callbacks
;                   5 = GUIRegisterMsg() Failed
;                   6 = $sParameters Fromat wrong
;                   7 = Error calling InitializeCriticalSection
;
; Author(s):        Florian Fida
; Remarks:          The number of coexistent callback stubs is limited to 64.
;                   Windows message WM_USER + 0x7BFF is used by this function.
;
;                   If Subclassing is enabled the callback function must not call 'CallWindowProc' itself.
;                   If the Function processes the message it should return NULL if not is has to return a Pointer
;                   to the previous 'WindowProc' Function.
;
;                   Critical sections allow better synchronisation, if a multithreaded library calls
;                   the callback function, enable this option.
;
;                   Passing the struct requires the callback function to accept one parameter which is the
;                   Struct defined in $sParameters. This allows the modification of the stack.
;
;===============================================================================
;
Func _DllCallBack($sFunction, $sParameters = "", Const $nOptions = 0)
    Local $pSendMessage, $hGlobal, $hUser32, $vStub, $i, $vCriticalSection, $pCallWindowProc
    Local $nParameters, $vParameters, $wParam = -1, $nParameters_struct = -1, $hKernel32
    Local $sStub, $dwStubSize
    If BitAND($_DllCallBack_Debug, $nOptions) Then $sStub = "90909090CC" ; INT3
    If Not $gf_DllCallBack_fMsgRegistred Then Return SetError(5, 0, 0)
    If $sParameters = "" Or $sParameters = Default Then
        $nParameters = 0
    Else
        $vParameters = DllStructCreate($sParameters)
        If @error Then Return SetError(6, 0, 0)
        $nParameters = DllStructGetSize($vParameters) / 4
        If $nParameters <> Int($nParameters) Or @error Then Return SetError(6, 0, 0)
        For $i = 1 To 256
            DllStructGetData($vParameters, $i)
            If @error Then
                $nParameters_struct = $i - 1
                ExitLoop
            EndIf
        Next
        If $nParameters_struct < 0 Then SetError(6, 0, 0)
    EndIf
    For $i = 0 To $gi_DllCallBack_MaxStubs
        If Not $ga_DllCallBack_hGlobals[$i] Then
            $wParam = $i
            ExitLoop
        EndIf
    Next
    If $wParam = -1 Then Return SetError(4, 0, 0)
    If $gh_DllCallBack_hUser32 = 0 Then
        $hUser32 = DllCall("kernel32.dll", "ptr", "LoadLibrary", "str", "user32.dll")
        If @error Then Return SetError(2, 0, 0)
        If $hUser32[0] = 0 Then Return SetError(2, 0, 0)
        $gh_DllCallBack_hUser32 = $hUser32[0]
        $pSendMessage = DllCall("kernel32.dll", "ptr", "GetProcAddress", "ptr", $gh_DllCallBack_hUser32, "str", "SendMessage")
        If @error Then Return SetError(3, 0, 0)
        If $pSendMessage[0] = 0 Then
            If @Unicode Then
                $pSendMessage = DllCall("kernel32.dll", "ptr", "GetProcAddress", "ptr", $gh_DllCallBack_hUser32, "str", "SendMessageW")
                If @error Then Return SetError(3, 0, 0)
            Else
                $pSendMessage = DllCall("kernel32.dll", "ptr", "GetProcAddress", "ptr", $gh_DllCallBack_hUser32, "str", "SendMessageA")
                If @error Then Return SetError(3, 0, 0)
            EndIf
        EndIf
        If $pSendMessage[0] = 0 Then Return SetError(3, 0, 0)
        $gp_DllCallBack_SendMessage = $pSendMessage[0]
        $pCallWindowProc = DllCall("kernel32.dll", "ptr", "GetProcAddress", "ptr", $gh_DllCallBack_hUser32, "str", "CallWindowProc")
        If @error Then Return SetError(3, 0, 0)
        If $pCallWindowProc[0] = 0 Then
            If @Unicode Then
                $pCallWindowProc = DllCall("kernel32.dll", "ptr", "GetProcAddress", "ptr", $gh_DllCallBack_hUser32, "str", "CallWindowProcW")
                If @error Then Return SetError(3, 0, 0)
            Else
                $pCallWindowProc = DllCall("kernel32.dll", "ptr", "GetProcAddress", "ptr", $gh_DllCallBack_hUser32, "str", "CallWindowProcA")
                If @error Then Return SetError(3, 0, 0)
            EndIf
        EndIf
        If $pCallWindowProc[0] = 0 Then Return SetError(3, 0, 0)
        $gp_DllCallBack_CallWindowProc = $pCallWindowProc[0]
    EndIf
    If Not BitAND($_DllCallBack_Sync, $nOptions) Then ; Critical section disabled
        $vCriticalSection = -1
    Else ; Critical section enabled
        If $gp_DllCallBack_EnterCriticalSection = 0 Or $gp_DllCallBack_LeaveCriticalSection = 0 Then
            ; we assume kernel32.dll is allways loaded
            $hKernel32 = DllCall("kernel32.dll", "ptr", "GetModuleHandle", "str", "kernel32.dll")
            If @error Then Return SetError(2, 0, 0)
            If $hKernel32[0] = 0 Then Return SetError(2, 0, 0)
            $gp_DllCallBack_EnterCriticalSection = DllCall("kernel32.dll", "ptr", "GetProcAddress", "ptr", $hKernel32[0], "str", "EnterCriticalSection")
            If @error Then Return SetError(3, 0, 0)
            $gp_DllCallBack_EnterCriticalSection = $gp_DllCallBack_EnterCriticalSection[0]
            If $gp_DllCallBack_EnterCriticalSection = 0 Then Return SetError(3, 0, 0)
            $gp_DllCallBack_LeaveCriticalSection = DllCall("kernel32.dll", "ptr", "GetProcAddress", "ptr", $hKernel32[0], "str", "LeaveCriticalSection")
            If @error Then Return SetError(3, 0, 0)
            $gp_DllCallBack_LeaveCriticalSection = $gp_DllCallBack_LeaveCriticalSection[0]
            If $gp_DllCallBack_LeaveCriticalSection = 0 Then Return SetError(3, 0, 0)
        EndIf
        $vCriticalSection = DllStructCreate($gs_DllCallBack_typedef_CriticalSection)
        DllCall("kernel32.dll", "none", "InitializeCriticalSection", "ptr", DllStructGetPtr($vCriticalSection))
        If @error Then Return SetError(7, 0, 0)
    EndIf

