Sign in to follow this  
Followers 0
matwachich

[UDF] Fixed Id's Array

1 post in this topic

#1 ·  Posted (edited)

Hello everybody! Here i am with a new, small but usefull UDF.

This UDF is for managing 'special' Arrays:

When adding elements, then deleting elements in the middle, then the last elements's ID are not changed, i mean they are not shifted

You will ask: Why!?

For example: You are managing a TreeView in your program, and you want to associate some data (other than simple numbers, like file paths ...) with the TreeViewItem.

I don't know any function to do that, but all you can do, is associate a simple number with a TreeViewItem (_GuiCtrlTreeView_SetItemParam).

So, you store the data in a simple array, and the id of the data in the array is associated with the TreeViewItem

But there is a problem: when you delete an item, and the array element associated with it, other elements in the array are shifted, and their ID in the array is changed! So, the IDs associated with the TreeViewItem becomes invalid!

But, when using this UDF, you will not have this problem!

Here is the functions list (with calltips)

_FixArray_Create( [ iUBound ] ) Create a Fixed id's Array (required: #include "FixArray.au3")
_FixArray_Destroy( aArray ) Destroy a Fixed id's Array (required: #include "FixArray.au3")
_FixArray_Add( aArray , aValues ) Add a value, or values to a Fixed ID's Array (required: #include "FixArray.au3")
_FixArray_Set( aArray , iId , vNewData , [ iSubItem = 0 ] ) Modify an element's value (required: #include "FixArray.au3")
_FixArray_Get( aArray, iId ) Get the value(s) contained in the Fixed id's Array element Id (required: #include "FixArray.au3")
_FixArray_Del( aArray, iId ) Delete an element of the Fixed id's Array (required: #include "FixArray.au3")
_FixArray_Empty( aArray ) Delete all items in a Fixed id's Array (required: #include "FixArray.au3")
_FixArray_UBound( aArray , [ iOnlyValides ] ) Return the number of elements in the Fixed id's Array (required: #include "FixArray.au3")
_FixArray_IsValid( aArray , iId ) Check an element's validity (have it been deleted) (required: #include "FixArray.au3")

Any comments and suggestions are welcome!!!

PS: this is the only example i have, because it's what i did in my Scite Project Manager (still in developpement)

UDF_FixArray.zip

Important: the guy who downloaded the first archive should redownload, cause i made a mistake and uploaded an outdated version.

Edited by matwachich

Share this post


Link to post
Share on other sites



Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!


Register a new account

Sign in

Already have an account? Sign in here.


