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Greetings! On my host machine I have an AutoIt script that will run when the computer is unlocked. The script is checking if the current session is a Remote Desktop session or not. If it is a Remote Desktop session I would like this AutoIt script to find out the IP address of the client that is currently connecting (so that I do different things depending on which IP is connecting). That is where I am stuck -- how do I get the IP address of the client computer that is currently connecting via Remote Desktop to the host computer (where the AutoIt script is running)? Thanks in advance for any assistance, and pardon me if the answer is prolific on the forum (I swear I searched for a decent while!).

Hello Team, Greetings! Is there any way to run any 3rd party application silently in background without the GUI getting in the front ? I was implementing angry-ip scanner with autoit & wanted the angry-ip application to run in background quietly as I am copying its output to other file on completion. is there any way to achieve my query? Below is code I tried: $range = "192.168.0.1 192.168.0.255" ShellExecuteWait("C:\Windows\DDM\ipscan.exe","-f:range "&$iprange&" -q -o C:\temp\ScanResults.csv","","open",@SW_HIDE) Thanks!

I recently bought an IP Camera to monitor my house. There is a web access to view the video stream but not to record it. Here is the IP Camera in question, it should work with every other similar product. So I made a simple example which does the job. Here is the code : #include <GUIConstants.au3> #include <WindowsConstants.au3> #include <StaticConstants.au3> #include <WinAPI.au3> #include <GDIPlus.au3> #include <Memory.au3> #region Global Vars Global Const $sProgramTitle = "IP Camera stream + record" ;EDIT THE FOLLOWING LINE ONLY: Global Const $iIPAddress = "192.168.1.99", $iPort = 99, $shtauth = "yourauth==" Global Const $STM_SETIMAGE = 0x0172 Global $blRecording = False, $blGUIMinimized = False Global Const $sRecordDir = @ScriptDir & "\ip_camera_stream" Global $bRecvtmp = Binary(""), $bStream = $bRecvtmp Global $iImgLen = 0, $iStreamLen = 0, $iWritten = 0, $iEOH = 0, $iContLenPos = 0, $hImgFile = 0, $pBuffer = 0, $iImgCount = 0 Global Const $iContLengthLen = StringLen("Content-Length: ") Global $sStream = "", $sTrim2ContLen = "" Global $hBMP = 0, $hGraphics = 0, $hHBITMAP2 = 0, $hFamily = 0, $hFont = 0, $tLayout = "", $hFormat = 0, $hBrush = 0 #endregion Global Vars TCPStartup() Global $iSocket = TCPConnect($iIPAddress, $iPort) If @error Then MsgBox(16, $sProgramTitle, "Could not connect !") Exit -1 EndIf TCPSend($iSocket, _ "GET /videostream.cgi HTTP/1.1" & @CRLF & _ "Host: " & $iIPAddress & ":" & $iPort & @CRLF & _ "Connection: keep-alive" & @CRLF & _ "Authorization: Basic " & $shtauth & @CRLF & @CRLF) #region GUI Global $hGUI = 0, $pPic = 0, $hPic = 0, $btnRecord = 0 $hGUI = GUICreate($sProgramTitle, 640, 525) $pPic = GUICtrlCreatePic("", 0, 0, 640, 480, $SS_BITMAP) GUICtrlSetState($pPic, $GUI_DISABLE) $hPic = GUICtrlGetHandle($pPic) $btnRecord = GUICtrlCreateButton("Record", 10, 490, 80, 26) GUIRegisterMsg($WM_SYSCOMMAND, "WM_SYSCOMMAND") GUISetState(@SW_SHOW, $hGUI) #endregion GUI _GDIPlus_Startup() $hFamily = _GDIPlus_FontFamilyCreate("Arial") $hFont = _GDIPlus_FontCreate($hFamily, 17) $tLayout = _GDIPlus_RectFCreate(10, 10, 100, 40) $hFormat = _GDIPlus_StringFormatCreate() $hBrush = _GDIPlus_BrushCreateSolid(0xAFFF0000) While 1 Switch GUIGetMsg() Case $GUI_EVENT_CLOSE ExitLoop Case $btnRecord If $blRecording Then GUICtrlSetData($btnRecord, "Record") Else If Not FileExists($sRecordDir) Then DirCreate($sRecordDir) GUICtrlSetData($btnRecord, "Stop recording") EndIf $blRecording = Not $blRecording EndSwitch $bRecvtmp = TCPRecv($iSocket, 4096, 1) ;4kb If @error Then ExitLoop If Not BinaryLen($bRecvtmp) Then ContinueLoop $bStream &= $bRecvtmp If $iImgLen = 0 Then $sStream = BinaryToString($bStream) $iContLenPos = StringInStr($sStream, "Content-Length: ", 2) $iEOH = StringInStr($sStream, @CRLF & @CRLF, 2, 1, $iContLenPos) If $iEOH = 0 Or $iContLenPos = 0 Then ContinueLoop $sTrim2ContLen = StringTrimLeft($sStream, $iContLenPos + $iContLengthLen - 1) $iImgLen = Number(StringLeft($sTrim2ContLen, StringInStr($sTrim2ContLen, @CR, 2) - 1)) $bStream = BinaryMid($bStream, $iEOH + 4) EndIf If $iImgLen = 0 Then ContinueLoop $iStreamLen = BinaryLen($bStream) If $iStreamLen < $iImgLen Then ContinueLoop If Not $blGUIMinimized Then $hBMP = Load_BMP_From_Mem($bStream) If $blRecording Then $hGraphics = _GDIPlus_ImageGetGraphicsContext($hBMP) _GDIPlus_GraphicsDrawStringEx($hGraphics, "[•REC]", $hFont, $tLayout, $hFormat, $hBrush) EndIf $hHBITMAP2 = _GDIPlus_BitmapCreateHBITMAPFromBitmap($hBMP) _WinAPI_DeleteObject(_SendMessage($hPic, $STM_SETIMAGE, 0, $hHBITMAP2)) _GDIPlus_ImageDispose($hBMP) If $blRecording Then _GDIPlus_GraphicsDispose($hGraphics) _WinAPI_DeleteObject($hHBITMAP2) EndIf If $blRecording Then $pBuffer = DllStructCreate("byte[" & $iImgLen & "]") If $iStreamLen > $iImgLen Then DllStructSetData($pBuffer, 1, BinaryMid($bStream, 1, $iImgLen)) $bStream = BinaryMid($bStream, $iImgLen) Else DllStructSetData($pBuffer, 1, $bStream) $bStream = Binary("") EndIf $hImgFile = _WinAPI_CreateFile($sRecordDir & "\snap_" & StringFormat("%.4d", $iImgCount) & ".jpg", 3, 4, 4) _WinAPI_WriteFile($hImgFile, DllStructGetPtr($pBuffer), $iImgLen, $iWritten) _WinAPI_CloseHandle($hImgFile) $iImgCount += 1 EndIf $iImgLen = 0 WEnd _GDIPlus_FontDispose($hFont) _GDIPlus_FontFamilyDispose($hFamily) _GDIPlus_StringFormatDispose($hFormat) _GDIPlus_BrushDispose($hBrush) _GDIPlus_Shutdown() TCPCloseSocket($iSocket) TCPShutdown() Func WM_SYSCOMMAND($hWnd, $iMsg, $wParam, $lParam) Local Const $SC_MINIMIZE = 0xF020, $SC_RESTORE = 0xF120 Switch BitAND($wParam, 0xFFF0) Case $SC_MINIMIZE, $SC_RESTORE $blGUIMinimized = Not $blGUIMinimized EndSwitch Return $GUI_RUNDEFMSG EndFunc ;==>WM_SYSCOMMAND Func Load_BMP_From_Mem($bImage) ;_GDIPlus_BitmapCreateFromMemory2 ;Author: UEZ ;Modified: ProgAndy, Yashied, FireFox If Not IsBinary($bImage) Then Return 0 Local $memBitmap = Binary($bImage) Local $iLen = BinaryLen($memBitmap) Local $GMEM_MOVEABLE = 0x0002 Local $aResult = DllCall("kernel32.dll", "handle", "GlobalAlloc", "uint", $GMEM_MOVEABLE, "ulong_ptr", $iLen) Local $hData = $aResult[0] $aResult = DllCall("kernel32.dll", "ptr", "GlobalLock", "handle", $hData) If @error Then Return 0 Local $tMem = DllStructCreate("byte[" & $iLen & "]", $aResult[0]) DllStructSetData($tMem, 1, $memBitmap) DllCall("kernel32.dll", "bool", "GlobalUnlock", "handle", $hData) If @error Then Return 0 $aResult = DllCall("ole32.dll", "int", "CreateStreamOnHGlobal", "handle", $hData, "int", True, "ptr*", 0) $hStream = $aResult[3] If @error Then Return 0 $aResult = DllCall($ghGDIPDll, "uint", "GdipCreateBitmapFromStream", "ptr", $hStream, "int*", 0) If @error Then Return 0 DllCall('oleaut32.dll', 'long', 'DispCallFunc', 'ptr', $hStream, 'ulong_ptr', 8 * (1 + @AutoItX64), 'uint', 4, 'ushort', 23, 'uint', 0, 'ptr', 0, 'ptr', 0, 'str', '') Return $aResult[2] EndFunc ;==>Load_BMP_From_Mem _ Advanced example : Preview : Attachment : IP Camera.au3 IP Camera.au3 (Previous: 34 downloads) Enjoy, I'm watching U !

Hi again guys!, i had COVID-19 for twice and i couldn't check the forum since 3 or 4 months ago till now! i hope you will get better if you're fighting for beat COVID-19 I have two question, first is about extracting all of the IP Address from an IP Ranges, for e.g: 192.168.1.1-192.255.255.255 (Start and End are variable and will be defined by the user) and for second one, i have a friend that he is Python programmer, he made a IP Parser that it can support large txt files (1TB) and it can parse all of them under 10min and it also supports low-end PCs that have 1 GB RAM! The list that his program parses are: #1765497 192.168.1.1 8082 #1765496 192.168.1.1 8084 #1965493 192.168.1.1 8089 #9565495 192.168.1.1 8086 #2565492 192.168.1.1 8081 and it converts very very fast to this: 192.168.1.1:8082 192.168.1.1:8084 192.168.1.1:8089 192.168.1.1:8086 192.168.1.1:8081 I wonder how to do this via AutoIt, if you can help me in this way, i will be happy✌❤ Thanks for your helps. FIRST_QUESTION_TEST.au3

Hello Guys and AutoIt Scriptwriters!🎉❤️ I've created a script to notify to me if RDP main IP changed then send a message via Telegram bot to me But some of my RDP's Main IP are @IPAddress1 or @IPAddress3 or Public IP Address... I want to detect automatically the IP that windows client can run RDP to remotely control This image can help you that what i say, there are three RDP with specified IP, i want to run script in these RDP's then capture those IP's changes then notify me via Telegram bot

