Private Declare Function OemKeyScan Lib "user32" (ByVal wOemChar As Integer) As _    LongPrivate Declare Function CharToOem Lib "user32" Alias "CharToOemA" (ByVal _    lpszSrc As String, ByVal lpszDst As String) As LongPrivate Declare Function VkKeyScan Lib "user32" Alias "VkKeyScanA" (ByVal cChar _    As Byte) As IntegerPrivate Declare Function MapVirtualKey Lib "user32" Alias "MapVirtualKeyA" _    (ByVal wCode As Long, ByVal wMapType As Long) As LongPrivate Declare Sub keybd_event Lib "user32" (ByVal bVk As Byte, _    ByVal bScan As Byte, ByVal dwFlags As Long, ByVal dwExtraInfo As Long)Private Const KEYEVENTF_KEYDOWN      As Long = &H0Private Const KEYEVENTF_KEYUP        As Long = &H2Type VKType    VKCode As Integer    scanCode As Integer    Control As Boolean    Shift As Boolean    Alt As BooleanEnd Type'---------------------------------------------------------------------' Routine: VbSendKeys()'' Author:  Bryan Wolf, 1999'' Purpose: Imitate VB's internal SendKeys statement, but add the'          ability to send keypresses to a DOS application.  You'          can use SendKeys, to paste ASCII characters to a DOS'          window from the clipboard, but you can't send function'          keys.  This module solves that problem and makes sending'          any keys to any Application, DOS or Windows, easy.'' Arguments: Keystrokes.  Note that this does not implement the'            SendKeys's 'wait' argument.  If you need to wait,'            try using a timing loop.''            The syntax for specifying keystrokes is the'            same as that of SendKeys - Please refer to VB's'            documentation for an in-depth description.  Support'            for the following codes has been added, in addition'            to the standard set of codes suppored by SendKeys:''            KEY                  CODE'            break                {CANCEL}'            escape               {ESCAPE}'            left mouse button    {LBUTTON}'            right mouse button   {RBUTTON}'            middle mouse button  {MBUTTON}'            clear                {CLEAR}'            shift                {SHIFT}'            control              {CONTROL}'            alt                  {MENU} or {ALT}'            pause                {PAUSE}'            space                {SPACE}'            select               {SELECT}'            execute              {EXECUTE}'            snapshot             {SNAPSHOT}'            number pad 0         {NUMPAD0}'            number pad 1         {NUMPAD1}'            number pad 2         {NUMPAD2}'            number pad 3         {NUMPAD3}'            number pad 4         {NUMPAD4}'            number pad 5         {NUMPAD5}'            number pad 6         {NUMPAD6}'            number pad 7         {NUMPAD7}'            number pad 8         {NUMPAD8}'            number pad 9         {NUMPAD9}'            number pad multiply  {MULTIPLY}'            number pad add       {ADD}'            number pad separator {SEPARATOR}'            number pad subtract  {SUBTRACT}'            number pad decimal   {DECIMAL}'            number pad divide    {DIVIDE}'' Sample Calls:'   VbSendKeys "Dir~"   ' View a directory of in DOS'' NOTE: there is a minor difference with SendKeys syntax. You can'       group multiple characters under the same shift key using'       curly brackets, while VB's SendKeys uses regular brackets.'       For example, to keep the SHIFT key pressed while you type'       A, B, and C keys, you must run the following statement'           VBSendKeys "+{abc}"'       while the syntax of the built-in VB function is'           SendKeys "+(abc)"'---------------------------------------------------------------------Sub VbSendKeys(ByVal sKeystrokes As String)    Dim iKeyStrokesLen As Integer    Dim lRepetitions As Long    Dim bShiftKey As Boolean    Dim bControlKey As Boolean    Dim bAltKey As Boolean    Dim lResult As Long    Dim sKey As String    Dim iAsciiKey As Integer    Dim iVirtualKey As Integer    Dim i As Long    Dim j As Long      Static