Sign In Now
Sign in to follow this  
Followers 0

  • Similar Content

    • imitto
      By imitto
      Hello all!
      I use Autoit for a while, already made some automation for a TV station's master control room with it. I made a UDF to easily work with PAL timecode and time with milliseconds, convert, add or subtract them. Feel free to use it if you want something like this
      #Region ;**** Directives created by AutoIt3Wrapper_GUI **** #AutoIt3Wrapper_Res_Description=PAL Timecode Calculator UDF #AutoIt3Wrapper_Res_LegalCopyright=horvath.imre@gmail.com #EndRegion ;**** Directives created by AutoIt3Wrapper_GUI **** ; ; #FUNCTION# ; Name...........: _tcAdd ; Description....: Returns addition of two timecodes ; Syntax.........: _tcAdd($fTc1, fTc2 [, $fFormat = "P"]) ; ; Parameters.....: $fTc1 - First timecode in hh:mm:ss.ff format ; $fTc2 - Second timecode in hh:mm:ss.ff format ; $fFormat - Time base - "P" (default): PAL (25 fps) ; "M" : millisecond ; ; Return value...: Sum of the two timecode in the selected format Func _tcAdd($fTc1, $fTc2, $fFormat = "P", $fHourFormat = 1) Local $fMs1 = _tcToMs($fTc1) Local $fMs2 = _tcToMs($fTc2) Local $fSumMs = $fMs1 + $fMs2 Return _msToTc($fSumMs, $fFormat, $fHourFormat) EndFunc ; #FUNCTION# ; Name...........: _tcsSub ; Description....: Returns addition of two timecodes ; Syntax.........: _tcSub($fTc1, fTc2 [, $fFormat = "P"]) ; ; Parameters.....: $fTc1 - First timecode in hh:mm:ss.ff format ; $fTc2 - Second timecode in hh:mm:ss.ff format ; $fFormat - Time base - "P" (default): PAL (25 fps) ; "M" : millisecond ; ; Return value...: Subtract $fTc2 from $fTc1 in the source format Func _tcSub($fTc1, $fTc2, $fFormat = "P") Local $fMs1 = _tcToMs($fTc1) Local $fMs2 = _tcToMs($fTc2) Local $fSumMs = $fMs1 - $fMs2 If $fSumMs < 0 Then $fSumMs = _tcToMs("24:00:00.00") - ($fSumMs * -1) EndIf Return _msToTc($fSumMs, $fFormat) EndFunc ; #FUNCTION# ; Name...........: _tcToMs ; Description....: Returns timecode converted to total milliseconds ; Syntax.........: _tcToMs($fTc) ; ; Parameters.....: $fTc - Timecode in hh:mm:ss.ff or hh:mm:ss:xxx format, where xxx are milliseconds ; ; Return value...: Milliseconds as an integer value Func _tcToMs($fTc) Local $fTemp = StringSplit($fTc, ":.") Local $fChr = StringLen($fTemp[4]) Switch $fChr Case 2 Return ($fTemp[4] * 40) + ($fTemp[3] * 1000) + ($fTemp[2] * 60000) + ($fTemp[1] * 3600000) Case 3 Return ($fTemp[4]) + ($fTemp[3] * 1000) + ($fTemp[2] * 60000) + ($fTemp[1] * 3600000) EndSwitch EndFunc ; #FUNCTION# ; Name...........: _msToTc ; Description....: Converts total milliseconds to timecode ; Syntax.........: _msToTc($fIn, $fFormat = "P", $fHourFormat = 1) ; ; Parameters.....: $fIn - Time in milliseconds ; $fFormat - Output format "P": PAL TC (default) ; "M": hh:mm:ss.xxx where xxx are milliseconds ; $fHourFormat - Hour format "1": max. value is 23, then starts from 0 (default) ; "0": hours can be more then 23 ; ; Return value...: Timecode as string in the selected format Func _msToTc($fIn, $fFormat = "P", $fHourFormat = 