I needed a function to ping many computers, and get the results of the pings in an array so to manage it easily in a script. Searching in the forum I found some interesting sw with a nice graphical interface, but not a generic function that simply return an array. a very powerful pinger I found is >nPing by Manadar, but it is designed as a command line tool, so I decided to use the entire engine of nPing adapting it a bit, so that it can be used as an udf. This code is a first attempt (beta) and it can be used to: Ping all computers (IP addresses) belonging to the (local) LAN just call the _nPing() without any parameter Ping a predefined list of IP just pass the list of host (IP or hastnames) to the function in an 1D zero based array or in a 2D array indicating the column containing the addresses Ping all computers (IP addresses) of a remote LAN just pass an IP of that lan and his subnet mask Ping range of computers (IP addresses) just pass a string rappresenting the range of IP to ping (as accepted by the nPing program by Manadar), for example: 192.168.0.0-1 will ping these addresses: 192.168.0.0 and 192.168.0.1 192.168.20.* will ping everything in the range from 192.168.20.1 to 192.168.20.255 192.168.0-1.1-254 will ping everything in the range from 192.168.0.1 to 192.168.1.254 I have not done extensive testing on it, so I would be grateful if someone that tries it, can report any error thanks EDIT: After some testing, I have seen that sometime some IP are reported as dead, while are alive instead. This occurs when a device is not so fast to answer to the ping, and so it's marked as dead while instead is only too slow to answer to the ping. I came to the conclusion that for a more accurate result about the not responding devices, is better to use a $timeout parameter of 4000 ms as default value in the _MSPing() function (the same default timeout value as in the standard ping command) So I have "calibrated" the multiping.au3 by modifying the line 349 and incrementing the value of the $Timeout variable from 100 ms to 4000 ms. This should be a better choice for a general purpose utilization that gives more stable and accurate results about the not responding devices. This should not slow down the overall performances, but will only give some more time to respond to the slower devices. MultiPing.au3 #include <iNet.au3> ; #INDEX# ======================================================================================================================= ; Title .........: _nPing ; AutoIt Version : ; Language ......: English ; Description ...: Function to perform multi Ping. ; Author(s) .....: core engine is Manadar's "nping" retrieved at the following post ; http://www.autoitscript.com/forum/topic/108060-nping-console-network-pinger-network-sweeper-network-scanner ; adapted to this UDF by PincoPanco ; =============================================================================================================================== ; #CURRENT# ===================================================================================================================== ; _nPing multi IP pinger ; =============================================================================================================================== ; #INTERNAL_USE ================================================================================================================= ; _LanParameters given IP and mask generate [and display] various lan parameters ; _CIDR_To_Mask transform a CIDR number (1 - 32) to the corresponding 4 digit mask ; _Mask_To_CIDR transform a 4 digit mask to the corresponding CIDR number (1 - 32) ; _GetSubnetMask given the local IP returns the related subnet mask (thanks to dragan) ; _Convert_To_Binary from decimal to binary ; _Bin_To_Dec from binary to decimal ; _FileReadToArray_mod read a file of IP in a 1D array, if is a csv and a separator is passed a 2D array is returned ; _GetIpAddressList Generate the IP list to Ping ; _Make_Range Given an IP and his mask, this function return the full LAN "range" for _nPing ; _GetLanParameters calculate all IP/subnet related parameters ; _isIPaddr check if passed IP is a plausible IP ; _isSNmask check if passed mask is a plausible mask ; _Progress shows a progress bar for the current scan ; =============================================================================================================================== ; #FUNCTION# ==================================================================================================================== ; Name...........: _nPing ; Description ...: returns an array containing: clients responding to ping or clients not responding or both. See $ReturnFlag ; Syntax.........: _nPing([[$IP]|[$IPArray]|[$IPrange]],[[$NetMask]|[$column]], [$ReturnFlag], [$Resolve], [$MyFunction]) ; Parameters ....: [[$IP]|[$IPArray]|[$IPrange]] - An IP address or an 1D or 2D array (0 based) or an IPrange(*) ; $NetMask - An 4 digit Net Mask or a CIDR notation value (numbers of bit from 1 to 32) ; if previous parameter is an 2D array then this parameter contains the ; nr. of the column that contains the addresses to be pinged ; $ReturnFlag - 0|1|2, what to return: 0=all cliensts; 1=responding clients; 2= not responding clients(**) ; $Resolve - O or 1, if IP lookup name resolution must be performed; 1 = yes, 0 = no ; $MyFunction - an User Defined Function to be called each time a PING complete (default is progress bar) ; the called function receives 1 parameter that is an array containing the following 6 parameters: ; [0] nr. of total addresses under process ; [1] nr. of ping already finished ; [2] IP just processed ; [3] resolved Host name or -1 if IP is down ; [4] roundtrip of this ping or -1 if IP is down ; [5] Index of this IP within the caller's passed array ; by default is called the _Progress() function that will display the progress bar ; Return values .: Success - an 2D array containing: ; first row ($array[0][x]) contains: [0][0]= nr. of returned host; [0][1]= total roundtrip ; other rows: [n][0]=Address; [n][1]=lookup name; [n][2]=roundtrip; [n][3]=index in the passed array*** ; Failure - -1, sets @error ; |1 - too many IP, max 16777216 ($MAX_HOSTS) ; |2 - wrong array dimensions or wrong column number ; |3 - wrong IP ; |4 - wrong subnet mask ; |5 - bad "range" or wrong IP error ; |6 - Windows Sockets Error ; |7 - (not used) ; |8 - DLL call error (reading local subnet mask) ; ; (*) IPrange is a string as below ; "192.168.0.0-1" will ping these addresses: 192.168.0.0 and 192.168.0.1 ; "192.168.20.*" will ping everything in the range from 192.168.20.1 to 192.168.20.255 ; "192.168.0-1.1-254" will ping everything in the range from 192.168.0.1 to 192.168.1.254 ; ; (**) returnead 2D array has the following 4 columns: ; first row contains: [0][0]= nr. of returned host; [0][1]= total roundtrip ; following rows contains fields as below ; +-------------------------+-------------------------+ ; | nr of elements in array | total roundtrip | ; +-------------------------+-------------------------+-------------------------+-------------------------+ ; | IP address | [hostname] ( -1) | roundtrip (or -1) | index *** | ; +-------------------------+-------------------------+-------------------------+-------------------------+ ; ; (***) since the returned array has not the same nr. of rows and also has not the same order of the array in input, ; this index is a reference to "bind" both arrays. ; It is more useful if the input array is a 2D array and you have to bind the rows containing results ; with related fields (array elements) in the "source" array ; Author ........: ; Modified.......: ; Remarks .......: ; Related .......: ; Link ..........: ; Example .......: ; =============================================================================================================================== Func _nPing($networkRange = "", $MyMask = "", $ReturnFlag = 1, $Resolve = 0, $MyFunction = "_Progress") Static $TCP = TCPStartup() ; this should be used at the beginning of the main program instead of inside the Func() Static $dig = FileExists(".\dig\dig.exe") ; this is for IP to hostname resolution. if dig.exe exists will be used. (faster than _TCPIpToName) Local $MAX_PROCESS = 20 ; A maximum number of processes (25) ; Global $MAX_HOSTS = 16777216 ; A maximum number of hosts to ping due to AutoIt's array limit size Local $_IPup[1][4] ; will contain results of PINGs [IP][roundrip or -1] ; check what has been required from caller If $networkRange = "" Then ; no parameters passed, so scan local network ; ConsoleWrite("debug: no IP/range provided, I will scan the local LAN" & @CRLF) $networkRange = _Make_Range(TCPNameToIP(@ComputerName), _GetSubnetMask(TCPNameToIP(@ComputerName))) ; retrieve local LAN and Subnet Mask values If @error Then Return SetError(@error, @extended, -1) ; ConsoleWrite("debug: network range=" & $networkRange & @CRLF) ElseIf IsArray($networkRange) Then ; ----- is an array -----------------------------+ ; if is an 2D array then $MyMask contains the column else is ignored | If UBound($networkRange) > 16777216 Then Return SetError(1, 0, -1) ; | too many IP > $MAX_HOSTS ; If UBound($networkRange, 0) <> 1 Then Return SetError(2, 0, -1) ; | If UBound($networkRange, 0) > 2 Then Return SetError(2, 0, -1) ; | max 2D array If UBound($networkRange, 0) = 1 Then ; | $aArray = $networkRange ; $aArray = all IP to scan | Else ; ----- it is a 2D array ----- | ; the number of the column with addresses is in $MyMask parameter | If $MyMask > UBound($networkRange, 2) - 1 Then Return SetError(2, 0, -1) ; | wrong column Local $aArray[UBound($networkRange)] ; | For $i = 0 To UBound($networkRange) - 1 ; | $aArray[$i] = $networkRange[$i][$MyMask] ; | Next ; | EndIf ; | ; ------------------------------------------------------------------------------+ ElseIf _isIPaddr($networkRange) Then ; single IP ; ConsoleWrite("debug: single IP value received" & @CRLF) If $MyMask <> "" Then ; is there a subnet? If Not _isSNmask($MyMask) Then ; wrong 4 digit mask If $MyMask > 0 And $MyMask < 33 Then ; is it a CIDR notation number? (nr. of bits of mask (1 to 32)) $MyMask = _CIDR_To_Mask($MyMask) Else Return SetError(4, 0, -1) ; wrong mask provided EndIf EndIf $networkRange = _Make_Range($networkRange, $MyMask) ; generate the "range" of all IP belonging to that subnet mask EndIf EndIf If Not IsArray($networkRange) Then ; ConsoleWrite("debug: Is not an Array" & @CRLF) ; if $networkRange is NOT an array then it is a "range" ; either passed as parameter by caller or generated by above checks $aArray = _GetIpAddressList($networkRange) ; Generate the list of IP to be pinged If @error Then Return SetError(5, 0, -1) ; IP range error EndIf ; ; _ArrayDisplay($aArray,"debug") ; $aArray should contain the IP to be pinged by _nPing ; ; *********************************************************************************************************** ; here start of nping core by Manadar (slightly modified) ; http://www.autoitscript.com/forum/topic/108060-nping-console-network-pinger-network-sweeper-network-scanner ; *********************************************************************************************************** If $ReturnFlag = 0 Then ; make room for all clients ReDim $_IPup[UBound($aArray) + 1][4] ; $_IPup will contain results EndIf Local $aProcess[$MAX_PROCESS] ; An array to keep a reference to spawned processes, in the next loop we fill it with value 0 for reference For $i = 0 To UBound($aProcess) - 1 $aProcess[$i] = 0 Next Local $i = 0 ; which IP are we currently trying to ping ( based on array ) Local $iFinished = 0 ; how many processes have finished pinging Local $iUp = 0 ; Total hosts that are UP Local $iDown = 0 ; Total hosts that are DOWN Local $iTotalRoundTrip = 0 ; Total roundtrip (all the +ms added together) While 1 ; We check all the currently running processes For $n = 0 To UBound($aProcess) - 1 ; Check if we need a spot, and there is an existing spot here If ($i <> UBound($aArray) And $aProcess[$n] == 0) Then $aProcess[$n] = _MSPing($i, $aArray[$i]) ; Start a new Ping process $i += 1 ; Increment $i so we can do the next process the next time around Else ; Check if this process has been spawned and the process is ready If ($aProcess[$n] <> 0 And _MSPingIsReady($aProcess[$n])) Then ; has finished to ping ; results of endings pings. (Get results from the various Pimg commands) $sHostname = _MSPingGetHostname($aProcess[$n]) $sResult = _MSPingGetResult($aProcess[$n]) $sIndex = ___MSPingGetIndex($aProcess[$n]) ; new, added by me (zero based) ; ConsoleWrite("debug: " & $sIndex & " : " & $sHostname & " : " & $sResult & @CRLF) ; -------------------------------------------------------------------------------------------------------------------------------------------------------------- If ($sResult <> -1) Then ; current IP is UP ; ConsoleWrite("debug: " & $sHostname & " has a roundtrip of " & $sResult & " ms" & @CRLF) $iUp += 1 If $ReturnFlag < 2 Then ; if return all(0) or responding only(1) If $ReturnFlag = 1 Then ; 1 = return back only responding IP ReDim $_IPup[$iUp + 1][4] $_IPup[$iUp][3] = $sIndex ; the index of the passed array that contains this IP $sIndex = $iUp Else ; $ReturnFlag = 0 Then keep all clients $sIndex += 1 $_IPup[$sIndex][3] = $sIndex - 1 EndIf $_IPup[$sIndex][0] = $sHostname If $Resolve Then ; ------------ resolve IP to hostname ------------ If _isIPaddr($_IPup[$sIndex][0]) Then ; is it an IP ? (or an hostname) If $dig Then ; resolve with dig if is present (much faster especially on passive devices without a host name) Local $digID = Run(".