bInitialized As Boolean    Static AsciiKeys(0 To 255) As VKType    Static VirtualKeys(0 To 255) As VKType      On Error GoTo 0    If Not bInitialized Then        Dim iKey As Integer        Dim OEMChar As String        Dim keyScan As Integer                ' Initialize AsciiKeys()        For iKey = LBound(AsciiKeys) To UBound(AsciiKeys)            keyScan = VkKeyScan(iKey)            AsciiKeys(iKey).VKCode = keyScan And &HFF   ' low-byte of key scan                                                         ' code            AsciiKeys(iKey).Shift = (keyScan And &H100)            AsciiKeys(iKey).Control = (keyScan And &H200)            AsciiKeys(iKey).Alt = (keyScan And &H400)            ' Get the ScanCode            OEMChar = "  " ' 2 Char            CharToOem Chr(iKey), OEMChar            AsciiKeys(iKey).scanCode = OemKeyScan(Asc(OEMChar)) And &HFF        Next iKey                ' Initialize VirtualKeys()        For iKey = LBound(VirtualKeys) To UBound(VirtualKeys)            VirtualKeys(iKey).VKCode = iKey            VirtualKeys(iKey).scanCode = MapVirtualKey(iKey, 0)            ' no use in initializing remaining elements        Next iKey        bInitialized = True     ' don't run this code twice    End If    ' End of initialization routine      ' Parse the string in the same way that SendKeys() would    Do While Len(sKeystrokes)        lRepetitions = 1 ' Default number of repetitions for each character        bShiftKey = False        bControlKey = False        bAltKey = False                ' Pull off Control, Alt or Shift specifiers        sKey = Left$(sKeystrokes, 1)        sKeystrokes = Mid$(sKeystrokes, 2)                Do While InStr(" ^%+", sKey) > 1 ' The space in " ^%+" is necessary            If sKey = "+" Then                bShiftKey = True            ElseIf sKey = "^" Then                bControlKey = True            ElseIf sKey = "%" Then                bAltKey = True            End If            sKey = Left$(sKeystrokes, 1)            sKeystrokes = Mid$(sKeystrokes, 2)        Loop                ' Look for "{}"        If sKey = "{" Then            ' Look for the  "}"            i = InStr(sKeystrokes, "}")            If i > 0 Then                sKey = Left$(sKeystrokes, i - 1) ' extract the content between                                                  ' the {}                sKeystrokes = Mid$(sKeystrokes, i + 1) ' Remove the }            End If                    ' Look for repetitions            i = Len(sKey)            Do While Mid$(sKey, i, 1) >= "0" And Mid$(sKey, i, _                1) <= "9" And i >= 3                i = i - 1            Loop                    If i < Len(sKey) Then ' If any digits were found...                If i >= 2 Then ' If there is something preceding it...                    If Mid$(sKey, i, 1) = " " Then  ' If a space precedes the                                                     ' digits...                        On Error Resume Next ' On overflow, ignore the value                        lRepetitions = CLng(Mid$(sKey, i + 1))                        On Error GoTo 0                        sKey = Left$(sKey, i - 1)                    End If                End If            End If        End If                ' Look for special words        Select Case UCase$(sKey)            Case "LBUTTON" ' New                iVirtualKey = vbKeyLButton            Case "RBUTTON" ' New                iVirtualKey = vbKeyRButton            Case "BREAK", "CANCEL"                iVirtualKey = vbKeyCancel            Case "MBUTTON" ' New                iVirtualKey = vbKeyMButton            Case "BACKSPACE", "BS", "BKSP"                iVirtualKey = vbKeyBack            Case "TAB"                iVirtualKey = vbKeyTab            Case "CLEAR" ' New                iVirtualKey = vbKeyClear            Case "ENTER", "~"                iVirtualKey = vbKeyReturn            Case "SHIFT" ' New                iVirtualKey = vbKeyShift            Case "CONTROL" ' New                iVirtualKey = vbKeyControl            Case "MENU", "ALT" ' New                