1) Switch $fFormat Case "P" Local $fFr = StringFormat("%02i", (StringRight($fIn, 3) - Mod(StringRight($fIn, 3), 40)) / 40) Case "M" Local $fFr = StringFormat("%03i", StringRight($fIn, 3)) EndSwitch $fIn = StringTrimRight($fIn, 3) Local $fSec = StringFormat("%02i", Mod($fIn, 60)) $fIn -= $fSec Local $fMinTot = $fIn / 60 Local $fMin = StringFormat("%02i", Mod($fMinTot, 60)) $fIn -= $fMin*60 Local $fHourTot = $fIn / 60 / 60 Switch $fHourFormat Case 1 $fHour = StringFormat("%02i", Mod($fHourTot, 24)) Case 0 $fHour = StringFormat("%02i", $fHourTot) EndSwitch Return($fHour & ":" & $fMin & ":" & $fSec & "." & $fFr) EndFunc ; #FUNCTION# ; Name...........: _tcFormatChange ; Description....: Toggle TC format ; Syntax.........: _tcFormatChange($fTc) ; ; Parameters.....: $fTc - Timecode in hh:mm:ss.ff or hh:mm:ss:xxx format, where xxx are milliseconds ; ; Return value...: PAL timecode or time with milliseconds as string, depends on input Func _tcFormatChange($fTc) Local $fTemp = StringSplit($fTc, ":.") Local $fChr = StringLen($fTemp[4]) Switch $fChr Case 2 Return $fTemp[1]&":"&$fTemp[2]&":"&$fTemp[3]&"."&StringFormat("%03i", $fTemp[4]*40) Case 3 Return $fTemp[1]&":"&$fTemp[2]&":"&$fTemp[3]&"."&StringFormat("%02i", ($fTemp[4]-Mod($fTemp[4], 40))/40) EndSwitch EndFunc And the example script:
      #include<_PAL_TC_Calc.au3> $palTC1 = "00:01:12.20" $palTC2 = "23:59:50.02" $msTC1 = "00:01:12.800" $msTC2 = "23:59:50.120" MsgBox(0, "1", _tcAdd($palTC1, $palTC2)); Adds $palTC1 to $palTC2, turns hour back to 0 after 23, returns PAL TC format MsgBox(0, "2", _tcAdd($palTC1, $palTC2, "M")); Adds $palTC1 to $palTC2, turns hour back to 0 after 23, returns time with milliseconds format MsgBox(0, "3", _tcAdd($palTC1, $palTC2, "M", 0)); Adds $palTC1 to $palTC2, hours can be infinite, returns time with milliseconds format MsgBox(0, "4", _tcAdd($msTC1, $msTC2)); Adds $palTC1 to $palTC2, turns hour back to 0 after 23, returns PAL TC format MsgBox(0, "5", _tcAdd($msTC1, $msTC2, "M")); Adds $palTC1 to $palTC2, turns hour back to 0 after 23, returns time with milliseconds format MsgBox(0, "6", _tcAdd($msTC1, $msTC2, "M", 0)); Adds $palTC1 to $palTC2, hours can be infinite, returns time with milliseconds format MsgBox(0, "7", _tcSub($palTC2, $palTC1)); Subtract $palTC1 from $palTC2, returns PAL TC format MsgBox(0, "8", _tcSub($palTC2, $palTC1, "M")); Subtract $palTC1 from $palTC2, time with milliseconds format MsgBox(0, "9", _tcSub($msTC1, $msTC2)); Subtract $palTC1 from $palTC2, returns PAL TC format - when hits zero, counts back from 24:00:00.00 MsgBox(0, "10", _tcSub($msTC1, $msTC2, "M")); Subtract $palTC1 from $palTC2, time with milliseconds format - when hits zero, counts back from 24:00:00.000 MsgBox(0, "11", _tcFormatChange($palTC2)); Convert PAL TC to time with milliseconds and back MsgBox(0, "12", _tcFormatChange($msTC2)); Convert PAL TC to time with milliseconds and back  
      TC_CALC_example.au3
      _PAL_TC_Calc.au3
    • TRAGENALPHA
      By TRAGENALPHA
      A small UDF to Modify the Console Interface.