\dig\dig.exe -x " & $_IPup[$sIndex][0] & " +short", "", @SW_HIDE, 0x2) Do $_IPup[$sIndex][1] &= StdoutRead($digID) ; resolved IP to name (if resolvable else empty) Until @error Else ; _TCPIpToName is very slow to return if the remote IP do not belongs to a windows client (example a printer or a router) $_IPup[$sIndex][1] = _TCPIpToName($_IPup[$sIndex][0]) EndIf Else $_IPup[$sIndex][1] = $_IPup[$sIndex][0] EndIf EndIf ; End of name resolution ------------------------------------- $_IPup[$sIndex][2] = $sResult ; roundtrip of the ping $iTotalRoundTrip += $sResult EndIf Else ; current IP is down ---------------------------------------------------------------------------------------------------------------------------------------- $iDown += 1 If $ReturnFlag = 0 Then ; 0 return back all IP, responding and not responding $sIndex += 1 $_IPup[$sIndex][0] = $sHostname $_IPup[$sIndex][1] = -1 ; loockup name $_IPup[$sIndex][2] = -1 ; roundtrip $_IPup[$sIndex][3] = $sIndex - 1 ; ElseIf $ReturnFlag = 1 Then ; $ReturnFlag = 1 return only responding ; nothing to store ElseIf $ReturnFlag = 2 Then ; $ReturnFlag = 2 return only not responding ReDim $_IPup[$iDown + 1][4] $_IPup[$iDown][0] = $sHostname $_IPup[$iDown][1] = -1 $_IPup[$iDown][2] = -1 $_IPup[$iDown][3] = $sIndex $sIndex = $iDown EndIf EndIf ; *************************************************** ; Free up an empty space for the next address to Ping $aProcess[$n] = 0 ; Increment the total of processes that have finished $iFinished += 1 If ($sResult <> -1 And $ReturnFlag <> 2) Or ($sResult = -1 And $ReturnFlag <> 1) Then ; call an UDF to track and manage what's going on during the scan; ; an array is passed to the called function with the following 6 parameters: ; 0) nr. of total addresses under process ; 1) nr. of ping already finished ; 2) IP just processed ; 3) resolved Host name or -1 if IP is down ; 4) roundtrip of this ping or -1 if IP is down ; 5) Index of this IP within the caller's passed array ; by default is called the _Progress() function that will display the progress bar Local $aPass_Args[6] = [UBound($aArray), $iFinished, $_IPup[$sIndex][0], $_IPup[$sIndex][1], $_IPup[$sIndex][2], $_IPup[$sIndex][3]] Local $aArgs[2] = ["CallArgArray", $aPass_Args] Call($MyFunction, $aArgs) Else Local $aPass_Args[6] = [UBound($aArray), $iFinished, $sHostname, -1, -1, $sIndex] Local $aArgs[2] = ["CallArgArray", $aPass_Args] Call($MyFunction, $aArgs) EndIf ; If the total number of finished processes If ($iFinished == UBound($aArray)) Then ExitLoop 2 ; Exit -----+ EndIf ; | EndIf ; | Next ; | Sleep(50) ; Give existing ping commands some time to process the request | WEnd ; | ; <-------------------+ ; fill record [0] If $ReturnFlag = 0 Then ; return all $_IPup[0][0] = $iUp + $iDown $_IPup[0][1] = $iUp ; $iTotalRoundTrip ; $_IPup[0][2] = $iDown ElseIf $ReturnFlag = 1 Then ; return only up $_IPup[0][0] = $iUp $_IPup[0][1] = $iTotalRoundTrip ; $_IPup[0][2] = $iDown ElseIf $ReturnFlag = 2 Then ; return only down $_IPup[0][0] = $iDown $_IPup[0][1] = -1 ; $_IPup[0][2] = $iUp EndIf Return $_IPup ; - - - The end of scan - - - EndFunc ;==>_nPing Func _GetIpAddressList($ipFormat) ; Generate the IP list to Ping If $ipFormat = "" Then Return SetError(5, 0, -1) ; no IP to ping EndIf $ipFormat = StringReplace($ipFormat, "*", "1-255") ; change * with "1-255" $ipSplit = StringSplit($ipFormat, ".") If $ipSplit[0] <> 4 Then ; if it is not an IP address then check if it is an hostname Static $TCP = TCPStartup() Local $ret[1] = [TCPNameToIP($ipFormat)] ; from hostname to IP If @error Then Return SetError(6, @error, -1) ; windows API WSAGetError Windows Sockets Error in @extended Return $ret ; -----> return EndIf For $i = 1 To 4 ; controls once again If Not StringRegExp($ipSplit[$i], "[0-9\-]*") Then ; are 4 octets numbers Static $TCP = TCPStartup() Local $ret[1] = [TCPNameToIP($ipFormat)] ; if not number try to decode from host to IP If @error Then Return SetError(6, @error, -1) ; windows API WSAGetError. Windows Sockets Error in @extended Return $ret ; -----> return EndIf Next ; $ipFormat is not an hostname Local $ipRange[4][2], $totalPermu = 1 For $i = 0 To 3 If StringInStr($ipSplit[$i + 1], "-") Then ; control the presence of the "-" sign $m = StringSplit($ipSplit[$i + 1], "-") $ipRange[$i][0] = $m[1] $ipRange[$i][1] = $m[2] Else $n = Number($ipSplit[$i + 1]) $ipRange[$i][0] = $n $ipRange[$i][1] = $n EndIf $totalPermu *= $ipRange[$i][1] - $ipRange[$i][0] + 1 ; total number of IP to check If ($ipRange[$i][0] < 0 Or $ipRange[$i][0] > 255) Or ($ipRange[$i][1] < 0 Or $ipRange[$i][1] > 255) Then Return SetError(3, 0, -1) ; wrong IP Next If $totalPermu > 16777216 Then ; > $MAX_HOSTS Return SetError(1, String($totalPermu), -1) ; too many IP EndIf Local $result[$totalPermu], $i = 0 For $a = $ipRange[0][0] To $ipRange[0][1] For $b = $ipRange[1][0] To $ipRange[1][1] For $c = $ipRange[2][0] To $ipRange[2][1] For $d = $ipRange[3][0] To $ipRange[3][1] $result[$i] = $a & "." & $b & "." & $c & "." & $d ; $result contains the IP addresses to ping $i += 1 Next Next Next Next Return $result EndFunc ;==>_GetIpAddressList Func _Exit() Exit EndFunc ;==>_Exit Func _MSPing($Array_ndx, $sHostname, $timeout = 4000) ;$timeout = 50) ; start a new Ping Local $return_struc[5] ; [0] = Result (in ms) ; [1] = The hostname originally used ; [2] = Process handle (for internal use only) ; [3] = Buffer (for internal use only) ; [4] = Index of IP in source array **new** $return_struc[1] = $sHostname $return_struc[2] = Run("ping " & $sHostname & " -n 1 -w " & $timeout, "", @SW_HIDE, 0x2) ; 0x2 -> $STDOUT_CHILD) $return_struc[4] = $Array_ndx Return $return_struc EndFunc ;==>_MSPing Func _MSPingIsReady(ByRef $return_struc) ; check if Ping has finished Return ___MSPingReadOutput($return_struc) EndFunc ;==>_MSPingIsReady Func _MSPingGetResult($return_struc) Return $return_struc[0]; [0] = Result (in ms) EndFunc ;==>_MSPingGetResult Func _MSPingGetHostname($return_struc) ; returns the hostname Return $return_struc[1]; [1] = The hostname originally used EndFunc ;==>_MSPingGetHostname ; Internal use only Func ___MSPingReadOutput(ByRef $return_struc) ; peek result of DOS Ping command $data = StdoutRead($return_struc[2]) ; [2] = Process handle (for internal use only) If (@error) Then ; if ping has finished ___MSPingParseResult($return_struc) ; extract time taken by ping Return 1 ; 1 = finished Else $return_struc[3] &= $data ; [3] = Buffer (for internal use only) ; contains DOS output Return 0 ; 0 = not yet finished EndIf EndFunc ;==>___MSPingReadOutput ; Internal use only Func ___MSPingParseResult(ByRef $return_struc) ; extract from Ping command the millisecond value $result = StringRegExp($return_struc[3], "([0-9]*)ms", 3); [3] = DOS command output is here If @error Then $return_struc[0] = -1 ; [0] = Result (in ms) -1 if error Else $return_struc[0] = $result[0] ; returns the first millisecond value retrieved from Ping EndIf EndFunc ;==>___MSPingParseResult ; Internal use only - new (added by me) Func ___MSPingGetIndex(ByRef $return_struc) ; Index of the current IP in passed array Return $return_struc[4] EndFunc ;==>___MSPingGetIndex ; = = = = = net related functions = = = = = Func _Make_Range($ipLan, $sMask) ; Given an IP and his mask, this function return the full LAN "range" for _nPing Local $aLan = _GetLanParameters($ipLan, $sMask) If @error Then Return SetError(@error, @extended, -1) Return $aLan[7][0] EndFunc ;==>_Make_Range Func _GetLanParameters($theIP1, $sSubNet) ; ------------------------------------------ ; calculate all IP/subnet related parameters ; ------------------------------------------ If Not _isIPaddr($theIP1) Then Return SetError(3, 0, -1) ; wrong IP address ;check on subnet If Not _isSNmask($sSubNet) Then ; it is not a valid 4 digit subnet If $sSubNet > 0 And $sSubNet < 33 Then ; is it a CIDR notation number? nr. of bits 1 to 32 $sSubNet = _CIDR_To_Mask($sSubNet) Else Return SetError(4, 0, -1) ; wrong Mask provided EndIf EndIf Local $aLan[8][5] ; net parameters container Local $sDot[2] = ['', '.'] ; used as IP octets separator Local $aIP = StringSplit($theIP1, '.'), $aSubNet = StringSplit($sSubNet, '.') ; split IP address in single octets and calculate related parameters For $i = 1 To 4 $aLan[0][$i] = $aIP[$i] ; IP $aLan[1][$i] = $aSubNet[$i] ; NetMask $aLan[2][$i] = BitNOT($aLan[1][$i] - 256) ; Wildcard, is the inverse of subnet: BitNot($NetMask - 256) $aLan[3][$i] = BitAND($aLan[0][$i], $aLan[1][$i]) ; LanAddress BitAnd(IP, netmask) $aLan[4][$i] = BitOR($aLan[0][$i], $aLan[2][$i]) ; Broadcast address $aLan[5][$i] = $aLan[3][$i] ; preset First host ; will be $NetAddress + 1 $aLan[6][$i] = $aLan[4][$i] ; preset Last host ; will be $Broadcast -1 Next If $sSubNet <> "255.255.255.255" Then $aLan[5][4] = BitOR($aLan[5][4], 1) ; First host $NetAddress + 1 (Turn last bit ON) $aLan[6][4] = BitAND($aLan[6][4], 254) ; Last host $Broadcast -1 (Turn last bit OFF) EndIf For $i = 1 To 4 $aLan[0][0] &= $aLan[0][$i] & $sDot[$i < 4] ; [0] IP $aLan[1][0] &= $aLan[1][$i] & $sDot[$i < 4] ; [1] NetMask $aLan[2][0] &= $aLan[2][$i] & $sDot[$i < 4] ; [2] Wildcard $aLan[3][0] &= $aLan[3][$i] & $sDot[$i < 4] ; [3] Network $aLan[4][0] &= $aLan[4][$i] & $sDot[$i < 4] ; [4] Broadcast $aLan[5][0] &= $aLan[5][$i] & $sDot[$i < 4] ; [5] First host $aLan[6][0] &= $aLan[6][$i] & $sDot[$i < 4] ; [6] Last host ; [7][0] Range for _nPing If $aLan[5][$i] = $aLan[6][$i] Then $aLan[7][0] &= $aLan[5][$i] & $sDot[$i < 4] Else $aLan[7][0] &= $aLan[5][$i] & "-" & $aLan[6][$i] & $sDot[$i < 4] EndIf Next ; MsgBox(0, "net", "IP address: " & @TAB & $aLan[0][0] & @CRLF & "Subnet: " & @TAB & $aLan[1][0] & @CRLF & "Wildcard: " & @TAB & $aLan[2][0] & @CRLF & "Network: " & @TAB & $aLan[3][0] & @CRLF & "Broadcast: " & @TAB & $aLan[4][0] & @CRLF & "First host: " & @TAB & $aLan[5][0] & @CRLF & "Last host: " & @TAB & $aLan[6][0]) ; _ArrayDisplay($aLan, "IP/subnet related parameters") Return $aLan EndFunc ;==>_GetLanParameters ; #FUNCTION# ==================================================================================================================== ; Name...........: _LanParameters ; Description ...: given an IP and his subnet returns [and displays] the following values in dec and binary format: ; |IP Address ; |Netmask ; |Wildcard ; |Network Address ; |Broadcast Address ; |First host ; |Last host ; Syntax.........: _LanParameters([$IP, $Subnet]) ; Parameters ....: ; ; Return values .: ; Author ........: ; Modified.......: ; Remarks .......: ; Related .......: ; Link ..........: ; Example .......: ; =============================================================================================================================== Func _LanParameters($theIP1 = "", $sSubNet = "255.255.255.255", $Msg = 0) Static $TCP = TCPStartup() If $theIP1 = "" Then $theIP1 = TCPNameToIP(@ComputerName) $sSubNet = _GetSubnetMask($theIP1) ElseIf $sSubNet = "" Then $sSubNet = "255.255.255.255" EndIf If Not _isSNmask($sSubNet) Then ; it is not a 4 digit subnet If $sSubNet > 0 And $sSubNet < 33 Then ; is it a CIDR notation number? nr. of bits 1 to 32 $sSubNet = _CIDR_To_Mask($sSubNet) Else Return SetError(4, 0, False) ; wrong mask EndIf EndIf Local $aLan = _GetLanParameters($theIP1, $sSubNet) Local $LanID[7][3] $LanID[0][0] = "IP Address " $LanID[1][0] = "Netmask " $LanID[2][0] = "Wildcard " $LanID[3][0] = "Network Address " $LanID[4][0] = "Broadcast Address" $LanID[5][0] = "First host " $LanID[6][0] = "Last host " For $i = 0 To 6 $LanID[$i][1] = $aLan[$i][0] $LanID[$i][2] = _Convert_To_Binary($aLan[$i][1]) & "." & _Convert_To_Binary($aLan[$i][2]) & "." & _Convert_To_Binary($aLan[$i][3]) & "." & _Convert_To_Binary($aLan[$i][4]) Next If $Msg Then MsgBox(0, "Lan IDs", $LanID[0][0] & @TAB & $LanID[0][2] & @TAB & $LanID[0][1] & @CRLF & _ $LanID[1][0] & "( " & _Mask_To_CIDR($LanID[1][1]) & " ) " & @TAB & $LanID[1][2] & @TAB & $LanID[1][1] & @CRLF & _ $LanID[2][0] & @TAB & $LanID[2][2] & @TAB & $LanID[2][1] & @CRLF & _ $LanID[3][0] & @TAB & $LanID[3][2] & @TAB & $LanID[3][1] & @CRLF & _ $LanID[4][0] & @TAB & $LanID[4][2] & @TAB & $LanID[4][1] & @CRLF & _ $LanID[5][0] & @TAB & $LanID[5][2] & @TAB & $LanID[5][1] & @CRLF & _ $LanID[6][0] & @TAB & $LanID[6][2] & @TAB & $LanID[6][1] & @CRLF) Return $LanID EndFunc ;==>_LanParameters ; #FUNCTION# ==================================================================================================================== ; Name...........: _CIDR_To_Mask ; Description ...: transform a CIDR number (1 - 32) to the corresponding 4 digit mask ; Syntax.........: _CIDR_To_Mask($CIDR) ; Parameters ....: $CIDR a number from 1 to 32 ; Return values .: a 4 bite corresponding subnet mask ; =============================================================================================================================== Func _CIDR_To_Mask($sSubNet) ; From