iVirtualKey = vbKeyMenu            Case "PAUSE" ' New                iVirtualKey = vbKeyPause            Case "CAPSLOCK"                iVirtualKey = vbKeyCapital            Case "ESCAPE", "ESC"                iVirtualKey = vbKeyEscape            Case "SPACE" ' New                iVirtualKey = vbKeySpace            Case "PGUP"                iVirtualKey = vbKeyPageUp            Case "PGDN"                iVirtualKey = vbKeyPageDown            Case "END"                iVirtualKey = vbKeyEnd            Case "HOME" ' New                iVirtualKey = vbKeyHome            Case "LEFT"                iVirtualKey = vbKeyLeft            Case "UP"                iVirtualKey = vbKeyUp            Case "RIGHT"                iVirtualKey = vbKeyRight            Case "DOWN"                iVirtualKey = vbKeyDown            Case "SELECT" ' New                iVirtualKey = vbKeySelect            Case "PRTSC"                iVirtualKey = vbKeyPrint            Case "EXECUTE" ' New                iVirtualKey = vbKeyExecute            Case "SNAPSHOT" ' New                iVirtualKey = vbKeySnapshot            Case "INSERT", "INS"                iVirtualKey = vbKeyInsert            Case "DELETE", "DEL"                iVirtualKey = vbKeyDelete            Case "HELP"                iVirtualKey = vbKeyHelp            Case "NUMLOCK"                iVirtualKey = vbKeyNumlock            Case "SCROLLLOCK"                iVirtualKey = vbKeyScrollLock            Case "NUMPAD0" ' New                iVirtualKey = vbKeyNumpad0            Case "NUMPAD1" ' New                iVirtualKey = vbKeyNumpad1            Case "NUMPAD2" ' New                iVirtualKey = vbKeyNumpad2            Case "NUMPAD3" ' New                iVirtualKey = vbKeyNumpad3            Case "NUMPAD4" ' New                iVirtualKey = vbKeyNumpad4            Case "NUMPAD5" ' New                iVirtualKey = vbKeyNumpad5            Case "NUMPAD6" ' New                iVirtualKey = vbKeyNumpad6            Case "NUMPAD7" ' New                iVirtualKey = vbKeyNumpad7            Case "NUMPAD8" ' New                iVirtualKey = vbKeyNumpad8            Case "NUMPAD9" ' New                iVirtualKey = vbKeyNumpad9            Case "MULTIPLY" ' New                iVirtualKey = vbKeyMultiply            Case "ADD" ' New                iVirtualKey = vbKeyAdd            Case "SEPARATOR" ' New                iVirtualKey = vbKeySeparator            Case "SUBTRACT" ' New                iVirtualKey = vbKeySubtract            Case "DECIMAL" ' New                iVirtualKey = vbKeyDecimal            Case "DIVIDE" ' New                iVirtualKey = vbKeyDivide            Case "F1"                iVirtualKey = vbKeyF1            Case "F2"                iVirtualKey = vbKeyF2            Case "F3"                iVirtualKey = vbKeyF3            Case "F4"                iVirtualKey = vbKeyF4            Case "F5"                iVirtualKey = vbKeyF5            Case "F6"                iVirtualKey = vbKeyF6            Case "F7"                iVirtualKey = vbKeyF7            Case "F8"                iVirtualKey = vbKeyF8            Case "F9"                iVirtualKey = vbKeyF9            Case "F10"                iVirtualKey = vbKeyF10            Case "F11"                iVirtualKey = vbKeyF11            Case "F12"                iVirtualKey = vbKeyF12            Case "F13"                iVirtualKey = vbKeyF13            Case "F14"                iVirtualKey = vbKeyF14            Case "F15"                iVirtualKey = vbKeyF15            Case "F16"                iVirtualKey = vbKeyF16            Case Else                ' Not a virtual key                iVirtualKey = -1        End Select                ' Turn on CONTROL, ALT and SHIFT keys as needed        If bShiftKey Then            keybd_event VirtualKeys(vbKeyShift).VKCode, _                VirtualKeys(vbKeyShift).scanCode, KEYEVENTF_KEYDOWN, 0        End If                If bControlKey Then            keybd_event VirtualKeys(vbKeyControl).VKCode, _                