      #include-once ;#AutoIt3Wrapper_Au3Check_Parameters=-q -d -w 1 -w 2 -w 3 -w- 4 -w 5 -w 6 -w- 7 ; =============================================================================================================================== ; Name...........: Console Modify ; Description ...: A small UDF to manipulate the Console Interface for scripts that are compiled as a console application. ; Syntax.........: _ConsoleClear() -- Clears the Console ; _ConsoleTitle("VALUE") - Sets the console title. ; _ConsoleWindow([WIDTH BUFFER SIZE], [HEIGHT BUFFER SIZE]) - Sets the Width and Height Buffer size of the console. ; Parameters ....: $bh6e5v_ctval = Title of the Console Window. ; $bh6e5v_cwwidth = Window width buffer size. ; $bh6e5v_cwheight = Window height buffer size. ; Return values .: True = Console window buffer size has been changed ; False = Failed to change console window buffer size. ; Author ........: TRAGENALPHA <3 ; Example .......: _ConsoleTitle("This is the new title") // _ConsoleWindow(200, 60) ; =============================================================================================================================== ; -- This is here because writing RunDos and including a whole UDF is too much. But this is basically just _RunDos() ;Func cmd($bh6e5v_ldvar) ; RunWait(@ComSpec & " /c " & $bh6e5v_ldval) ;EndFunc Func _ConsoleClear() RunWait(@ComSpec & " /c cls") EndFunc Func _ConsoleTitle($bh6e5v_ctval) RunWait(@ComSpec & " /c title " & $bh6e5v_ctval) EndFunc Func _ConsoleWindow($bh6e5v_cwwidth, $bh6e5v_cwheight) If IsNumber($bh6e5v_cwwidth) And IsNumber($bh6e5v_cwheight) And ($bh6e5v_cwwidth > 0) And ($bh6e5v_cwheight > 0) Then RunWait(@ComSpec & " /c mode con: cols=" & $bh6e5v_cwwidth & " lines=" & $bh6e5v_cwheight) Return True Else Return False EndIf EndFunc  
      ConsoleModify.au3
    • FrancescoDiMuro
      By FrancescoDiMuro
      Good morning everyone
      I'm working on a little project, and, I encountered a little strange error when I try to add some data to an array...
      The code I wrote is this:
      Func _WMI_Get_Win32_TemperatureProbe($blnCanUseWMI, $blnCustomArrayDisplay = False, $blnReturnEU = False) If $blnCanUseWMI Then Local $objWMI_QueryResult = $objWMI.ExecQuery("SELECT * FROM Win32_TemperatureProbe", "WQL", 32) If @error Then __ConsoleWrite("Error executing the query on Win32_TemperatureProbe class.", @error, 9999) Else Local $arrWin32_TemperatureProbe[1][3] _ArrayDelete($arrWin32_TemperatureProbe, 0) If @error Then __ConsoleWrite("Error deleting the 0st element $arrWin32_TemperatureProbe array.", @error, 9999) Else Local $objWMI_Variable = Null, $strWMI_QueryResult = "", $i = 0 For $objWMI_Variable In $objWMI_QueryResult $strWMI_QueryResult &= "QUERY RESULT" & "|# " & $i & "|/" & @CRLF & _ "Accuracy" & "|" & $objWMI_Variable.Accuracy & "|" & "[sint32]" & @CRLF & _ "Availability" & "|" & $objWMI_Variable.Availability & "|" & "[uint16]" & @CRLF & _ "Caption" & "|" & $objWMI_Variable.Caption & "|" & "[string]" & @CRLF & _ "ConfigManagerErrorCode" & "|" & $objWMI_Variable.ConfigManagerErrorCode & "|" & "[uint32]" & @CRLF & _ "ConfigManagerUserConfig" & "|" & $objWMI_Variable.ConfigManagerUserConfig & "|" & "[boolean]" & @CRLF & _ "CreationClassName" & "|" & $objWMI_Variable.CreationClassName & "|" & "[string]" & @CRLF & _ "CurrentReading" & "|" & $objWMI_Variable.CurrentReading & "|" & "[sint32]" & @CRLF & _ "Description" & "|" & $objWMI_Variable.Description & "|" & "[string]" & @CRLF & _ "DeviceID" & "|" & $objWMI_Variable.DeviceID & "|" & "[string]" & @CRLF & _ "ErrorCleared" & "|" & $objWMI_Variable.ErrorCleared & "|" & "[boolean]" & @CRLF & _ "ErrorDescription" & "|" & $objWMI_Variable.ErrorDescription & "|" & "[string]" & @CRLF & _ "InstallDate" & "|" & $objWMI_Variable.InstallDate & "|" & "[datetime]" & @CRLF & _ "IsLinear" & "|" & $objWMI_Variable.IsLinear & "|" & "[boolean]" & @CRLF & _ "LastErrorCode" & "|" & $objWMI_Variable.LastErrorCode & "|" & "[uint32]" & @CRLF & _ "LowerThresholdCritical" & "|" & $objWMI_Variable.LowerThresholdCritical & "|" & "[sint32]" & @CRLF & _ "LowerThresholdFatal" & "|" & $objWMI_Variable.LowerThresholdFatal & "|" & "[sint32]" & @CRLF & _ "LowerThresholdNonCritical" & "|" & $objWMI_Variable.LowerThresholdNonCritical & "|" & "[sint32]" & @CRLF & _ "MaxReadable" & "|" & $objWMI_Variable.MaxReadable & "|" & "[sint32]" & @CRLF & _ "MinReadable" & "|" & $objWMI_Variable.MinReadable & "|" & "[sint32]" & @CRLF & _ "Name" & "|" & $objWMI_Variable.Name & "|" & "[string]" & @CRLF & _ "NominalReading" & "|" & $objWMI_Variable.NominalReading & "|" & "[sint32]" & @CRLF & _ "NormalMax" & "|" & $objWMI_Variable.NormalMax & "|" & "[sint32]" & @CRLF & _ "NormalMin" & "|" & $objWMI_Variable.NormalMin & "|" & "[sint32]" & @CRLF & _ "PNPDeviceID" & "|" & $objWMI_Variable.PNPDeviceID & "|" & "[string]" & @CRLF & _ "PowerManagementCapabilities" & "|" & $objWMI_Variable.PowerManagementCapabilities & "|" & "[uint16]" & @CRLF & _ "PowerManagementSupported" & "|" & $objWMI_Variable.PowerManagementSupported & "|" & "[boolean]" & @CRLF & _ "Resolution" & "|" & $objWMI_Variable.Resolution & "|" & "[uint32]" & @CRLF & _ "Status" & "|" & $objWMI_Variable.Status & "|" & "[string]" & @CRLF & _ "StatusInfo" & "|" & $objWMI_Variable.StatusInfo & "|" & "[uint16]" & @CRLF & _ "SystemCreationClassName" & "|" & $objWMI_Variable.SystemCreationClassName & "|" & "[string]" & @CRLF & _ "SystemName" & "|" & $objWMI_Variable.SystemName & "|" & "[string]" & @CRLF & _ "Tolerance" & "|" & $objWMI_Variable.Tolerance & "|" & "[sint32]" & @CRLF & _ "UpperThresholdCritical" & "|" & $objWMI_Variable.UpperThresholdCritical & "|" & "[sint32]" & @CRLF & _ "UpperThresholdFatal" & "|" & $objWMI_Variable.UpperThresholdFatal & "|" & "[sint32]" & @CRLF & _ "UpperThresholdNonCritical" & "|" & $objWMI_Variable.UpperThresholdNonCritical & "|" & "[sint32]" $i+=1 Next ConsoleWrite($strWMI_QueryResult & @CRLF) _ArrayAdd($arrWin32_TemperatureProbe, $strWMI_QueryResult) ; I'll wait for an answer... See you later :) If @error Then __ConsoleWrite("Error inserting item #" & $i & " in the $arrWin32_TemperatureProbe array.", @error, 9999) Else If $blnCustomArrayDisplay Then _ArrayDisplay($arrWin32_TemperatureProbe, "Win32_TemperatureProbe:", "", 64 + 32 + 4, "|", "VARIABLE NAME|ACTUAL VALUE|ENGINEERING UNIT", 350, 0xD3D3D3) If @error Then __ConsoleWrite("Error displaying the $arrWin32_TemperatureProbe array.", @error, 9999) EndIf EndIf If $blnReturnEU = False Then _ArrayColDelete($arrWin32_TemperatureProbe, 2) If @error Then __ConsoleWrite("Error deleting the column #2 of $arrWin32_TemperatureProbe array.") EndIf EndIf If IsArray($arrWin32_TemperatureProbe) Then Return $arrWin32_TemperatureProbe Else Return False EndIf EndIf EndIf EndIf EndIf EndFunc And I get this error ( undocumented in the Help File on _ArrayAdd() function ):
      [15/09/2017 10:24:46] : Error inserting item #4 in the $arrWin32_TemperatureProbe array. > Error: 0 Adding a ConsoleWrite() before the _ArrayAdd() function, I can see the content of $strWMI_QueryResult, and, here it is:
      QUERY RESULT|# 0|/
      Accuracy|32768|[sint32]
      Availability||[uint16]
      Caption|Sensore numerico|[string]
      ConfigManagerErrorCode||[uint32]
      ConfigManagerUserConfig||[boolean]
      CreationClassName|Win32_TemperatureProbe|[string]
      CurrentReading||[sint32]
      Description|CPU Thermal Probe|[string]
      DeviceID|root\cimv2 0|[string]
      ErrorCleared||[boolean]
      ErrorDescription||[string]
      InstallDate||[datetime]
      IsLinear||[boolean]
      LastErrorCode||[uint32]
      LowerThresholdCritical||[sint32]
      LowerThresholdFatal||[sint32]
      LowerThresholdNonCritical||[sint32]
      MaxReadable|1270|[sint32]
      MinReadable|64266|[sint32]
      Name|Sensore numerico|[string]
      NominalReading||[sint32]
      NormalMax||[sint32]
      NormalMin||[sint32]
      PNPDeviceID||[string]
      PowerManagementCapabilities||[uint16]
      PowerManagementSupported||[boolean]
      Resolution|1000|[uint32]
      Status|Unknown|[string]
      StatusInfo||[uint16]
      SystemCreationClassName|Win32_ComputerSystem|[string]
      SystemName|DESKTOP-25LFPVU|[string]
      Tolerance|32768|[sint32]
      UpperThresholdCritical||[sint32]
      UpperThresholdFatal||[sint32]
      UpperThresholdNonCritical||[sint32]QUERY RESULT|# 1|/
      Accuracy|32768|[sint32]
      Availability||[uint16]
      Caption|Sensore numerico|[string]
      ConfigManagerErrorCode||[uint32]
      ConfigManagerUserConfig||[boolean]
      CreationClassName|Win32_TemperatureProbe|[string]
      CurrentReading||[sint32]
      Description|True Ambient Thermal Probe|[string]
      DeviceID|root\cimv2 1|[string]
      ErrorCleared||[boolean]
      ErrorDescription||[string]
      InstallDate||[datetime]
      IsLinear||[boolean]
      LastErrorCode||[uint32]
      LowerThresholdCritical||[sint32]
      LowerThresholdFatal||[sint32]
      LowerThresholdNonCritical||[sint32]
      MaxReadable|1270|[sint32]
      MinReadable|64266|[sint32]
      Name|Sensore numerico|[string]
      NominalReading||[sint32]
      NormalMax||[sint32]