nr. of bit to 4 digit mask $sSubNet = StringLeft(StringLeft("11111111111111111111111111111111", $sSubNet) & "0000000000000000000000000000000", 32) $sSubNet = _Bin_To_Dec(StringLeft($sSubNet, 8)) & "." & _Bin_To_Dec(StringMid($sSubNet, 9, 8)) & "." & _Bin_To_Dec(StringMid($sSubNet, 17, 8)) & "." & _Bin_To_Dec(StringRight($sSubNet, 8)) Return $sSubNet EndFunc ;==>_CIDR_To_Mask ; #FUNCTION# ==================================================================================================================== ; Name...........: _Mask_To_CIDR ; Description ...: transform a 4 digit mask to the corresponding CIDR number (1 - 32) ; Syntax.........: _Mask_To_CIDR($SubnetMask) ; Parameters ....: $SubnetMask a 4 bite subnet mask ; Return values .: the corresponding CIDR ; =============================================================================================================================== Func _Mask_To_CIDR($sSubNet) ; from 4 digit mask to nr. of bits If _isSNmask($sSubNet) Then Local $Digit = StringSplit($sSubNet, ".", 2) Return StringInStr(_Convert_To_Binary($Digit[0]) & _Convert_To_Binary($Digit[1]) & _Convert_To_Binary($Digit[2]) & _Convert_To_Binary($Digit[3]), "1", 0, -1) Else Return SetError(4, 0, False) ; wrong mask EndIf EndFunc ;==>_Mask_To_CIDR ; _GetSubnetMask ; #FUNCTION# ==================================================================================================================== ; Name...........: _GetSubnetMask ; Description ...: given the local IP returns the related subnet mask (thanks to dragan) ; http://www.autoitscript.com/forum/topic/155078-how-to-easily-get-the-subnet-mask/?p=1120929 ; Syntax.........: _GetSubnetMask($LocalIP) ; Parameters ....: $LocalIP IP of the local computer ; Return values .: the corresponding subnet mask ; =============================================================================================================================== Func _GetSubnetMask($theIP) ; given the local IP returns the related subnet mask Local Const $tagIP_ADDRESS_STRING = "char IPAddress[16];" Local Const $tagIP_MASK_STRING = "char IPMask[16];" Local Const $tagIP_ADDR_STRING = "ptr Next;" & $tagIP_ADDRESS_STRING & $tagIP_MASK_STRING & "DWORD Context;" Local Const $tagIP_ADAPTER_INFO = "ptr Next; DWORD ComboIndex; char AdapterName[260];char Description[132]; UINT AddressLength; BYTE Address[8]; dword Index; UINT Type;" & _ " UINT DhcpEnabled; ptr CurrentIpAddress; ptr IpAddressListNext; char IpAddressListADDRESS[16]; char IpAddressListMASK[16]; DWORD IpAddressListContext; " & _ "ptr GatewayListNext; char GatewayListADDRESS[16]; char GatewayListMASK[16]; DWORD GatewayListContext; " & _ "ptr DhcpServerNext; char DhcpServerADDRESS[16]; char DhcpServerMASK[16]; DWORD DhcpServerContext; " & _ "int HaveWins; " & _ "ptr PrimaryWinsServerNext; char PrimaryWinsServerADDRESS[16]; char PrimaryWinsServerMASK[16]; DWORD PrimaryWinsServerContext; " & _ "ptr SecondaryWinsServerNext; char SecondaryWinsServerADDRESS[16]; char SecondaryWinsServerMASK[16]; DWORD SecondaryWinsServerContext; " & _ "DWORD LeaseObtained; DWORD LeaseExpires;" Local $dll = DllOpen("Iphlpapi.dll") If @error Then Return SetError(8, @error, 0); <----------- error 'dll open: Iphlpapi.dll' Local $ret = DllCall($dll, "dword", "GetAdaptersInfo", "ptr", 0, "dword*", 0) If @error Then DllClose($dll) Return SetError(8, @error, 0); <----------- error 'dll call function: GetAdaptersInfo' EndIf Local $adapterBuffer = DllStructCreate("byte[" & $ret[2] & "]") Local $adapterBuffer_pointer = DllStructGetPtr($adapterBuffer) DllCall($dll, "dword", "GetAdaptersInfo", "ptr", $adapterBuffer_pointer, "dword*", $ret[2]) If @error Then $adapterBuffer = "" $adapterBuffer_pointer = "" DllClose($dll) Return SetError(8, @error, 0); <----------- error 'dll call function: GetAdaptersInfo with adapter buffer pointer' EndIf Local $adapter = DllStructCreate($tagIP_ADAPTER_INFO, $adapterBuffer_pointer) Local $IPType = -1 Local $FoundIt = False Local $retVal = "" Do ; -------------------- IP search -------------------- $Ptr = DllStructGetPtr($adapter, "IpAddressListNext") Local $IPStruct, $Index = 0 Local $allArray[1][3] Do ReDim $allArray[$Index + 1][3] $IPStruct = DllStructCreate($tagIP_ADDR_STRING, $Ptr) $allArray[$Index][0] = DllStructGetData($IPStruct, "IPAddress") $allArray[$Index][1] = DllStructGetData($IPStruct, "IPMask") $allArray[$Index][2] = DllStructGetData($IPStruct, "Context") $Ptr = DllStructGetData($IPStruct, "Next") $Index += 1 Until $Ptr = 0 For $i = 0 To UBound($allArray) - 1 If $allArray[$i][0] <> $theIP Then ContinueLoop ; >-+ $retVal = $allArray[$i][1] ; | $IPType = 0 ; | $FoundIt = True ; | ExitLoop ; if found do not search over | Next ; <-------+ If $FoundIt Then ExitLoop ; >---------------------------+ $Ptr = DllStructGetData($adapter, "Next") ; | $adapter = DllStructCreate($tagIP_ADAPTER_INFO, $Ptr); | Until @error ; | ; <---------------------------+ $adapterBuffer = "" $adapterBuffer_pointer = "" DllClose($dll) If Not $FoundIt Then Return SetError(3, 0, 0) ; IP not found <----------- error Return SetError(0, $IPType, $retVal) ; OK Return mask EndFunc ;==>_GetSubnetMask Func _isIPaddr($sIPAddr) ; returns true if argument is a plausible IP address If Not StringRegExp($sIPAddr, "^((25[0-5]|2[0-4]\d|[01]?\d?\d)\.){3}(25[0-5]|2[0-4]\d|[01]?\d?\d)$") Then Return SetError(1, 0, False) Return True EndFunc ;==>_isIPaddr Func _isSNmask($sSNmask) ; returns true if argument is a correct 4 digit network mask If Not StringRegExp($sSNmask, "^(((255\.){3}(255|254|252|248|240|224|192|128|0+))|((255\.){2}(255|254|252|248|240|224|192|128|0+)\.0)|((255\.)(255|254|252|248|240|224|192|128|0+)(\.0+){2})|((255|254|252|248|240|224|192|128|0+)(\.0+){3}))$") Then Return SetError(1, 0, False) Return True EndFunc ;==>_isSNmask Func _Progress($aArgs) ; Func _Progress($ToDo, $Done, $Dummy1, $Dummy2, $Dummy3, $Dummy4) ; this will show the progress bar while scanning ; $_Percent = Int($Done / $ToDo * 100) $_Percent = Int($aArgs[1] / $aArgs[0] * 100) Static $_Progress = 0 If Not $_Progress Then ProgressOn("Progress Meter", "Pinged address ", $aArgs[1] & "/" & $aArgs[0] & " ( 0 %)", -1, -1, 16) $_Progress = 1 EndIf ProgressSet($_Percent, $aArgs[1] & "/" & $aArgs[0] & " ( " & $_Percent & " %)", "Pinged address " & $aArgs[2]) If $_Percent = 100 Then ProgressSet(100, "Done", "Complete") Sleep(500) ProgressOff() $_Progress = 0 EndIf EndFunc ;==>_Progress Func _Convert_To_Binary($iNumber) ; from decimal to binary ; http://www.autoitscript.com/forum/topic/90056-decimal-to-binary-number-converter/?p=647505 Local $sBinString = "" While $iNumber $sBinString = BitAND($iNumber, 1) & $sBinString $iNumber = BitShift($iNumber, 1) WEnd ; limit returned value to 8 bit 0 - 255 Return StringRight("00000000" & $sBinString, 8) EndFunc ;==>_Convert_To_Binary Func _Bin_To_Dec($BinNum) ; from binary to decimal Local $dec = 0 For $i = 0 To StringLen($BinNum) - 1 $dec += 2 ^ $i * StringMid($BinNum, StringLen($BinNum) - $i, 1) Next Return $dec EndFunc ;==>_Bin_To_Dec ; #FUNCTION# ==================================================================================================================== ; Name...........: _FileReadToArray_mod ; Description ...: read a file to an array and if is passed a separator and a column number extract only that column (from a csv) ; Syntax.........: _FileReadToArray_mod($sFilePath, $delim = ";") ; Parameters ....: |$sFilePath - path and filename of the file to read ; |$delim - the character separator of the values in the csv ; Remarks .......: if the file is not a csv and contains only one IP per line then $delim is ignored ; Return values .: an 1D array containing the "IP" extracted from the $col column. First column is nr.0 ; =============================================================================================================================== ; Func _FileReadColumnToArray($sFilePath, $delim = ";", $col = 0) Func _FileReadToArray_mod($sFilePath, $delim = ";") ; this function is extracted, adapted and slightly modified from the _FileReadToArray() function in file.au3 Local $aArray Local $hFile = FileOpen($sFilePath, 0); $FO_READ) If $hFile = -1 Then Return SetError(1, 0, 0);; unable to open the file ;; Read the file and remove any trailing white spaces Local $aFile = FileRead($hFile, FileGetSize($sFilePath)) FileClose($hFile) ;~ $aFile = StringStripWS($aFile, 2) ; remove last line separator if any at the end of the file If StringRight($aFile, 1) = @LF Then $aFile = StringTrimRight($aFile, 1) If StringRight($aFile, 1) = @CR Then $aFile = StringTrimRight($aFile, 1) If StringInStr($aFile, @LF) Then $aArray = StringSplit(StringStripCR($aFile), @LF) ElseIf StringInStr($aFile, @CR) Then ;; @LF does not exist so split on the @CR $aArray = StringSplit($aFile, @CR) Else ;; unable to split the file If StringLen($aFile) Then Dim $aArray[2] = [1, $aFile] ; returns the whole file in one element Else Return SetError(2, 0, 0) ; File is empty EndIf EndIf ; now split 1D $aArray to 2D $aColumns according to delimiter Local $aColumns[$aArray[0]][1] ; create a new [2D] array with same nr. of lines of $aArray For $i = 1 To $aArray[0] ; scan all lines of the array $TempRow = StringSplit($aArray[$i], $delim, 2) ; split the line If UBound($TempRow) > UBound($aColumns, 2) Then ReDim $aColumns[$aArray[0]][UBound($TempRow)] For $ii = 0 To UBound($TempRow) - 1 $aColumns[$i - 1][$ii] = $TempRow[$ii] Next Next Return $aColumns EndFunc ;==>_FileReadToArray_mod Func _ExtractColumnFromArray($aArray, $col = 0) If 1 = UBound($aArray, 0) Then If $col = 0 Then Return $aArray ; already a single column array, send it back as is Else Return SetError(2, 0, -1) ; wrong column number EndIf EndIf If $col >= UBound($aArray, 2) Then Return SetError(2, 0, -1) ; wrong column number Local $aColumn[UBound($aArray)] ; create a new [1D] array For $i = 0 To UBound($aArray) - 1 ; scan all lines of the array $aColumn[$i] = $aArray[$i][$col] Next Return $aColumn EndFunc ;==>_ExtractColumnFromArray Basic Example of use: #include 'MultiPing.au3' #include <array.au3> MsgBox(0, "Hello", "The _nPing() function will ping ranges of IP addresses" & @CRLF & @CRLF & _ "if called without arguments, it will try to detect your LAN parameters" & @CRLF & _ "and then will ping all your LAN addresses, returninig a list of responding IP." & @CRLF & @CRLF & _ "First a detection of the LAN is performed and result displayed" & @CRLF & @CRLF & _ "Press OK to detect:") $lan = _LanParameters("", "", 1) ; with the first 2 argument blank, will detect local LAN ; the third parameter 1 means show results MsgBox(0, "Hello", "OK, now the full IP range will be pinged." & @CRLF & "In this example only the addresses of responding devices" & @CRLF & _ "will be returned in the array (default)," & @CRLF & _ "but the function can also return:" & @CRLF & _ " 0 the whole list of IPs" & @CRLF & _ " 1 only responding IPs" & @CRLF & _ " 2 only not responding IPs" & @CRLF & @CRLF & _ "Press OK to ping from IP " & $lan[5][1] & " to IP " & $lan[6][1]) ; simplest way to use: without parameters ; will scan all your local LAN ; and display only responding IP Local $Result = _nPing() If @error Then MsgBox(0, "", "@error " & @error) _ArrayDisplay($Result) MsgBox(0, "", "Another way to use is to read a list of IP from a file (csv or single column)" & @CRLF & _ "into an array and pass the array to the function" & @CRLF & _ "if the array is 1D then is passed as is" & @CRLF & _ "if the array is 2D (because a csv was read) the first column is passed," & @CRLF & _ "but if you want to pass another column of the 2D array then" & @CRLF & _ "just pass the column number (zero based) as second parameter (first column is 0)" & @CRLF & _ "In this example the IP are in column 1" & @CRLF & @CRLF & _ "Press OK to read the file") ; read the file in an array ; use the ";" as fields separator $IPlist = _FileReadToArray_mod(".\IP_List.txt", ";") If Not @error Then _ArrayDisplay($IPlist, "Data read from file") ; show array content $Result = _nPing($IPlist, 1); pass the second column to the function If @error Then MsgBox(0, "", "@error " & @error) _ArrayDisplay($Result) ; display the result of the pings Else MsgBox(0, "", "@error " & @error) EndIf IP_List.txt Google;173.194.36.50 AutoIT;87.106.181.57 YouTube;74.125.228.65 Google.com;74.125.224.72 Gmail.com;74.125.224.181 Bing.com;131.253.13.32 Hotmail.com;65.55.72.135 Yahoo.com;98.139.183.24 Amazon.com;72.21.211.176 Facebook.com;69.171.234.21 Facebook.com;69.63.176.13 Facebook.com;69.63.181.15 Facebook.com;69.63.184.142 Facebook.com;69.63.187.17 Facebook.com;69.63.187.18 Facebook.com;69.63.187.19 Facebook.com;69.63.181.11 Facebook.com;69.63.181.12 Twitter.com;199.59.148.10 Twitter.com;199.59.149.230 LinkedIn.com;216.52.242.86 WordPress.com;76.74.254.126 WordPress.org;72.233.56.138 Tumblr.com;174.121.194.34 Livejournal.com;209.200.154.225 Reddit.com;64.208.126.67 Imgur.com;173.231.140.219 Pinterest.com;23.21.142.179 Instagram.com;23.23.130.59 Stickam.com;67.201.54.151 Blogtv.com;84.22.170.149 Justin.tv;199.9.249.21 ChatRoulette.com;184.173.141.231 Newegg.com;216.52.208.187 ThePirateBay.org;194.71.107.50 Movie2k.com;109.163.226.240 PayPal.com;173.0.84.3 Botcrawl.com;174.132.77.244