    If @error Then Return SetError(7, 0, 0)
    #cs
        Options: Critical section, Breakpoint, stdcall - 2 parameters
        
        $ ==>    > CC               INT3                                     ; Breakpoint (for debugging only)
        $+1      > 68 30859B00      PUSH 9B8530                              ; Push LPCRITICAL_SECTION
        $+6      > B8 0510917C      MOV EAX,ntdll.RtlEnterCriticalSection    ; Set address for EnterCriticalSection
        $+B      > FFD0             CALL EAX                                 ; Call EnterCriticalSection
        $+D      > 8D4424 04        LEA EAX,DWORD PTR SS:[ESP+4]             ; Load Pointer to parameters on stack to EAX
        $+11     > 50               PUSH EAX                                 ; Push lParam - Stack Pointer
        $+12     > 68 00000000      PUSH 0                                   ; Push wParam - internal reference to au3 function
        $+17     > 68 FF7F0000      PUSH 7FFF                                ; Push uiMsg - internal identifier for callback
        $+1C     > 68 26063000      PUSH 300626                              ; Push hWnd - Autoit's Callback window
        $+21     > B8 AEE2D177      MOV EAX,USER32.SendMessageA              ; Set address for SendMessage
        $+26     > FFD0             CALL EAX                                 ; Call Sendmessage
        $+28     > 50               PUSH EAX                                 ; Preserve Return value of Callback Function
        $+29     > 68 30859B00      PUSH 9B8530                              ; Push LPCRITICAL_SECTION
        $+2E     > B8 ED10917C      MOV EAX,ntdll.RtlLeaveCriticalSection    ; Set address for LeaveCriticalSection
        $+33     > FFD0             CALL EAX                                 ; Call LeaveCriticalSection
        $+35     > 58               POP EAX                                  ; Restore Return value of Callback Function
        $+36     > C2 0800          RETN 8                                   ; Adjust stack for stdcall and return
        
