I am not a programmer so not sure what to do here. I would like an option of adding an image file in a Microsoft Word document userform for MAC. I had used a code earlier which works perfectly in Windows but it doesnt work for MAC and gives a 5948 error. I had added a field for the image in the userform with a button to add the image and the final submit button. The add button should allow the user to insert any size image from the local folder.
The code I was using is given below:
Dim ImagePath As String
Private Sub CMDAddImage_Click()
Dim objFileDialog As Office.FileDialog
Set objFileDialog = Application.FileDialog(MsoFileDialogType.msoFileDialogFilePicker)
With objFileDialog
.AllowMultiSelect = False
.ButtonName = "File Picker"
.Title = "File Picker"
If (.Show > 0) Then
End If
If (.SelectedItems.Count > 0) Then
Call MsgBox(.SelectedItems(1))
ImagePath = .SelectedItems(1)
End If
End With
Image1.Picture = LoadPicture(ImagePath)
End Sub
And the code in submit button was:
Dim objWord
Dim objDoc
Dim objShapes
Dim objSelection
'Set objSelection = ActiveDocument.Sections
'objSelection.TypeText (vbCrLf & "One Picture will be inserted here....")
ActiveDocument.Bookmarks("Field04").Select
Set objShapes = ActiveDocument.InlineShapes
objShapes.AddPicture (ImagePath)
End
End Sub
Can someone please help me edit the code for mac. In mac it does not allow to add the file.
You should check out the suggestion made by #JohnKorchok in a comment to your previous question - insert an image Content Control in your document instead, and throw away the VBA.
But if you need to keep using VBA and a UserForm...
Application.FileDialog is not available on Mac.
Application.GetOpenFileName is not avaialble from Word (it's an Excel thing).
Application.Dialogs does not do the same thing as GetOpenFileName so the user experience will be rather different, but at its simplest, you can use it like this:
With Application.Dialogs(wdDialogFileOpen)
' .Display = -1 for "OK" ("Open" in this case)
' .Display = 0 for "Cancel"
' (THere are other possible return values
' but I do not think they are applicable here)
If .Display = -1 Then
ImagePath = .Name
End If
End With
or if you prefer, the lengthier
Dim dlg As Word.Dialog
Set dlg = Application.Dialogs(wdDialogFileOpen)
With dlg
If .Display = -1 Then
ImagePath = .Name
End If
End With
Set dlg = Nothing
However, this dilaog does not let you specify file types or any kind of filtering, a starting folder etc. Attempts to set Finder search criteria via something like
.Name = "(_kMDItemFileName = ""*.jpg"")"
.Update
before the .Display either can't work or need different syntax.
Further, the Apple dialog may start with its
own filtering set up so the user will have to click Options to enable All Files. You don't know what file type the user will choose so you will need to deal with that.
An alternative is to invoke Applescript. For this, it appears that you can still use the VBA MacScript command, which means that you can put all the script in your VBA file. If that does not work, then unfortunately you have to use AppleScriptTask which would require you to work some more on the Script and install the script in the correct folder on every Mac where you need this feature.
Here's the code I used - you would probably need to wrap everything up in another function call and use conditional compilation or other tests to call the correct routine depending on whether the code is running on Mac or Windows
Private Sub CMDAddImage_Click()
Dim s As String
Dim sFileName As String
On Error Resume Next
s = ""
' set this to some other location as appropriate
s = s & "set thePictureFoldersPath to (path to pictures folder)" & vbNewLine
s = s & "set applescript's text item delimiters to "",""" & vbNewLine
s = s & "set theFile to ¬" & vbNewLine
' add the image file types you want here
s = s & "(choose file of type {""png"",""jpg""} ¬" & vbNewLine
s = s & "with prompt ""Choose an image to insert."" ¬" & vbNewLine
s = s & "default location alias thePictureFoldersPath ¬" & vbNewLine
s = s & "multiple selections allowed false) as string" & vbNewLine
s = s & "set applescript's text item delimiters to """"" & vbNewLine
' choose file gives as an AFS path name (with colon delimiters)
' get one Word 2016/2019 will work with
s = s & "posix path of theFile"
sFileName = MacScript(s)
If sFileName <> "" Then
' Maybe do some more validation here
ImagePath = sFileName
Image1.Picture = LoadPicture(ImagePath)
End If
End Sub
I am writing a program that integrates with a ScanSnap scanner. ScanSnap scanners do not support TWAIN. Once a document is scanned it is automatically saved to a PDF.