Hi I am trying to send a file over TCP from a TCP client to server. If I run the server and client on the same computer the file is send fine, but if the server is on one computer on the network and the client on another the file is sent in what looks like more than one packet. In other words the server receives 4 msg from the client. Why is this, how do I make it send in one go, or what is a way around it? Side Note: TCP server has a max of 999999999

So I having issues with this GUI/Listview. My main GUI works like it needs to but the ListView GUIs don't. The exit buttons do not work on them and om have a hard time getting them to work. And I'm trying to make the listview GUI resizeable. But I'm not sure how to fix either of these issues any thoughts. #include <ButtonConstants.au3> #include <EditConstants.au3> #include <GUIConstantsEx.au3> #include <StaticConstants.au3> #include <WindowsConstants.au3> #include <File.au3> #include <ScreenCapture.au3> #include <MsgBoxConstants.au3> #include <WinAPIFiles.au3> #include <Array.au3> #include <GuiListView.au3> #include <GuiImageList.au3> #include <ListviewConstants.au3> #include 'MultiPing.au3' Opt("GUIOnEventMode", 1) #Region ;Declares ; Reads text file for the base list of IP's Global $aBase_IPlist = _FileReadToArray_mod(".\IP_List.txt") Global $replace2 = "Second" Global $replace3 = "Thrid" ;Global $userdata1 = GUICtrlRead($data1) ;Global $userdata2 = GUICtrlRead($data2) Global $savefolder = "C:\Users\" Global $paths = "\Desktop\PingChecks" Global $1stpaths = "\~~~Store" Global $2ndpaths = "~~~" Global $results = FileExists($savefolder & @UserName & $paths) ;Global $foldercheck = FileExists($savefolder & @UserName & $paths & $1stpaths & $userdata1 & $userdata2 & $2ndpaths) ;Global $savefile = "C:\Users\" & @UserName & "\Desktop\PingChecks\~~~Store" & $userdata1 & $userdata2 & "~~~\" #EndRegion ;Declares #Region ### START Koda GUI section ### Form= $IPMonkey = GUICreate("IP Monkey", 573, 254, -1, -1) GUISetIcon("C:\Users\Dlex\Pictures\monkeyicon.ico", -1) GUISetFont(16, 800, 0, "Arial") GUISetBkColor(0xFFFFFF) GUISetOnEvent($GUI_EVENT_CLOSE, "SpecialEvents") GUISetOnEvent($GUI_EVENT_MINIMIZE, "SpecialEvents") GUISetOnEvent($GUI_EVENT_MAXIMIZE, "SpecialEvents") GUISetOnEvent($GUI_EVENT_RESTORE, "SpecialEvents") $data1 = GUICtrlCreateInput("1", 184, 120, 89, 32, BitOR($GUI_SS_DEFAULT_INPUT, $ES_CENTER)) GUICtrlSetColor(-1, 0x000000) $data2 = GUICtrlCreateInput("23", 280, 120, 89, 32, BitOR($GUI_SS_DEFAULT_INPUT, $ES_CENTER)) GUICtrlSetColor(-1, 0x000000) $GOButton = GUICtrlCreateButton("GO", 80, 192, 75, 25) GUICtrlSetFont(-1, 10, 800, 0, "Arial") GUICtrlSetColor(-1, 0x000000) GUICtrlSetBkColor(-1, 0x00FF00) GUICtrlSetTip(-1, "Runs A Live Continuous Ping" & @CRLF & _ "Until Told Other Wise") GUICtrlSetOnEvent(-1, "GOButtonClick") $quickscan = GUICtrlCreateButton("Quick Scan", 224, 192, 107, 25) GUICtrlSetFont(-1, 12, 800, 0, "Arial") GUICtrlSetColor(-1, 0x000000) GUICtrlSetBkColor(-1, 0xFFFF00) GUICtrlSetOnEvent(-1, "quickscanClick") GUICtrlSetTip(-1, "Quickly Scans, Then Saves" & @CRLF & _ "Results In Your 'PingChecks' " & @CRLF & _ "Folder Under Your Store Number Folder") Global $exitbutton = GUICtrlCreateButton("Exit", 416, 192, 75, 25) GUICtrlSetFont(-1, 12, 800, 0, "Arial") GUICtrlSetColor(-1, 0x000000) GUICtrlSetBkColor(-1, 0xFF0000) GUICtrlSetTip(-1, "What Do You Think This Button Does?") GUICtrlSetOnEvent(-1, "exitbuttonClick") $titlebar = GUICtrlCreateLabel("IP Monkey", 16, 120, 107, 28) GUICtrlSetColor(-1, 0x000000) $Pic1 = GUICtrlCreatePic("C:\Users\Dlex\Pictures\monkeyicon-0.jpg", 16, 16, 100, 100) GUICtrlSetOnEvent(-1, "Pic1Click") $infobutton = GUICtrlCreateButton("?", 536, 8, 27, 25) GUICtrlSetColor(-1, 0x000000) GUICtrlSetBkColor(-1, 0xFF8000) GUICtrlSetTip(-1, "Unsure what to do?" & @CRLF & _ "This will get give you " & @CRLF & _ "the help for IP Monkey") GUICtrlSetOnEvent(-1, "infobuttonClick") $Whatstorelabel = GUICtrlCreateLabel("What Store?", 208, 56, 130, 28) GUICtrlSetColor(-1, 0x000000) GUISetState(@SW_SHOW) #EndRegion ### END Koda GUI section ### #Region ;ping gui ; ------ pinger GUI ------------------- Global $StopPing = 0 Local $Win_X = 1200, $Win_Y = 880 ; dimension of window Global $PingGui = GUICreate("IP Monkey", $Win_X, $Win_Y, -1, -1) GUISetOnEvent($GUI_EVENT_CLOSE, "SpecialEvents") Global $listview = GUICtrlCreateListView("", 10, 10, $Win_X - 20, $Win_Y - 40) GUICtrlSetFont(-1, 8) $button1 = GUICtrlCreateLabel("Hit Exit To Quit", 10, $Win_Y - 25, $Win_X - 20, 20, -1,$ES_CENTER) GUICtrlSetFont(-1, 10, 800) GUICtrlSetTip(-1, "exit") GUICtrlSetOnEvent(-1, 'SpecialEvents') GUICtrlSetStyle($listview, $LVS_ICON) ; + $LVS_NOLABELWRAP) GUISetState(@SW_HIDE) ; hidden at startup ; --------- end of pinger gui ------------- #EndRegion ;ping gui ; Generate colored square images $hImage = _GUIImageList_Create(30, 30) _GUIImageList_Add($hImage, _GUICtrlListView_CreateSolidBitMap($listview, 0xFFFF00, 30, 30)) ; yellow _GUIImageList_Add($hImage, _GUICtrlListView_CreateSolidBitMap($listview, 0xFF0000, 30, 30)) ; red _GUIImageList_Add($hImage, _GUICtrlListView_CreateSolidBitMap($listview, 0x00FF00, 30, 30)) ; green _GUICtrlListView_SetImageList($listview, $hImage, 0) While 1 Sleep(100) WEnd Func exitbuttonClick() MsgBox(0,'0','0') Exit EndFunc ;==>exitbuttonClick Func GOButtonClick() $userdata1 = GUICtrlRead($data1) $userdata2 = GUICtrlRead($data2) ; pass the wanted new octet replace_And_Go($userdata1, $userdata2) ; generate a list of new IP and Go EndFunc ;==>GOButtonClick Func infobuttonClick() EndFunc ;==>infobuttonClick Func Pic1Click() EndFunc ;==>Pic1Click Func quickscanClick() $userdata1 = GUICtrlRead($data1) $userdata2 = GUICtrlRead($data2) replace_And_Go2($userdata1, $userdata2) EndFunc ;==>quickscanClick Func SpecialEvents() Select Case @GUI_CtrlId = $GUI_EVENT_CLOSE _button1() Case @GUI_CtrlId = $GUI_EVENT_MINIMIZE Case @GUI_CtrlId = $GUI_EVENT_RESTORE Case @GUI_CtrlId = $GUI_EVENT_MAXIMIZE EndSelect EndFunc ;==>SpecialEvents #Region ; Main_GO/Replace_and_GO #cs ############################## second script ############################################# ; this is to ping continuously a list of IP addresses, get and display ping result "live" ; it simulates the dos "ping -t" command but performed simultaneously on many IP ; presenting the results in a ListView highlighting not responding devices with a red box #ce Func replace_And_Go($s_2, $s_3) ; Create a new array wit a new list of IP according to passed second and third octet Local $aNew_IPlist = $aBase_IPlist For $i = 0 To UBound($aNew_IPlist) - 1 $aNew_IPlist[$i][1] = StringReplace(StringReplace($aBase_IPlist[$i][1], $replace2, $s_2), $replace3, $s_3) Next GUISetState(@SW_HIDE, $IPMonkey) GUISetState(@SW_SHOW, $PingGui) ; pass the new list to the pinger Main_GO($aNew_IPlist) GUISetState(@SW_HIDE, $PingGui) GUISetState(@SW_SHOW, $IPMonkey) EndFunc ;==>replace_And_Go Func Main_GO($IPlist) HotKeySet("{esc}", "exitbuttonClick") $StopPing = 0 ; $IPlist = _FileReadToArray_mod(".\IP_List.txt") ; Reads text file for list of IP's ; ; the above command, it loads in the $IPlist array the values contained in the file IP_List.txt ; values in the file should be separated by a semicolon, something like in the following example: ; ; hostname1;192.168.0.1 ; hostname2;192.168.0.5 ; hostnameX;10.59.7.200 ; etc.... ; ; if values in the file are not separated by a semicolon, but another char is used, for example a comma, ; then just pass it as second parameter of the function: $IPlist = _FileReadToArray_mod(".\IP_List.txt", ",") ; _GUICtrlListView_BeginUpdate($listview) _GUICtrlListView_DeleteAllItems($listview) _GUICtrlListView_AddArray($listview, $IPlist) ; fill ListView _GUICtrlListView_EndUpdate($listview) While Not $StopPing ; 1 ; continuously ping addresses of the previously loaded file (IP_List.txt) Sleep(10) ; ; $IPlist is the array loaded with all the IP to be pinged (a 2d array in this case) ; | ; | 1 means the IP are in the second column of the $IPlist array (first colun is nr. 0) ; | | ; | | +--> 0 means return back an array loaded with results from all pinged addresses (responding and not responding) ; | | | if you use 1 then only responding addresses are loaded in the returned array [default] ; | | | if you use 2 then only NOT responding addresses are loaded in the returned array ; | | | In this case we do not need an array to be returned, we only need to perform all pings and pass results ; | | | directly (on the fly) to the "_refresh" callback function that will refresh the listview ; | | | ; | | | 0 means NO lookup name resolution must be performed ; | | | | ; | | | | +--> this is the callback function to be called for each pinged address each time the ping has finished ; | | | | | (see the MultiPing.au3 file for info on all passed params) ; | | | | | 6 parameters are passed to this function, but only 2 are used by the called function in this case: ; | | | | | [4] roundtrip of the responding ping or -1 if IP is down ; | | | | | [5] Index (position) of this IP within the caller's passed array ; | | | | | ; v v v v v _nPing($IPlist, 1, 0, 0, "_refresh") WEnd EndFunc ;==>Main_GO #EndRegion ; Main_GO/Replace_and_GO #Region ; QuickScan/Replace_and_GO2 Func replace_And_Go2($s_2, $s_3) ; Create a new array wit a new list of IP according to passed second and third octet Local $aNew_IPlist = $aBase_IPlist For $i = 0 To UBound($aNew_IPlist) - 1 $aNew_IPlist[$i][1] = StringReplace(StringReplace($aBase_IPlist[$i][1], $replace2, $s_2), $replace3, $s_3) Next GUISetState(@SW_HIDE, $IPMonkey) GUISetState(@SW_SHOW, $PingGui) ; pass the new list to the pinger QuickRun($aNew_IPlist) GUISetState(@SW_HIDE, $PingGui) GUISetState(@SW_SHOW, $IPMonkey) EndFunc ;==>replace_And_Go2 Func QuickRun($IPlist) $userdata1 = GUICtrlRead($data1) $userdata2 = GUICtrlRead($data2) HotKeySet("{esc}", "_button1") Local $Win_X = 1200, $Win_Y = 880 ; dimension of window $PingGui = GUICreate("IP Monkey" & "~~~" & @UserName & "~~~" & "Store" & $userdata1 & $userdata2 & "~~~" & @MON & "." & @MDAY & "." & @YEAR & "~~~" & @HOUR & "." & @MIN, $Win_X, $Win_Y, -1, -1) GUISetOnEvent($GUI_EVENT_CLOSE, "_button1", $PingGui) $listview = GUICtrlCreateListView("", 10, 10, $Win_X - 20, $Win_Y - 40) GUICtrlSetFont(-1, 8) GUICtrlSetStyle($listview, $LVS_ICON) ; + $LVS_NOLABELWRAP) ; Generate colored square images $hImage = _GUIImageList_Create(30, 30) _GUIImageList_Add($hImage, _GUICtrlListView_CreateSolidBitMap($listview, 0xFFFF00, 30, 30)) ; yellow _GUIImageList_Add($hImage, _GUICtrlListView_CreateSolidBitMap($listview, 0xFF0000, 30, 30)) ; red _GUIImageList_Add($hImage, _GUICtrlListView_CreateSolidBitMap($listview, 0x00FF00, 30, 30)) ; green _GUICtrlListView_SetImageList($listview, $hImage, 0) $button1 = GUICtrlCreateButton("Exit", 10, $Win_Y - 25, $Win_X - 20, 20) GUICtrlSetTip(-1, "End of program") GUICtrlSetOnEvent(-1, "exitbuttonClick") GUISetState(@SW_SHOW) ;~ $IPlist = _FileReadToArray_mod(".\IP_List.txt") ; Reads text file for list of IP's _GUICtrlListView_BeginUpdate($listview) _GUICtrlListView_AddArray($listview, $IPlist) ; fill ListView _GUICtrlListView_EndUpdate($listview) ;While 1 ; perform Pings and update ListView by the "_refresh" callback function $aFinalResult = _nPing($IPlist, 1, 0, 0, "_refresh") ;~ _ArrayDisplay($aFinalResult) ;DirCheck() EndFunc ;==>QuickRun #EndRegion ; QuickScan/Replace_and_GO2 #Region ; Misc Funcs (network) Func _refresh($Params) ; this receive ping results and displays them in the ListView _GUICtrlListView_SetItemImage($listview, $Params[5], 0) ; set colour to Yellow Sleep(50) ; a little wait If $Params[4] = -1 Then ; Device not responding to ping _GUICtrlListView_SetItemImage($listview, $Params[5], 1) ; set colour to RED _GUICtrlListView_EnsureVisible($listview, $Params[5]) ; Position view to this item Else ; Device responds to ping _GUICtrlListView_SetItemImage($listview, $Params[5], 2) ; set colour to GREEN EndIf EndFunc ;==>_refresh Func _button1() ; Button 1 clicked ;~ $StopPing = 1 Exit EndFunc ;==>_button1 #EndRegion ; Misc Funcs (network) MultiPing.au3 IP_List.txt