      NormalMin||[sint32]
      PNPDeviceID||[string]
      PowerManagementCapabilities||[uint16]
      PowerManagementSupported||[boolean]
      Resolution|1000|[uint32]
      Status|Unknown|[string]
      StatusInfo||[uint16]
      SystemCreationClassName|Win32_ComputerSystem|[string]
      SystemName|DESKTOP-25LFPVU|[string]
      Tolerance|32768|[sint32]
      UpperThresholdCritical||[sint32]
      UpperThresholdFatal||[sint32]
      UpperThresholdNonCritical||[sint32]QUERY RESULT|# 2|/
      Accuracy|32768|[sint32]
      Availability||[uint16]
      Caption|Sensore numerico|[string]
      ConfigManagerErrorCode||[uint32]
      ConfigManagerUserConfig||[boolean]
      CreationClassName|Win32_TemperatureProbe|[string]
      CurrentReading||[sint32]
      Description|Memory Module Thermal Probe|[string]
      DeviceID|root\cimv2 2|[string]
      ErrorCleared||[boolean]
      ErrorDescription||[string]
      InstallDate||[datetime]
      IsLinear||[boolean]
      LastErrorCode||[uint32]
      LowerThresholdCritical||[sint32]
      LowerThresholdFatal||[sint32]
      LowerThresholdNonCritical||[sint32]
      MaxReadable|1270|[sint32]
      MinReadable|64266|[sint32]
      Name|Sensore numerico|[string]
      NominalReading||[sint32]
      NormalMax||[sint32]
      NormalMin||[sint32]
      PNPDeviceID||[string]
      PowerManagementCapabilities||[uint16]
      PowerManagementSupported||[boolean]
      Resolution|1000|[uint32]
      Status|Unknown|[string]
      StatusInfo||[uint16]
      SystemCreationClassName|Win32_ComputerSystem|[string]
      SystemName|DESKTOP-25LFPVU|[string]
      Tolerance|32768|[sint32]
      UpperThresholdCritical||[sint32]
      UpperThresholdFatal||[sint32]
      UpperThresholdNonCritical||[sint32]QUERY RESULT|# 3|/
      Accuracy|32768|[sint32]
      Availability||[uint16]
      Caption|Sensore numerico|[string]
      ConfigManagerErrorCode||[uint32]
      ConfigManagerUserConfig||[boolean]
      CreationClassName|Win32_TemperatureProbe|[string]
      CurrentReading||[sint32]
      Description|Video Card Thermal Probe|[string]
      DeviceID|root\cimv2 3|[string]
      ErrorCleared||[boolean]
      ErrorDescription||[string]
      InstallDate||[datetime]
      IsLinear||[boolean]
      LastErrorCode||[uint32]
      LowerThresholdCritical||[sint32]
      LowerThresholdFatal||[sint32]
      LowerThresholdNonCritical||[sint32]
      MaxReadable|1270|[sint32]
      MinReadable|64266|[sint32]
      Name|Sensore numerico|[string]
      NominalReading||[sint32]
      NormalMax||[sint32]
      NormalMin||[sint32]
      PNPDeviceID||[string]
      PowerManagementCapabilities||[uint16]
      PowerManagementSupported||[boolean]
      Resolution|1000|[uint32]
      Status|Unknown|[string]
      StatusInfo||[uint16]
      SystemCreationClassName|Win32_ComputerSystem|[string]
      SystemName|DESKTOP-25LFPVU|[string]
      Tolerance|32768|[sint32]
      UpperThresholdCritical||[sint32]
      UpperThresholdFatal||[sint32]
      UpperThresholdNonCritical||[sint32]
       