I want to monitor the directory where the files will be saved and take some action when the file appears (and is done being written to). A simple approach is to use the MS Access form Timer event and check for an existing file at some small interval of time.
Is there a better alternative via Windows Messaging, the FileSystemObject, or some Windows API function that supports callbacks?
This provides a native WinAP + VB/VBA way of doing the job, I expect:
http://books.google.com/books?id=46toCUvklIQC&pg=PA757&lpg=PA757&dq=windows+api+monitor+directory+changes+vba&source=bl&ots=jmMY4sJFK4&sig=KCB6B_soEA9_JzjlhyNZvSC91w4&hl=en&sa=X&ei=cUAMUsDzOe3iyAHu8YGwAg&ved=0CFIQ6AEwBw#v=onepage&q=windows%20api%20monitor%20directory%20changes%20vba&f=false
Nothing inside Excel.
You can create another application that monitors the file system, and executes the Excel macro, opening the workbook if required, opening Excel if required.
#Steve effectively answered the question I asked. What I should have asked is how to monitor file system changes in a thread separate from the MS Access UI thread. And the simple answer to that question is that VBA does not support multi-threading in Office applications.
There are a variety of workarounds that generally involve calling an external COM library or integrating with an external application. I decided none of those was very appealing and instead decided to implement the solution in VB.Net using the FileSystemWatcher class.
Not sure if this really solves your Problem, but here is an approach using Excel VBA that helped me monitor a specific file within a specific Folder and execute certain actions (here: copy the file into another folder) if the file is modified and saved (i.e. when the file's timestamp changes):
Option Explicit
Const SourcePath = "C:\YourFolder\"
Const TargetPath = "C:\YourFolder\YourFolder_Changes\"
Const TargetFile = "YourFileName"
Private m_blnLooping As Boolean
Private Sub CommandButton1_Click()
Dim FSO As Scripting.FileSystemObject
Dim n, msg, dt, inttext As String
Dim file, files As Object
Dim d1, d2 As Date
Dim cnt As Integer
Dim wsshell
Application.ScreenUpdating = False
On Error Resume Next
Set FSO = CreateObject("Scripting.FileSystemObject")
Set files = FSO.GetFolder(SourcePath).files
Set wsshell = CreateObject("WScript.Shell")
msg = "FileWatcher started. Monitoring of " & TargetFile & " in progress."
cnt = 0
'Initialize: Loop through Folder content and get file date
For Each file In files
n = file.name
'Get Initial SaveDate of Target File
If n = TargetFile Then
d1 = file.DateLastModified
End If
Next file
m_blnLooping = True
inttext = wsshell.popup(msg, 2, "FileWatcher Ready", vbInformation)
'Message Box should close after 2 seconds automatically
Shell "C:\WINDOWS\explorer.exe """ & TargetPath & "", vbNormalFocus
'Open Windows Explorer and display Target Directory to see changes
Do While m_blnLooping
For Each file In files
n = file.name
If n = TargetFile Then
d2 = file.DateLastModified
If d2 > d1 Then
dt = Format(CStr(Now), "yyyy-mm-dd_hh-mm-ss")
'FSO.CopyFile (SourcePath & TargetFile), (TargetPath & Left(TargetFile, Len(TargetFile) - 4) & "_" & dt & ".txt"), True 'Option with file name extension
FSO.CopyFile (SourcePath & TargetFile), (TargetPath & TargetFile & "_" & dt), True 'Option without file name extension
cnt = cnt + 1
d1 = d2
End If
End If
Next file
'Application.Wait (Now() + CDate("00:00:02")) 'wait 2 seconds, then loop again
DoEvents
Loop
msg = "File " & TargetFile & " has been updated " & cnt & " times."
inttext = wsshell.popup(msg, 2, "FileWatcher Closed", vbInformation)
'Message Box should close after 2 seconds automatically
Application.ScreenUpdating = True
End Sub
Private Sub CommandButton2_Click()
m_blnLooping = False
End Sub
The procedure is activated via a CommandButton ("START") and loops through the speficied Folder (keeps watching the file) until another CommandButton ("STOP") is pressed. You may, however, need to adjust the code to monitor file creation instead of file changes (file.DateCreated instead of file.DateLastModified). The Code is just meant to provide you hint that might solve your Problem.