Hi, I have a form which calls this function: Func HostToIP($Host, $Label) TCPStartup() Local $sIPAddress = TCPNameToIP($Host) If @error Then GUICtrlSetData ($Label, "Error code: " & @error) Else GUICtrlSetData ($Label, $sIPAddress) EndIf TCPShutdown() EndFunc But if it cannot resolve the host to an IP, the whole form freezes for a few seconds until the TCPNameToIP times out, how can I stop the form from freezing whilst it waits for the host to ip times out? TCPNameToIP is part of #include <_sql.au3>

I am coding a country specific IP checker with a buddy, he made the website/api and I am coding a client to run through IPs. i split my IPs so it doesn't read the port instead of IP:PORT just IP, however after reading through every IP I need to add all ports back in their right place again so it becomes IP:PORT again, but this part made my head spin a bit. Any help is highly appreciated! Thanks in advance. #include <ColorConstants.au3> ; Including required files #include <GUIConstantsEx.au3> #include <file.au3> #include <Array.au3> #include <string.au3> #include <StringConstants.au3> Example() Func Example() While 1 Local $ip Local $ips = "18k.txt" ;sets file path Local $strFileContents = FileRead($ips) $Arrayips = StringRegExp($strFileContents,'((?:\d+)(?:\.\d+){3})',3) For $i = 1 To UBound($Arrayips) - 1 ; Creating the object $oHTTP = ObjCreate("winhttp.winhttprequest.5.1") $oHTTP.Open("GET", "http://mysite:8080/json/" & $Arrayips[$i], False) ; Post url ; Header data > $oHTTP.SetRequestHeader("Host", "mysite.xyz:8080") $oHTTP.SetRequestHeader("User-Agent", "Mozilla/5.0 (Windows NT 10.0; WOW64; rv:47.0) Gecko/20100101 Firefox/47.0") $oHTTP.SetRequestHeader("Accept", "text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8") $oHTTP.SetRequestHeader("Accept-Language", "en-US,en;q=0.5") $oHTTP.SetRequestHeader("DNT", "1") $oHTTP.SetRequestHeader("Connection", "keep-alive") $oHTTP.SetRequestHeader("Cache-Control", "max-age=0") ; Header data < ; Performing the Request $oHTTP.Send() $oReceived = $oHTTP.ResponseText $oStatusCode = $oHTTP.Status If $oStatusCode <> 200 then MsgBox(4096, "Response code", $oStatusCode) ExitLoop EndIf $file = FileOpen("Received.html", 2) ; The value of 2 overwrites the file if it already exists FileWrite($file, $oReceived) $read = FileRead("Received.html") ;read fil if StringInStr($read, '"US",') Then FileWrite("output.txt", $Arrayips[$i] & @CRLF) Else ContinueLoop EndIf ;Sends the post data with the given details Next WEnd EndFunc ;==>Example