      Could please anyone help me out? 
      Thanks in advance
      Francesco
    • czardas
      By czardas
      Haven't had much time to code recently. However the following thread inspired me.
      The debate about linear, parallel and binary search methods was rather interesting and, in an attempt to be diplomatic, I decided to combine @jchd's suggestion with @LarsJ's binary search example. I decided that the binary search algorithm required modification to make it more linear. As usual, 'if you invent something, it probably already exists and if it already exists, it exists for a reason'. My first attempt was not all that good. The code worked but was really a mess. I blame peer pressure (to post an example of a parallel search method).  I will delete that old code in due course.
      With a little memory jogging and a glance at the help file, the solution turned out to be quite easy: I just needed a better understanding of Euler. Further modification will be needed to work with more complicated unicode strings. The output could be returned as an array or a delimitered string. I'm not so interested in those details. I'm just going to post the algorithm for now and anyone, who wants to, can modify it to suit their needs. Both arrays must contain at least 1 element.
      Local $aFoo = [0,1,2,3,4,5,6,7,9,10,11,12,13,14,15,16,19,20,23,24,26,30,35,39,40,41] Local $aBar = [0,1,5,6,7,8,9,10,11,12,13,14,17,18,19,21,24,25,26,27,34,35,38,40] ParallelExponetialSearch($aFoo, $aBar) ; Compares two lists - returning positive matches. Each input array must be unique (individually) and in alphabetical order. Func ParallelExponetialSearch($aFoo, $aBar) Local $sFind, _ $iMin_F = -1, $iMax_F = UBound($aFoo) -1, $Lo_F = $iMin_F, $Hi_F, _ $iMin_B = -1, $iMax_B = UBound($aBar) -1, $Lo_B = $iMin_B, $Hi_B While $iMin_F < $iMax_F And $iMin_B < $iMax_B ; Toggle Arrays - Which array has most untested elements? This is the one we want to search next, ; so we can bypass more comparisons because (in theory) mismatches have a greater chance of being skipped. If $iMax_F - $iMin_F >= $iMax_B - $iMin_B Then ; $aFoo has more (or an equal number of) untested elements $Hi_F = $iMax_F $iMin_B += 1 $sFind = $aBar[$iMin_B] While $Lo_F < $Hi_F ; search $aFoo For $i = 0 To Floor(Log($Hi_F - $Lo_F) / Log(2)) $Lo_F = $iMin_F + 2^$i If $aFoo[$Lo_F] = $sFind Then $iMin_F = $Lo_F ; each match should be added to the output [perhaps an array] ConsoleWrite($sFind & " found at $aFoo[" & $Lo_F & "] = $aBar[" & $iMin_B & "]" & @LF) ExitLoop 2 ElseIf $aFoo[$Lo_F] > $sFind Then $Hi_F = $Lo_F -1 $iMin_F += Floor(2^($i -1)) $Lo_F = $iMin_F ContinueLoop 2 EndIf Next $iMin_F = $Lo_F ; minimum increment is one WEnd Else ; $aBar has more untested elements $Hi_B = $iMax_B $iMin_F += 1 $sFind = $aFoo[$iMin_F] While $Lo_B < $Hi_B ; search $aBar For $i = 0 To Floor(Log($Hi_B - $Lo_B) / Log(2)) $Lo_B = $iMin_B + 2^$i If $aBar[$Lo_B] = $sFind Then $iMin_B = $Lo_B ; each match should be added to the output [perhaps an array] ConsoleWrite($sFind & " found at $aFoo[" & $iMin_F & "] = $aBar[" & $Lo_B & "]" & @LF) ExitLoop 2 ElseIf $aBar[$Lo_B] > $sFind Then $Hi_B = $Lo_B -1 $iMin_B += Floor(2^($i -1)) $Lo_B = $iMin_B ContinueLoop 2 EndIf Next $iMin_B = $Lo_B ; minimum increment is one WEnd EndIf WEnd EndFunc ;==> ParallelExponetialSearch I hope this will be useful to someone. I believe it deserved a thread of its own!
    • RC86
      By RC86
      Afternoon!
      I have a requirement to return both a string and an array from a function so as a result I put them both into an array and returned that.  I can access them in their entirety after returning them but then I can't seem to access the array elements after this.  Should I be able to or is there a prettier way?
      #include <Array.au3> ;Memory info returned as a string and an array $memoryInfo = _getMemoryInfo() msgbox(0,"Memory Info",$memoryInfo[0]) _ArrayDisplay($memoryInfo[1],"Memory as an Array") Local $newArray[7] $memoryInfo[1] = $newArray msgbox(0,"Test element",$newArray[0]) _ArrayDisplay($newArray) Func _getMemoryInfo() Local $newArray[7] Local $array = MemGetStats() $newArray[0] = $array[0] ;% of memory in use $newArray[1] = Round($array[1]/1024 * 0.001,2) ;Total physical RAM $newArray[2] = Round($array[2]/1024 * 0.001,2) ;Availaible physical RAM $newArray[3] = Round($array[3]/1024 * 0.001,2) ;Total pagefile $newArray[4] = Round($array[4]/1024 * 0.001,2) ;Available pagefile $newArray[5] = Round($array[5]/1024 * 0.001,2) ;Total virtual $newArray[6] = Round($array[6]/1024 * 0.001,2) ;Available virtual $memoryUsage = $newArray[1] - $newarray[2] $pagefileUsage = $newArray[3] - $newarray[4] ;Output/Return Local $returnArray[2] $returnArray[0] = "Memory: " & $memoryUsage & " GB/" & $newArray[1] & " GB " & @CRLF & "Pagefile: " & $pagefileUsage & " GB/" & $newArray[3] & " GB " $returnArray[1] = $newArray return $returnArray EndFunc A bit messy but hopefully it's understandable what I'm trying to achieve.
      Thanks!