        
        Options: Default, stdcall - 2 parameters
        
        $ ==>    > 8D4424 04        LEA EAX,DWORD PTR SS:[ESP+4]             ; Load Pointer to parameters on stack to EAX
        $+4      > 50               PUSH EAX                                 ; Push lParam - Stack Pointer
        $+5      > 68 00000000      PUSH 0                                   ; Push wParam - internal reference to au3 function
        $+A      > 68 FF7F0000      PUSH 7FFF                                ; Push uiMsg - internal identifier for callback
        $+F      > 68 C6041700      PUSH 1704C6                              ; Push hWnd - Autoit's Callback window
        $+14     > B8 AEE2D177      MOV EAX,USER32.SendMessageA              ; Set address for SendMessage
        $+19     > FFD0             CALL EAX                                 ; Call Sendmessage
        $+1B     > C2 0800          RETN 8                                   ; Adjust stack for stdcall and return
        
        
        nOptions: Subclassing, stdcall - 4 parameters
        
        $ ==>    > 8D4424 04        LEA EAX,DWORD PTR SS:[ESP+4]             ; Load Pointer to parameters on stack to EAX
        $+4      > 50               PUSH EAX                                 ; Push lParam - Stack Pointer
        $+5      > 68 00000000      PUSH 0                                   ; Push wParam - internal reference to au3 function
        $+A      > 68 FF7F0000      PUSH 7FFF                                ; Push uiMsg - internal identifier for callback
        $+F      > 68 34063100      PUSH 310634                              ; Push hWnd - Autoit's Callback window
        $+14     > B8 62B7D177      MOV EAX,USER32.SendMessageW              ; Set address for SendMessage
        $+19     > FFD0             CALL EAX                                 ; Call Sendmessage
        $+1B     > 83F8 00          CMP EAX,0                                ; Compare EAX and NULL
        $+1E     > 74 1C            JE SHORT <$+3C>                          ; If equal (EAX == NULL) jump down to $+3C (return)
        $+20     > 8B5424 10        MOV EDX,DWORD PTR SS:[ESP+10]            ; Copy lParam from stack to EDX
        $+24     > 52               PUSH EDX                                 ; Push lParam
        $+25     > 8B5424 10        MOV EDX,DWORD PTR SS:[ESP+10]            ; Copy wParam from stack to EDX
        $+29     > 52               PUSH EDX                                 ; Push wParam
        $+2A     > 8B5424 10        MOV EDX,DWORD PTR SS:[ESP+10]            ; Copy uiMsg from stack to EDX
        $+2E     > 52               PUSH EDX                                 ; Push uiMsg
        $+2F     > 8B5424 10        MOV EDX,DWORD PTR SS:[ESP+10]            ; Copy hWnd from stack to EDX
        $+33     > 52               PUSH EDX                                 ; Push hWnd - Subclassed Window
        $+34     > 50               PUSH EAX                                 ; Push lpPrevWndFunc (Returned by SendMessage/Callback Func)
        $+35     > B8 19C0D177      MOV EAX,USER32.CallWindowProcW           ; Set address for CallWindowProc
        $+3A     > FFD0             CALL EAX                                 ; Call CallWindowProc
        $+3C     > C2 1000          RETN 10                                  ; Adjust stack and return
    #ce
    ; Note: EAX ECX EDX can be freely modified
    If BitAND($_DllCallBack_Sync, $nOptions) Then ; Critical section
        $sStub &= "68" & __DllCallBack_Endian(DllStructGetPtr($vCriticalSection))
        $sStub &= "B8" & __DllCallBack_Endian($gp_DllCallBack_EnterCriticalSection)
        $sStub &= "FFD0" ; call EnterCriticalSection
    EndIf
    $sStub &= "8D442404" ; load stack poiner into eax
    $sStub &= "50" ; push eax - lparam
    $sStub &= "68" & __DllCallBack_Endian($wParam, "uint")
    $sStub &= "68" & __DllCallBack_Endian($gi_DllCallBack_uiMsg, "uint")
    $sStub &= "68" & __DllCallBack_Endian($gh_DllCallBack_hWnd, "hwnd")
    $sStub &= "B8" & __DllCallBack_Endian($gp_DllCallBack_SendMessage)
    $sStub &= "FFD0" ; call SendMessage
    If BitAND($_DllCallBack_Sync, $nOptions) Then ; Critical section
        $sStub &= "50" ; push eax - to preserve return value of callback function
        $sStub &= "68" & __DllCallBack_Endian(DllStructGetPtr($vCriticalSection))
        $sStub &= "B8" & __DllCallBack_Endian($gp_DllCallBack_LeaveCriticalSection)
        $sStub &= "FFD0" ; call LeaveCriticalSection
        $sStub &= "58" ; pop eax - Retstore return value
    EndIf
    If BitAND($_DllCallBack_Subclass, $nOptions) Then ; Subclassing
        $sStub &= "83F800"; cmp eax,0
        $sStub &= "74" & "1C"; je 0x1c - if eax == 0 jump down 0x1c opcodes (to return)
        $sStub &= "8B5424" & "10" & "52"; mov edx,dword ptr ss:esp+10; push edx - lparam
        $sStub &= "8B5424" & "10" & "52"; mov edx,dword ptr ss:esp+10; push edx - wparam
        $sStub &= "8B5424" & "10" & "52"; mov edx,dword ptr ss:esp+10; push edx - msg
        $sStub &= "8B5424" & "10" & "52"; mov edx,dword ptr ss:esp+10; push edx - hwnd
        $sStub &= "50"; push eax - lpPrevWndFunc
        $sStub &= "B8" & __DllCallBack_Endian($gp_DllCallBack_CallWindowProc) ; Set eax to CallWindowProc
        $sStub &= "FFD0"; call eax
    EndIf
    If BitAND($_DllCallBack_Cdecl, $nOptions) Then
        $sStub &= "C3" ; return near 'cdecl'
    Else
        $sStub &= "C2" & __DllCallBack_Endian($nParameters * 4, "ushort", 2) ; Return near 'stdcall'
    EndIf
    $dwStubSize = StringLen($sStub) / 2
    $hGlobal = DllCall("kernel32.dll", "ptr", "GlobalAlloc", "uint", 0, "dword", $dwStubSize)
    If @error Then Return SetError(1, 0, 0)
    If $hGlobal[0] = 0 Then Return SetError(1, 0, 0)
    $hGlobal = $hGlobal[0]
    $vStub = DllStructCreate("ubyte[" & $dwStubSize & "]", $hGlobal)
    DllStructSetData($vStub, 1, Binary("0x" & $sStub))
    $gi_DllCallBack_StubCount += 1
    $ga_DllCallBack_hGlobals[$wParam] = $hGlobal
    $ga_DllCallBack_sFunctions[$wParam] = $sFunction
    $ga_DllCallBack_sParameters[$wParam] = $sParameters
    $ga_DllCallBack_nParameters[$wParam] = $nParameters_struct
    $ga_DllCallBack_vCriticalSections[$wParam] = $vCriticalSection
    $ga_DllCallBack_nOptions[$wParam] = $nOptions
    Return $hGlobal
EndFunc   ;==>_DllCallBack