Network Interface Info, Statistics, and Traffic (incl. IP, TCP, UDP and ICMP) This is an example of getting and displaying Network Interface Information, Statistics and Traffic. Previously this was just a means to getting Network statistics (specifically IP, TCP, UDP, and ICMP), but now it includes Internet Interface information, as well as Interface-specific statistics. Since this UDF can be used in different ways, let me cover Statistics first: Network Statistics Information Stats example output To retrieve Statistics information, you can call one of the four _Network_xxxxStatistics() functions for IP, TCP, UDP, or ICMP Statistics. These functions accept 1 argument which specifies which protocol to use. Basically, zero is IPv4 and non-zero is IPv6. It defaults to IPv4 if no arguments. Here's the functions: Protocol Statistics Functions: _Network_IPStatistics() -> receives IP statistics _Network_TCPStatistics() -> TCP statistics _Network_UDPStatistics() -> UDP statistics _Network_ICMPStatistics() -> ICMP statistics - To get per-interface statistics requires 2 calls. One call is required to collect information on adapters into an array. Once this information is retrieved, multiple calls to _Network_InterfaceEntryInfo() can be made for each indexed network interface. Note that _Network_IPv4AdaptersInfo() is the only adapter/interface information function which doesn't get index information - so don't use it unless you want further interface information. The main UDF functions to use are: Network Adapter & Interface Functions: _Network_IPv4AdaptersInfo() -> Retrieves information on Physical IPv4 adapters _Network_IPv4AdaptersInfoEx() -> Retrieves much more info on Physical IPv4 adapters _Network_IPv4AddressTable() -> Retrieves information on IPv4 Interfaces _Network_IPAllAddressTable() -> Retrieves information on both IPv4 and IPv6 interfaces Network Statistics for a Given Interface: _Network_InterfaceEntryInfo() -> For a given interface index, retrieves statistics - The simplest way to get overall traffic is to use _Network_IPAllAddressTable() (or _Network_IPv4AddressTable() for IPv4 only) to collect an array of info about interfaces. This needs to be done only once. Then, to collect statistics, for each row in the interface array, call _Network_InterfaceEntryInfo() with $aIPAddressTable[$i][0] to get the statistics for that network interface. IMPORTANT: Note that for all statistics, the data received/sent are represented as 32-bit numbers, and subject to wraparound after 4GBs of data has been transferred. Network Interface Information Regarding Network Interface Information, nearly every function except those ending in xxStatistics(), will return various info regarding the network adapters or interfaces. Currently, IPv4 and IPv6 addresses are retrieved for the interface, as well as for Gateway, DHCP, DNS and WINS servers (there's some XP issues here as to which functions to use - see UDFs). The number of IP addresses (since there can be more than one assigned to each interface) is controlled via a parameter $bGetAllIPs. If this value is non-zero, multiple IP addresses are returned in a string separated by "|" (pipe symbol). Also note that the MAC/Physical Address is returned by most functions as well. These are properly formatted into a hex string in the form "01-23-45-67-89-ab". There is one issue with converting IPv6 addresses - on pre-Vista O/S's (Win XP I'm looking at you) WSAStartup must be called by the code. This is all handled internally, but if you have code that relies on WSAStartup/Cleanup, keep it in mind and let me know if I can better accommodate any potential conflicts. Further notes: - The TCP Statistics gives information about the number of segments sent/received, rather than the # of packets. I'm not totally clear on the association, however here's some links: What's the difference between a TCP segment and a TCP packet? Whats the difference between a Packet, Segment and Frame? - I'm not sure how segments, packets, or datagrams map to # of bytes, or what API functions I might use to figure this out. Any help there would be appreciated. Alternatives: While I have opened access to a lot of detailed network and performance information, there are alternatives - check out Netstat (-e for performance stats) or my >Performance Counters UDF's, which has a lot of varied stats (one example of these: >Network Usage). Following is the example, included in the ZIP file. Note there's a cr@pload of info dumped to the console, so you'll probably want to redirect output or copy-and-paste from the output console: ; ======================================================================================================== ; <NetworkStatsExample.au3> ; ; Example of reading and displaying Network Interface Information and Statistics ; (using <NetworkStatistics.au3> UDF) ; Statistics information, including IP, TCP*, UDP, and ICMP and internet interface traffic, ; are displayed in a 'Splash' window - with both IPv4 and IPv6 data separated ; ; Author: Ascend4nt ; ======================================================================================================== #include "_NetworkStatistics.au3" ; -------------------- HOTKEY FUNCTION & VARIABLE -------------------- Global $bHotKeyPressed = False Func _EscPressed() $bHotKeyPressed=True EndFunc ; -------------------- MAIN PROGRAM CODE -------------------- HotKeySet("{Esc}", "_EscPressed") Local $hSplash, $sSplashText ; Network Stats Local $aUDPStats, $aTCPStats, $aIPStats, $aICMPStats Local $aUDPv6Stats, $aTCPv6Stats, $aIPv6Stats, $aICMPv6Stats Local $aIPv4Adapters, $nAdapters Local $aIPv4AddrTable, $aIPAllAddrTable, $nInterfaces, $aNIEntryInfo Local $sSeparator = "-----------------------------------------" ; IP Stats: IPv4 and IPv6 For $i = 0 To 1 $aIPStats = _Network_IPStatistics($i) If @error Then ConsoleWrite("_Network_IPStatistics("&$i&") error: "&@error&", @extended="&@extended&@CRLF) ContinueLoop EndIf If $i Then ConsoleWrite("IP [IPv6] Stats:") Else ConsoleWrite("IP [IPv4] Stats:") EndIf ConsoleWrite( _ " [0] = IP Forwarding Status: [1 = Enabled, 2 = Disabled] : " & $aIPStats[0] & _ ", [1] = Default initial time-to-live (TTL) for datagrams : " & $aIPStats[1] & @CRLF & _ ", [2] = # Received Datagrams : " & $aIPStats[2] & _ ", [3] = # Received Datagrams w/Header errors : " & $aIPStats[3] & _ ", [4] = # Received Datagrams w/Address errors : " & $aIPStats[4] & @CRLF & _ ", [5] = # Forwarded Datagrams : " & $aIPStats[5] & _ ", [6] = # Received Datagrams w/Unknown Protocol : " & $aIPStats[6] & _ ", [7] = # Received Datagrams Discarded : " & $aIPStats[7] & @CRLF & _ ", [8] = # Received Datagrams Delivered : " & $aIPStats[8] & _ ", [9] = # Requested Outgoing Datagrams : " & $aIPStats[9] & _ ", [10] = # Outgoing Datagrams Discarded : " & $aIPStats[10] & @CRLF & _ ", [11] = # Transmitted Datagrams Discarded : " & $aIPStats[11] & _ ", [12] = # Datagrams w/o Routes that were Discarded : " & $aIPStats[12] & _ ", [13] = TimeOut for Reassembling Incoming Fragmented Datagrams : " & $aIPStats[13] & @CRLF & _ ", [14] = # Datagrams Requiring Reassembly : " & $aIPStats[14] & _ ", [15] = # Datagrams Successfully Reassembled : " & $aIPStats[15] & _ ", [16] = # Datagrams that Failed to be Reassembled : " & $aIPStats[16] & @CRLF & _ ", [17] = # Datagrams that were Fragmented Successfully : " & $aIPStats[17] & _ ", [18] = # Datagrams not Fragmented, and Discarded : " & $aIPStats[18] & _ ", [19] = # Fragments created (for Datagrams) : " & $aIPStats[19] & @CRLF & _ ", [20] = # of Interfaces : " & $aIPStats[20] & _ ", [21] = # of IP addresses associated with PC : " & $aIPStats[21] & _ ", [22] = # of Routes in the Routing table : " & $aIPStats[22] & _ @CRLF) ConsoleWrite($sSeparator & @CRLF) Next ; TCP Stats: IPv4 and IPv6 For $i = 0 To 1 $aTCPStats = _Network_TCPStatistics($i) If @error Then ConsoleWrite("_Network_TCPStatistics("&$i&") error: "&@error&", @extended="&@extended&@CRLF) ContinueLoop EndIf If $i Then ConsoleWrite("TCP [IPv6] Stats:") Else ConsoleWrite("TCP [IPv4] Stats:") EndIf ConsoleWrite( _ "[0] Rto Algorithm = " & $aTCPStats[0] & _ ",[1] Rto Min = " & $aTCPStats[1] & _ ",[2] Rto Max = " & $aTCPStats[2] & _ ",[3] #Max Connections = " & $aTCPStats[3] & _ ",[4] #Active Opens = " & $aTCPStats[4] & _ ",[5] #Passive Opens = " & $aTCPStats[5] & @CRLF & _ " [6] #Failed Connection Attempts = " & $aTCPStats[6] & _ ",[7] #Established Connections that were Reset = " & $aTCPStats[7] & _ ",[8] #Established Connections [current] = " & $aTCPStats[8] & @CRLF & _ " [9] #Recvd Segments = " & $aTCPStats[9] & _ ",[10] #Sent Segments = " & $aTCPStats[10] & _ ",[11] #Retransmitted Segments = " & $aTCPStats[11] & @CRLF & _ " [12] #Receive Errors = " & $aTCPStats[12] & _ ",[13] #Sent Segments with Reset Flag = " & $aTCPStats[13] & _ ",[14] #Connections = " & $aTCPStats[14] & _ @CRLF) ConsoleWrite($sSeparator & @CRLF) Next ; UDP Stats: IPv4 and IPv6 For $i = 0 To 1 $aUDPStats = _Network_UDPStatistics($i) If @error Then ConsoleWrite("_Network_UDPStatistics("&$i&") error: "&@error&", @extended="&@extended&@CRLF) ContinueLoop EndIf If $i Then ConsoleWrite("UDP [IPv6] Stats:") Else ConsoleWrite("UDP [IPv4] Stats:") EndIf ConsoleWrite( _ " [0] #Recvd Datagrams = " & $aUDPStats[0] & _ ",[1] #Discarded Datagrams [invalid port] = " & $aUDPStats[1] & _ ",[2] #Erroneous Datagrams = " & $aUDPStats[2] & @CRLF & _ " [3] #Sent Datagrams = " & $aUDPStats[3] & _ ",[4] #UDP Listener Entries = " & $aUDPStats[4] & _ @CRLF) ConsoleWrite($sSeparator & @CRLF) Next ; ICMP Stats: IPv4 and IPv6 For $i = 0 To 1 $aICMPStats = _Network_ICMPStatistics($i) If @error Then ConsoleWrite("_Network_ICMPStatistics("&$i&") error: "&@error&", @extended="&@extended&@CRLF) ContinueLoop EndIf ConsoleWrite("ICMP [IPv"&4+($i*2)&"] Stats:" & _ " [0] = # Incoming ICMP Messages : " & $aICMPStats[0] & _ ", [1] = # Incoming ICMP Errors : " & $aICMPStats[1] & _ ", [2] = # Outgoing ICMP Messages : " & $aICMPStats[2] & _ ", [3] = # Outgoing ICMP Errors : " & $aICMPStats[3] & _ @CRLF) ConsoleWrite($sSeparator & @CRLF) Next ; IPv4 Adapters Info (very basic info) _Network_IPv4AdaptersInfo() ConsoleWrite($sSeparator & @CRLF) ; IPv4 Adapters Info (comprehensive info) $aIPv4Adapters = _Network_IPv4AdaptersInfoEx() $nAdapters = @extended ConsoleWrite("# of Adapters: "&$nAdapters&@CRLF) For $i = 0 To $nAdapters - 1 ConsoleWrite("Adapter #"&$i+1&":" & _ " [0] Index #"& $aIPv4Adapters[$i][0] & _ ", [1] Type = " & $aIPv4Adapters[$i][1] & _ ", [2] DHCP Enabled Flag = " & $aIPv4Adapters[$i][2] & _ ", [3] WINS Enabled Flag = " & $aIPv4Adapters[$i][3] & _ ", [4] Physical [MAC] Address: " & $aIPv4Adapters[$i][4] & _ ", [5] (0) = " & $aIPv4Adapters[$i][5] & @CRLF & _ ", [6] Description: "& $aIPv4Adapters[$i][6] & _ ", [7] [Empty '']: " & $aIPv4Adapters[$i][7] & _ ", [8] Adapter/Service Name [GUID] = " & $aIPv4Adapters[$i][8] & _ ", [9] [Empty] = " & $aIPv4Adapters[$i][9] & _ ", [10] [Empty] = " & $aIPv4Adapters[$i][10] & @CRLF & _ ", [11] IPv4 Address(es): "& $aIPv4Adapters[$i][11] & _ ", [12] IP Address Mask(s): "& $aIPv4Adapters[$i][12] & @CRLF & _ ", [13] Gateway IPv4 Address(es): "& $aIPv4Adapters[$i][13] & _ ", [14] Gateway Address Mask(s) : "& $aIPv4Adapters[$i][14] & @CRLF & _ ", [15] DHCP IPv4 Address(es) = " & $aIPv4Adapters[$i][15] & _ ", [16] DHCP Address Mask(s) = " & $aIPv4Adapters[$i][16] & _ ", [17] DHCP LeaseObtained Time = " & $aIPv4Adapters[$i][17] & _ ", [18] DHCP LeaseExpires Time = " & $aIPv4Adapters[$i][18] & @CRLF & _ ", [19] Primary WINS Server IP = " & $aIPv4Adapters[$i][19] & _ ", [20] Primary WINS Server Address Mask = " & $aIPv4Adapters[$i][20] & _ ", [21] Secondary WINS Server IP(s) = " & $aIPv4Adapters[$i][21] & _ ", [22] Secondary WINS Server Address Mask(s) = " & $aIPv4Adapters[$i][22] & @CRLF) ConsoleWrite($sSeparator & @CRLF) Next ; IPv4 Interface Info alt #2 $aIPv4AddrTable = _Network_IPv4AddressTable() $nInterfaces = @extended ConsoleWrite(@CRLF) For $i = 0 To $nInterfaces - 1 ConsoleWrite("Adapter #"&$i+1&": [0] Interface Index # = " & $aIPv4AddrTable[$i][0] & _ ", [1] IPv4 Address = " & $aIPv4AddrTable[$i][1] & _ ", [2] Subnet Mask = " & $aIPv4AddrTable[$i][2] & _ ", [3] Broadcast Address = " & $aIPv4AddrTable[$i][3] & @CRLF & _ " [4] Max Reassembly Size = " & $aIPv4AddrTable[$i][4] & _ ", [5] Address Type/State = " & $aIPv4AddrTable[$i][5] & @CRLF) Next ConsoleWrite($sSeparator & @CRLF) ; IPv4 and IPv6 Interface Info (includes everything except Address Masks) ; params: 0 (IPv4 AND IPv6), 0 (don't get all IP's), 0 (don't include down-status interfaces) $aIPAllAddrTable = _Network_IPAllAddressTable(0, 0, 0) $nInterfaces = @extended ConsoleWrite($sSeparator & @CRLF) For $i = 0 To $nInterfaces - 1 ConsoleWrite("Interface #"&$i+1&": [0] Index #"& $aIPAllAddrTable[$i][0] & _ ", [1] Type = " & $aIPAllAddrTable[$i][1] & _ ", [2] Operational Status = " & $aIPAllAddrTable[$i][2] & _ ", [3] Flags = 0x" & Hex($aIPAllAddrTable[$i][3], 8) & _ ", [4] Physical [MAC] Address: " & $aIPAllAddrTable[$i][4] & _ ", [5] MTU = " & $aIPAllAddrTable[$i][5] & @CRLF & _ ", [6] Description: "& $aIPAllAddrTable[$i][6] & _ ", [7] Friendly Name: " & $aIPAllAddrTable[$i][7] & _ ", [8] Adapter/Service Name [GUID] = " & $aIPAllAddrTable[$i][8] & @CRLF & _ ", [9] Max Receive Speed [Vista+] = " & $aIPAllAddrTable[$i][9] & _ ", [10] Max Transmit Speed [Vista+] = " & $aIPAllAddrTable[$i][10] & @CRLF & _ ", [11] IPv4 Address(es): "& $aIPAllAddrTable[$i][11] & _ ", [12] IPv6 Address(es): "& $aIPAllAddrTable[$i][12] & @CRLF & _ ", [13] DNS IPv4 Address(es): "& $aIPAllAddrTable[$i][13] & _ ", [14] DNS IPv6 Address(es): "& $aIPAllAddrTable[$i][14] & @CRLF & _ ", [15] Gateway IPv4 Address(es) [Vista+]: "& $aIPAllAddrTable[$i][15] & _ ", [16] Gateway IPv6 Address(es) [Vista+]: "& $aIPAllAddrTable[$i][16] & @CRLF & _ ", [17] DHCP IPv4 Address(es) [Vista+]: "& $aIPAllAddrTable[$i][17] & _ ", [18] DHCP IPv6 Address(es) [Vista+]: "& $aIPAllAddrTable[$i][18] & @CRLF & _ ", [19] WINS IPv4 Address(es) [Vista+]: "& $aIPAllAddrTable[$i][19] & _ ", [20] WINS IPv6 Address(es) [Vista+]: "& $aIPAllAddrTable[$i][20] & @CRLF & _ ", [21] Connection Type [Vista+] = " & $aIPAllAddrTable[$i][21] & _ ", [22] Tunnel Type [Vista+] = " & $aIPAllAddrTable[$i][22] & @CRLF) ; Interface Statistics & Info for Given index $aNIEntryInfo = _Network_InterfaceEntryInfo($aIPAllAddrTable[$i][0]) ;~ ConsoleWrite("_Network_InterfaceEntryInfo return, @error = " & @error & ", @extended = " & @extended & @CRLF) ConsoleWrite("Interface #"&$i+1&" Entry Info: [0] Interface Index = " & $aNIEntryInfo[0] & _ ", [1] Interface Type = " & $aNIEntryInfo[1] & _ ", [2] Operational Status = " & $aNIEntryInfo[2] & _ ", [3] Admin Status = " & $aNIEntryInfo[3] & _ ", [4] Physical Address = " & $aNIEntryInfo[4] & _ ", [5] MTU [Max Trans. Unit] in bytes = " & $aNIEntryInfo[5] & @CRLF & _ ", [6] Description = " & $aNIEntryInfo[6] & _ ", [7] Interface Name = " & $aNIEntryInfo[7] & @CRLF & _ ", [8] Last change [1/100th second] = " & $aNIEntryInfo[8] & _ ", [9] Interface Speed [bps] = " & $aNIEntryInfo[9] & @CRLF & _ ", [10] # Recvd Data [in Octets] = " & $aNIEntryInfo[10] & _ ", [11] # Recvd Unicast Packets = " & $aNIEntryInfo[11] & _ ", [12] # Recvd Non-Unicast Packets = " & $aNIEntryInfo[12] & _ ", [13] # Recvd Packets Discarded [no error] = " & $aNIEntryInfo[13] & _ ", [14] # Recvd Packets Discarded [error] = " & $aNIEntryInfo[14] & _ ", [15] # Recvd Packets Discarded [unk. protocol] = " & $aNIEntryInfo[15] & @CRLF & _ ", [16] # Sent Data [in Octets] = " & $aNIEntryInfo[16] & _ ", [17] # Sent Unicast Packets = " & $aNIEntryInfo[17] & _ ", [18] # Sent Non-Unicast Packets = " & $aNIEntryInfo[18] & _ ", [19] # Sent Packets Discarded [no error] = " & $aNIEntryInfo[19] & _ ", [20] # Sent Packets Discarded [error] = " & $aNIEntryInfo[20] & @CRLF & _ ", [21] Transmit Queue Length [n/a] = " & $aNIEntryInfo[21] & @CRLF) ConsoleWrite($sSeparator & @CRLF) Next $hSplash=SplashTextOn("Network Usage Information", "", 520, 24 + (19 * 15) + ($nInterfaces * (5.5 * 15)), Default, Default, 16+4, "Lucida Console", 11) ; Start loop Do $aIPStats = _Network_IPStatistics() $aTCPStats = _Network_TCPStatistics() $aUDPStats = _Network_UDPStatistics() $aICMPStats = _Network_ICMPStatistics() $aIPv6Stats = _Network_IPStatistics(1) $aTCPv6Stats = _Network_TCPStatistics(1) $aUDPv6Stats = _Network_UDPStatistics(1) $aICMPv6Stats = _Network_ICMPStatistics(1) $sSplashText = StringFormat("%35s", "== TCP Stats ==") & @CRLF $sSplashText &= StringFormat("IPv4: [Segments] Recvd = %10u | Sent = %10u", $aTCPStats[9], $aTCPStats[10]) & @CRLF $sSplashText &= StringFormat("IPv6: [Segments] Recvd = %10u | Sent = %10u", $aTCPv6Stats[9], $aTCPv6Stats[10]) & @CRLF $sSplashText &= StringFormat("<Total Connections> IPv4: %10u | IPv6: %10u", $aTCPStats[14], $aTCPv6Stats[14]) & @CRLF $sSplashText &= @CRLF & StringFormat("%35s", "== UDP Stats ==") & @CRLF $sSplashText &= StringFormat("IPv4: [Datagrams] Recvd = %10u | Sent = %10u", $aUDPStats[0], $aUDPStats[3]) & @CRLF $sSplashText &= StringFormat("IPv6: [Datagrams] Recvd = %10u | Sent = %10u", $aUDPv6Stats[0], $aUDPv6Stats[3]) & @CRLF $sSplashText &= StringFormat("<Total Listeners> IPv4: %10u | IPv6: %10u", $aUDPStats[4], $aUDPv6Stats[4]) & @CRLF $sSplashText &= @CRLF & StringFormat("%35s", "== IP Stats ==") & @CRLF $sSplashText &= StringFormat("IPv4: [Datagrams] Recvd = %10u | Sent = %10u", $aIPStats[2], $aIPStats[9]) & @CRLF $sSplashText &= StringFormat("IPv6: [Datagrams] Recvd = %10u | Sent = %10u", $aIPv6Stats[2], $aIPv6Stats[9]) & @CRLF $sSplashText &= @CRLF & StringFormat("%35s", "== ICMP Stats ==") & @CRLF $sSplashText &= StringFormat("IPv4: [Messages] Recvd = %10u | Sent = %10u", $aICMPStats[0], $aICMPStats[2]) & @CRLF $sSplashText &= StringFormat("IPv6: [Messages] Recvd = %10u | Sent = %10u", $aICMPv6Stats[0], $aICMPv6Stats[2]) & @CRLF For $i = 0 To $nInterfaces - 1 ;~ $aNIEntryInfo = _Network_InterfaceEntryInfo($aIPv4AddrTable[$i][0]) ;~ $sSplashText &= @CRLF & StringFormat("%35s", "== IP " & $aIPv4AddrTable[$i][1] & " ==" ) & @CRLF $aNIEntryInfo = _Network_InterfaceEntryInfo($aIPAllAddrTable[$i][0]) If @error Then ConsoleWrite("_Network_InterfaceEntryInfo return, @error = " & @error & ", @extended = " & @extended & @CRLF) ExitLoop EndIf If $aIPAllAddrTable[$i][11] <> "" Then $sSplashText &= @CRLF & StringFormat("%40s", "== IPv4 " & $aIPAllAddrTable[$i][11] & " ==" ) & @CRLF Else $sSplashText &= @CRLF & StringFormat("%52s", "== IPv6 " & $aIPAllAddrTable[$i][12] & " ==" ) & @CRLF EndIf $sSplashText &= StringFormat("%45.56s", $aNIEntryInfo[6]) & @CRLF ; Octet *should* be the same as Bytes.. $sSplashText &= StringFormat("Data (Octets/Bytes): Recvd = %10u | Sent = %10u", $aNIEntryInfo[10], $aNIEntryInfo[16]) & @CRLF $sSplashText &= StringFormat("Unicast Packets: Recvd = %10u | Sent = %10u", $aNIEntryInfo[11], $aNIEntryInfo[17]) & @CRLF $sSplashText &= StringFormat("Non-Unicast Packets: Recvd = %10u | Sent = %10u", $aNIEntryInfo[12], $aNIEntryInfo[18]) & @CRLF Next $sSplashText &= @CRLF & StringFormat("%35s", "[ESC] Exits") & @CRLF ControlSetText($hSplash, "", "[CLASS:Static; INSTANCE:1]", $sSplashText) Sleep(500) Until $bHotKeyPressed NetworkStatistics.zip ~prev version. downloads: >100 Updates: 2013-07-11: Changed: _Network_IPv4AdaptersInfoEx() now returns all IP's (if requested) and Address Masks Fixed: WSALastError call possible crash with non-array variable Changed: _Network_IPAllAddressTable() now allows 'down' status interfaces to be returned Added: Some comments on development, info on getting additional stats in the UDF 2013-07-06: Added: Much more Adapter Information Changed: Example is now separate from the UDF Fixed some minor issues here and there Changed: Global Handle to IPHLPAPI.DLL is now contained in the UDF and used to speed up function calls Misc. Other fixes I didn't keep track of! 2013-07-02: Hotfix: Ipv6 indexing error Fixed: indexing, updated and enhanced output Changed: Various functions return arrays even if failure - this is to make XP pre-SP1 and also collection of IPv6 less troublesome. @error should still be checked on return though! Added: Adapter and Interface information and statistics collection 2013-06-20: Now covers all the 'p's - IP and ICMP now added