Pretty simple question, I know.
If you want to compact/repair an external mdb file (not the one you are working in just now):
Application.compactRepair sourecFile, destinationFile
If you want to compact the database you are working with:
Application.SetOption "Auto compact", True
In this last case, your app will be compacted when closing the file.
My opinion: writting a few lines of code in an extra MDB "compacter" file that you can call when you want to compact/repair an mdb file is very usefull: in most situations the file that needs to be compacted cannot be opened normally anymore, so you need to call the method from outside the file.
Otherwise, the autocompact shall by default be set to true in each main module of an Access app.
In case of a disaster, create a new mdb file and import all objects from the buggy file. You will usually find a faulty object (form, module, etc) that you will not be able to import.
If you have the database with a front end and a back end. You can use the following code on the main form of your front end main navigation form:
Dim sDataFile As String, sDataFileTemp As String, sDataFileBackup As String
Dim s1 As Long, s2 As Long
sDataFile = "C:\MyDataFile.mdb"
sDataFileTemp = "C:\MyDataFileTemp.mdb"
sDataFileBackup = "C:\MyDataFile Backup " & Format(Now, "YYYY-MM-DD HHMMSS") & ".mdb"
DoCmd.Hourglass True
'get file size before compact
Open sDataFile For Binary As #1
s1 = LOF(1)
Close #1
'backup data file
FileCopy sDataFile, sDataFileBackup
'only proceed if data file exists
If Dir(sDataFileBackup, vbNormal) <> "" Then
'compact data file to temp file
On Error Resume Next
Kill sDataFileTemp
On Error GoTo 0
DBEngine.CompactDatabase sDataFile, sDataFileTemp
If Dir(sDataFileTemp, vbNormal) <> "" Then
'delete old data file data file
Kill sDataFile
'copy temp file to data file
FileCopy sDataFileTemp, sDataFile
'get file size after compact
Open sDataFile For Binary As #1
s2 = LOF(1)
Close #1
DoCmd.Hourglass False
MsgBox "Compact complete. " & vbCrLf & vbCrLf _
& "Size before: " & Round(s1 / 1024 / 1024, 2) & "MB" & vbCrLf _
& "Size after: " & Round(s2 / 1024 / 1024, 2) & "MB", vbInformation
Else
DoCmd.Hourglass False
MsgBox "ERROR: Unable to compact data file."
End If
Else
DoCmd.Hourglass False
MsgBox "ERROR: Unable to backup data file."
End If
DoCmd.Hourglass False
Try adding this module, pretty simple, just launches Access, opens the database, sets the "Compact on Close" option to "True", then quits.
Syntax to auto-compact:
acCompactRepair "C:\Folder\Database.accdb", True
To return to default*:
acCompactRepair "C:\Folder\Database.accdb", False
*not necessary, but if your back end database is >1GB this can be rather annoying when you go into it directly and it takes 2 minutes to quit!
EDIT: added option to recurse through all folders, I run this nightly to keep databases down to a minimum.
'accCompactRepair
'v2.02 2013-11-28 17:25
'===========================================================================
' HELP CONTACT
'===========================================================================
' Code is provided without warranty and can be stolen and amended as required.