;===============================================================================
;
; Function Name:    _DllCallBack_Free
; Description:      Frees memory from global heap allocated by _DllCallBackAlloc
; Parameter(s):     $hStub - Pointer to stub
; Requirement(s):
; Return Value(s):  On Success: True
;                   On Failure: False
; @error Value(s):  1 - Error freeing memory or Invalid handle
;                   2 - Error freeing User32.dll
; Author(s):        Florian Fida
;
;===============================================================================
;
Func _DllCallBack_Free(ByRef $hStub)
    Local $aTmp, $i, $fFound = False
    If $hStub > 0 Then
        $aTmp = DllCall("kernel32.dll", "ptr", "GlobalFree", "ptr", $hStub)
        If @error Then Return SetError(1, 0, False)
        If $aTmp[0] = $hStub Then Return SetError(1, 0, False)
        If $aTmp[0] = 0 Then
            For $i = 0 To $gi_DllCallBack_MaxStubs
                If $ga_DllCallBack_hGlobals[$i] = $hStub Then
                    If $ga_DllCallBack_vCriticalSections[$i] > 0 Then DllCall("kernel32.dll", "none", "DeleteCriticalSection", "ptr", DllStructGetPtr($ga_DllCallBack_vCriticalSections[$i]))
                    $ga_DllCallBack_hGlobals[$i] = 0
                    $ga_DllCallBack_sParameters[$i] = 0
                    $ga_DllCallBack_nParameters[$i] = 0
                    $ga_DllCallBack_sFunctions[$i] = 0
                    $ga_DllCallBack_vCriticalSections[$i] = 0
                    $fFound = True
                    ExitLoop
                EndIf
            Next
            If $fFound = False Then Return SetError(1, 0, False)
            $hStub = 0
            $gi_DllCallBack_StubCount -= 1
            If $gi_DllCallBack_StubCount < 1 Then
                $gi_DllCallBack_StubCount = 0
                $aTmp = DllCall("kernel32.dll", "int", "FreeLibrary", "ptr", $gh_DllCallBack_hUser32)
                If @error Then Return SetError(2, 0, False)
                If $aTmp[0] = 0 Then Return SetError(2, 0, False)
                $gh_DllCallBack_hUser32 = 0
            EndIf
            Return True
        EndIf
        Return False
    EndIf
    Return True
EndFunc   ;==>_DllCallBack_Free