Is it possible to use a different IP proxy before manipulating a web application or a web browser? If it is, then how can I achieve that? If not, then what is the alternative just to use a different IP proxy before web application manipulation? Thanks in advanced..

I needed to convert ip ranges for a firewall. It wasn't able to work with ranges, but with groups of classless IP networks. This one here is helping me to calculate all (classless) networks fitting within an given IP range. While testing the necessary functions I added a small user interface.. giving a small calculator tool. Have fun .- ) range2nets.au3

Hi again, I want to find the Country and City of a IP, yes, I searched on the forum and I discovered yet @guinness' thread about GeoIP locating but it doesn't covers the GeoIP cities . The best and fastest method to retrieve both infos I found is by using this COM object provided by http://dev.maxmind.com/geoip/downloadable where the download link is this one http://www.maxmind.com/GeoIP-COM-1.3.zip It is a pretty basic and simple COM as I saw in the zip file but I really don't know how to implement and use it in au3 beucase Im really new to this >.< I will really apreciate any help

After searching how to get the Country and City from a specific IP, I found that the fastest and only method was using this COM object provided by http://dev.maxmind.com/geoip/downloadable where the download link is this one http://www.maxmind.com/GeoIP-COM-1.3.zip It is a pretty basic and simple COM but I don't know how to implement it in a script >_< I will really apreciate any little help Thanyou

Get some collection of information to help user open a ticket at a 'service desk' - User ID: Login Name of User - Model: Model of PC - Service Tag: Service tag or serial number of the PC (Tested on Dell) - Computer Name: Identification of the PC - IP Address: All Network adaptors with IP address If the adaptor if not currently in use, mentions '(Disabled)' after the IP address WLan connection : xxx.xxx.xxx.xxx LAN Connection : xxx.xxx.xxx.xxx (Disabled) Putclip when done ComputerInfo.au3 GreenCan

#Region ;**** Directives created by AutoIt3Wrapper_GUI **** #AutoIt3Wrapper_Icon=internet-explorer.ico #AutoIt3Wrapper_Outfile=IP.exe #AutoIt3Wrapper_Change2CUI=y #AutoIt3Wrapper_Res_Fileversion=1.0.0.0 #AutoIt3Wrapper_Res_SaveSource=y #EndRegion ;**** Directives created by AutoIt3Wrapper_GUI **** #cs ---------------------------------------------------------------------------- AutoIt Version: 3.3.9.4 (beta) Author: Decipher Script Function: Simple CLI Tool to retrieve External IP from Remote Server API #ce ---------------------------------------------------------------------------- _RetrievePublicInfo() Func _RetrievePublicInfo($iRefresh = 0) ConsoleWrite(@CRLF & "IP: " & BinaryToString(InetRead('http://api.externalip.net/ip/', $iRefresh), 4) & @CRLF & @CRLF & _ "Hostname: " & BinaryToString(InetRead('http://api.externalip.net/hostname/', $iRefresh), 4) & @CRLF) EndFunc

Hey Every1 I am a Beginner and i just don't knw about the TCP/IP functions I tried with a CHAT app of Autoit made by and i was able to chat on my IP address......... I meant that im having a wifi and the computers connected on the wifi are able to chat with each other.... So ... I just wanted 2 ask that isnt it possible 2 give the client program(compiled) 2 my friends and chat with them though they are not connected to my WI-FI..... Please Help me out..........

I'm making a Traymenu in systray to initiate a certain function automatically based on changes in @ipaddress. The While loop uses about 2-4 cpu constantly. Example: While 1 $msg = TrayGetMsg() Select Case $msg = 0 If $ipstring <> @IPAddress1 & @IPAddress2 & @IPAddress3 & @IPAddress4 Then _CheckIPs() ContinueLoop Case $msg = $connect _Connect() TrayItemSetState($connect, $tray_unchecked) Case $msg = $disconnect _Disconnect() EndIf ;Case $msg = $exititem ; ExitLoop EndSelect WEnd $ipstring = @IPAddress1 & @IPAddress2 & @IPAddress3 & @IPAddress4 is set inside _CheckIPs(). I've tried different solutins, but it seems that everything I try will utilize 2-4% CPU. I've also tried _DateDiff() before the $ipstring check, but _NowCalc() also uses CPU. Anyone got any ideas on how to solve this without utilizing the CPU?