' Tom Parish
' TJP#tomparish.me.uk
' http://baldywrittencod.blogspot.com/2013/10/vba-modules-access-compact-repair.html
' DGF Help Contact: see BPMHelpContact module
'=========================================================================
'includes code from
'http://www.ammara.com/access_image_faq/recursive_folder_search.html
'tweaked slightly for improved error handling
' v2.02 bugfix preventing Compact when bAutoCompact set to False
' bugfix with "OLE waiting for another application" msgbox
' added "MB" to start & end sizes of message box at end
' v2.01 added size reduction to message box
' v2.00 added recurse
' v1.00 original version
Option Explicit
Function accSweepForDatabases(ByVal strFolder As String, Optional ByVal bIncludeSubfolders As Boolean = True _
, Optional bAutoCompact As Boolean = False) As String
'v2.02 2013-11-28 17:25
'sweeps path for .accdb and .mdb files, compacts and repairs all that it finds
'NB: leaves AutoCompact on Close as False unless specified, then leaves as True
'syntax:
' accSweepForDatabases "path", [False], [True]
'code for ActiveX CommandButton on sheet module named "admin" with two named ranges "vPath" and "vRecurse":
' accSweepForDatabases admin.Range("vPath"), admin.Range("vRecurse") [, admin.Range("vLeaveAutoCompact")]
Application.DisplayAlerts = False
Dim colFiles As New Collection, vFile As Variant, i As Integer, j As Integer, sFails As String, t As Single
Dim SizeBefore As Long, SizeAfter As Long
t = Timer
RecursiveDir colFiles, strFolder, "*.accdb", True 'comment this out if you only have Access 2003 installed
RecursiveDir colFiles, strFolder, "*.mdb", True
For Each vFile In colFiles
'Debug.Print vFile
SizeBefore = SizeBefore + (FileLen(vFile) / 1048576)
On Error GoTo CompactFailed
If InStr(vFile, "Geographical Configuration.accdb") > 0 Then MsgBox "yes"
acCompactRepair vFile, bAutoCompact
i = i + 1 'counts successes
GoTo NextCompact
CompactFailed:
On Error GoTo 0
j = j + 1 'counts failures
sFails = sFails & vFile & vbLf 'records failure
NextCompact:
On Error GoTo 0
SizeAfter = SizeAfter + (FileLen(vFile) / 1048576)
Next vFile
Application.DisplayAlerts = True
'display message box, mark end of process
accSweepForDatabases = i & " databases compacted successfully, taking " & CInt(Timer - t) & " seconds, and reducing storage overheads by " & Int(SizeBefore - SizeAfter) & "MB" & vbLf & vbLf & "Size Before: " & Int(SizeBefore) & "MB" & vbLf & "Size After: " & Int(SizeAfter) & "MB"
If j > 0 Then accSweepForDatabases = accSweepForDatabases & vbLf & j & " failures:" & vbLf & vbLf & sFails
MsgBox accSweepForDatabases, vbInformation, "accSweepForDatabases"
End Function
Function acCompactRepair(ByVal pthfn As String, Optional doEnable As Boolean = True) As Boolean
'v2.02 2013-11-28 16:22
'if doEnable = True will compact and repair pthfn
'if doEnable = False will then disable auto compact on pthfn
On Error GoTo CompactFailed
Dim A As Object
Set A = CreateObject("Access.Application")
With A
.OpenCurrentDatabase pthfn
.SetOption "Auto compact", True
.CloseCurrentDatabase
If doEnable = False Then
.OpenCurrentDatabase pthfn
.SetOption "Auto compact", doEnable
End If
.Quit
End With
Set A = Nothing
acCompactRepair = True
Exit Function
CompactFailed:
End Function
'source: http://www.ammara.com/access_image_faq/recursive_folder_search.html
'tweaked slightly for error handling
Private Function RecursiveDir(colFiles As Collection, _
strFolder As String, _
strFileSpec As String, _
bIncludeSubfolders As Boolean)
Dim strTemp As String
Dim colFolders As New Collection
Dim vFolderName As Variant
'Add files in strFolder matching strFileSpec to colFiles
strFolder = TrailingSlash(strFolder)
On Error Resume Next
strTemp = ""
strTemp = Dir(strFolder & strFileSpec)
On Error GoTo 0
Do While strTemp <> vbNullString
colFiles.Add strFolder & strTemp
strTemp = Dir
Loop
If bIncludeSubfolders Then
'Fill colFolders with list of subdirectories of strFolder
On Error Resume Next
strTemp = ""
strTemp = Dir(strFolder, vbDirectory)
On Error GoTo 0
Do While strTemp <> vbNullString
If (strTemp <> ".") And (strTemp <> "..") Then
If (GetAttr(strFolder & strTemp) And vbDirectory) <> 0 Then
colFolders.Add strTemp
End If
End If
strTemp = Dir
Loop
'Call RecursiveDir for each subfolder in colFolders
For Each vFolderName In colFolders
Call RecursiveDir(colFiles, strFolder & vFolderName, strFileSpec, True)
Next vFolderName
End If
End Function
Private Function TrailingSlash(strFolder As String) As String
If Len(strFolder) > 0 Then
If Right(strFolder, 1) = "\" Then
TrailingSlash = strFolder
Else
TrailingSlash = strFolder & "\"
End If
End If
End Function
For Access 2013, you could just do
Sendkeys "%fic"
This is the same as typing ALT, F, I, C on your keyboard.