; Internals
Func __DllCallBack_MsgHandler($hWnd_Callback, $uiMsg, $wParam, $lParam)
    Local $vParameters, $i
    If $ga_DllCallBack_nParameters[$wParam] > 0 Then
        $vParameters = DllStructCreate($ga_DllCallBack_sParameters[$wParam], $lParam)
        If BitAND($ga_DllCallBack_nOptions[$wParam], $_DllCallBack_Struct) Then
            Local $aCallArgs[2] = ["CallArgArray", $vParameters]
        Else
            Local $aCallArgs[$ga_DllCallBack_nParameters[$wParam] + 1]
            $aCallArgs[0] = "CallArgArray"
            For $i = 1 To $ga_DllCallBack_nParameters[$wParam]
                $aCallArgs[$i] = DllStructGetData($vParameters, $i)
            Next
        EndIf
        Return Call($ga_DllCallBack_sFunctions[$wParam], $aCallArgs)
    EndIf
    Return Call($ga_DllCallBack_sFunctions[$wParam])
EndFunc   ;==>__DllCallBack_MsgHandler
Func __DllCallBack_Endian($n, $s = "ptr", $bytes = 4) ; Return $bytes bytes from $n as Little Endian Hex String, threat as $s
    Local $a = DllStructCreate($s), $b = DllStructCreate("ubyte[" & $bytes & "]", DllStructGetPtr($a))
    DllStructSetData($a, 1, $n)
    Return StringTrimLeft(DllStructGetData($b, 1), 2)
EndFunc   ;==>__DllCallBack_Endian
#endregion DLLCallBackInclude File


#include <GUIConstantsEx.au3>
;#include "DllCallBack.au3"

; some windows constants
Global $sIniLocation = @ScriptDir & "\jfisher.ini"
ConsoleWrite($sIniLocation)
Global Const $WM_RBUTTONDOWN = 0x0204
Global Const $WM_RBUTTONUP = 0x0205
Global Const $WM_RBUTTONDBLCLK = 0x0206
Global Const $WM_MOUSEMOVE = 0x0200

Global $pOriginalWindowProc, $sDbg, $hCtrl_Edit, $nMoveTimer, $fMoveSet = False

; Create a GUI with an edit box
$hWnd_ui = GUICreate("Try Right-clicking in the edit box", 310, 135)
$hCtrl_Edit = GUICtrlCreateEdit("", 5, 5, 300, 100)
$hCtrl_Label = GUICtrlCreateLabel("", 5, 110, 300, 20)

; Register callback function
$pMyWindowProc = _DllCallBack ("_MyWindowProc", "hwnd;uint;long;ptr", $_DllCallBack_Subclass)

; Retrieve a pointer to the original WindowProc and set the new one to our
; Callback function - Make sure to use a handle and not the internal id!
$pOriginalWindowProc = _WinSubclass(GUICtrlGetHandle($hCtrl_Edit), $pMyWindowProc)

GUISetState()
While 1
    If $GUI_EVENT_CLOSE = GUIGetMsg() Then
        _DllCallBack_Free ($pOriginalWindowProc)
        Exit
    EndIf
    Sleep(10) ; Gimme a break :)
    If $sDbg Then
        ConsoleWrite($sDbg)
        $sDbg = ""
    EndIf
    If TimerDiff($nMoveTimer) < 350 Then
        If Not $fMoveSet Then
            GUICtrlSetData($hCtrl_Label, "I saw your mouse move...")
            $fMoveSet = True
        EndIf
    Else
        If $fMoveSet Then
            GUICtrlSetData($hCtrl_Label, " ")
            $fMoveSet = False
        EndIf
    EndIf
WEnd