VirtualKeys(vbKeyControl).scanCode, KEYEVENTF_KEYDOWN, 0        End If                If bAltKey Then            keybd_event VirtualKeys(vbKeyMenu).VKCode, _                VirtualKeys(vbKeyMenu).scanCode, KEYEVENTF_KEYDOWN, 0        End If                ' Send the keystrokes        For i = 1 To lRepetitions            If iVirtualKey > -1 Then                ' Virtual key                keybd_event VirtualKeys(iVirtualKey).VKCode, _                    VirtualKeys(iVirtualKey).scanCode, KEYEVENTF_KEYDOWN, 0                keybd_event VirtualKeys(iVirtualKey).VKCode, _                    VirtualKeys(iVirtualKey).scanCode, KEYEVENTF_KEYUP, 0            Else                ' ASCII Keys                For j = 1 To Len(sKey)                    iAsciiKey = Asc(Mid$(sKey, j, 1))                    ' Turn on CONTROL, ALT and SHIFT keys as needed                    If Not bShiftKey Then                        If AsciiKeys(iAsciiKey).Shift Then                            keybd_event VirtualKeys(vbKeyShift).VKCode, _                                VirtualKeys(vbKeyShift).scanCode, _                                KEYEVENTF_KEYDOWN, 0                        End If                    End If                            If Not bControlKey Then                        If AsciiKeys(iAsciiKey).Control Then                            keybd_event VirtualKeys(vbKeyControl).VKCode, _                                VirtualKeys(vbKeyControl).scanCode, _                                KEYEVENTF_KEYDOWN, 0                        End If                    End If                            If Not bAltKey Then                        If AsciiKeys(iAsciiKey).Alt Then                            keybd_event VirtualKeys(vbKeyMenu).VKCode, _                                VirtualKeys(vbKeyMenu).scanCode, _                                KEYEVENTF_KEYDOWN, 0                        End If                    End If                            ' Press the key                    keybd_event AsciiKeys(iAsciiKey).VKCode, _                        AsciiKeys(iAsciiKey).scanCode, KEYEVENTF_KEYDOWN, 0                    keybd_event AsciiKeys(iAsciiKey).VKCode, _                        AsciiKeys(iAsciiKey).scanCode, KEYEVENTF_KEYUP, 0                            ' Turn on CONTROL, ALT and SHIFT keys as needed                    If Not bShiftKey Then                        If AsciiKeys(iAsciiKey).Shift Then                            keybd_event VirtualKeys(vbKeyShift).VKCode, _                                VirtualKeys(vbKeyShift).scanCode, _                                KEYEVENTF_KEYUP, 0                        End If                    End If                            If Not bControlKey Then                        If AsciiKeys(iAsciiKey).Control Then                            keybd_event VirtualKeys(vbKeyControl).VKCode, _                                VirtualKeys(vbKeyControl).scanCode, _                                KEYEVENTF_KEYUP, 0                        End If                    End If                            If Not bAltKey Then                        If AsciiKeys(iAsciiKey).Alt Then                            keybd_event VirtualKeys(vbKeyMenu).VKCode, _                                VirtualKeys(vbKeyMenu).scanCode, _                                KEYEVENTF_KEYUP, 0                        End If                    End If                Next j ' Each ASCII key            End If  ' ASCII keys        Next i ' Repetitions                ' Turn off CONTROL, ALT and SHIFT keys as needed        If bShiftKey Then            keybd_event VirtualKeys(vbKeyShift).VKCode, _                VirtualKeys(vbKeyShift).scanCode, KEYEVENTF_KEYUP, 0        End If                If bControlKey Then            keybd_event VirtualKeys(vbKeyControl).VKCode, _                VirtualKeys(vbKeyControl).scanCode, KEYEVENTF_KEYUP, 0        End If                If bAltKey Then            keybd_event VirtualKeys(vbKeyMenu).VKCode, _                VirtualKeys(vbKeyMenu).scanCode, KEYEVENTF_KEYUP, 0        End If            Loop ' sKeyStrokesEnd Sub