Func ShowMenu($hWnd, $nContextID)
    ;;;;this is there there is no handle after the first time.
    ;;;;this is there there is no handle after the first time.
    ;;;;this is there there is no handle after the first time.
    Global $hMenu = GUICtrlGetHandle($nContextID)
    ConsoleWrite(GUICtrlGetHandle($nContextID))
    $arPos = MouseGetPos()
    Local $x = $arPos[0]
    Local $y = $arPos[1]
    DllCall("user32.dll", "int", "TrackPopupMenuEx", "hwnd", $hMenu, "int", 0, "int", $x, "int", $y, "hwnd", $hWnd, "ptr", 0)

EndFunc

Func _MyWindowProc($hWnd, $uiMsg, $wParam, $lParam)
    $sDbg &= StringFormat("hWnd: 0x%X \t uiMsg: 0x%X \t wParam: 0x%X \t lParam: 0x%X \n", $hWnd, $uiMsg, $wParam, $lParam)

    ; Disable the right mouse button
    If $uiMsg = $WM_RBUTTONDOWN Or $uiMsg = $WM_RBUTTONUP Or $uiMsg = $WM_RBUTTONDBLCLK Then
        $sDbg &= StringFormat("! I should pop a menu in .0001 seconds !\n")
        
        ; Set background to RED while button is down
        If $uiMsg = $WM_RBUTTONDOWN Or $WM_RBUTTONDBLCLK = $uiMsg Then 
                        ;;;;;;;;This is the array creation area, that I THOUGHT was trouble spot
                        ;;;;;;;;This is the array creation area, that I THOUGHT was trouble spot
                        ;;;;;;;;This is the array creation area, that I THOUGHT was trouble spot
                        ;;;;;;;;This is the array creation area, that I THOUGHT was trouble spot
                        Global $ContextMenu = GUICtrlCreateContextMenu()
                        Global $varMenuList = IniReadSection($sIniLocation, "ValidationPositives")
                        $varMenuLength = $varMenuList[0][0]
                        Global $varMenuArray[$varMenuLength+1]
                        $varMenuArray[0] = $varMenuList[0][0]

                        For $i = 1 to ubound($varMenuList) - 1
                            $varMenuID = GUICtrlCreateMenuItem ($varMenuList[$i][0], $ContextMenu)
                            $varMenuArray[$i] = $varMenuID
                            GUICtrlSetOnEvent($varMenuID,"")
                        Next  
                        ShowMenu($hWnd_ui, $ContextMenu) 
                        ;;;;;;;;This is the array creation area, that I THOUGHT was trouble spot
                        ;;;;;;;;This is the array creation area, that I THOUGHT was trouble spot
                        ;;;;;;;;This is the array creation area, that I THOUGHT was trouble spot
        EndIf
        If $uiMsg = $WM_RBUTTONUP Then GUICtrlSetBkColor($hCtrl_Edit, 0xFFFFFF)
        
        ; Returning NULL means: We Processed this message
        Return 0
    EndIf
    
    ; i Saw your mouse move by :)
    If $uiMsg = $WM_MOUSEMOVE Then $nMoveTimer = TimerInit()

    ; Returning a Pointer to the original WindowProc means: We did not process this message.
    ; Do not call CallWindowProc() api yourself, the stub will do that for you!
    Return $pOriginalWindowProc
EndFunc   ;==>_MyWindowProc

;-- Wrapper for SetWindowLong API
Func _WinSubclass($hWnd, $lpNewWindowProc)
    ;#define GWL_WNDPROC (-4)
    Local $aTmp = DllCall("user32.dll", "ptr", "SetWindowLong", "hwnd", $hWnd, "int", -4, "ptr", $lpNewWindowProc)
    If @error Then Return SetError(1, 0, 0)
    If $aTmp[0] = 0 Then Return SetError(1, 0, 0)
    Return $aTmp[0]
EndFunc   ;==>_WinSubclass

and for the ini file, it wont let me upload so the content follows:

[ValidationPositives]
X properly verified=My First Message
My Second Message=My Second Message
My Third Message=My Third Message

[ValidationNegatives1]
X properly verified=My First Message
My Second Message=My Second Message
My Third Message=My Third Message

[ValidationNegatives2]
X properly verified=My First Message
My Second Message=My Second Message
My Third Message=My Third Message

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