It's probably a different sequence of letters for different versions, but the "%" symbol means "ALT", so keep that in the code. you may just need to change the letters, depending on what letters appear when you press ALT
Letters that appear when pressing ALT in Access 2013
In response to the excellent post by jdawgx:
Please be aware of a flaw in the code for CompactDB() above.
If the database's "AppTitle" property is defined (as happens when an "Application title" is defined in the database properties), this invalidates the "default window title" logic shown, which can cause the script to fail, or "behave unpredictably". So, adding code to check for an AppTitle property - or using API calls to read the Window title text from the Application.hWndAccessApp window could both be much more reliable.
Additionally, in Access 2019, we have observed that:
SendKeys "multi-key-string-here"
... may also not work reliably, needing to be replaced with:
SendKey (single-character)
'put a DoEvents or Sleep 150 here
SendKey (single-character)
'put a DoEvents or Sleep 150 here
SendKey (single-character)
'put a DoEvents or Sleep 150 here
SendKey (single-character)
...to get proper responses from the Access UI.
ALSO for Access 2019:
Sendkeys "%yc" ( <-- works for Access 2016)
is no longer correct.
it is now:
Sendkeys "%y1c"
...and if that little change wasn't enough - try to determine (in code) how to tell the difference between Access 2016 and 2019 - Good Luck!! because
Application.Version alone won't help, and even combining Application.Version and Application.Build is not a guarantee (unless you are in a controlled-release enterprise environment, and then it may work as the possible version/build #s in circulation should be more limited).
Yes it is simple to do.
Sub CompactRepair()
Dim control As Office.CommandBarControl
Set control = CommandBars.FindControl( Id:=2071 )
control.accDoDefaultAction
End Sub
Basically it just finds the "Compact and repair" menuitem and clicks it, programatically.
I did this many years back on 2003 or possibly 97, yikes!
If I recall you need to use one of the subcommands above tied to a timer. You cannot operate on the db with any connections or forms open.
So you do something about closing all forms, and kick off the timer as the last running method. (which will in turn call the compact operation once everything closes)
If you haven't figured this out I could dig through my archives and pull it up.
When the user exits the FE attempt to rename the backend MDB preferably with todays date in the name in yyyy-mm-dd format. Ensure you close all bound forms, including hidden forms, and reports before doing this. If you get an error message, oops, its busy so don't bother. If it is successful then compact it back.
See my Backup, do you trust the users or sysadmins? tips page for more info.
DBEngine.CompactDatabase source, dest
Application.SetOption "Auto compact", False '(mentioned above)
Use this with a button caption: "DB Not Compact On Close"
Write code to toggle the caption with "DB Compact On Close"
along with Application.SetOption "Auto compact", True
AutoCompact can be set by means of the button or by code, ex: after importing large temp tables.
The start up form can have code that turns off Auto Compact, so that it doesn't run every time.
This way, you are not trying to fight Access.
If you don't wish to use compact on close (eg, because the front-end mdb is a robot program that runs continually), and you don't want to create a separate mdb just for compacting, consider using a cmd file.
I let my robot.mdb check its own size:
FileLen(CurrentDb.Name))
If its size exceeds 1 GB, it creates a cmd file like this ...
Dim f As Integer
Dim Folder As String
Dim Access As String
'select Access in the correct PF directory (my robot.mdb runs in 32-bit MSAccess, on 32-bit and 64-bit machines)
If Dir("C:\Program Files (x86)\Microsoft Office\Office\MSACCESS.EXE") > "" Then
Access = """C:\Program Files (x86)\Microsoft Office\Office\MSACCESS.EXE"""
Else
Access = """C:\Program Files\Microsoft Office\Office\MSACCESS.EXE"""
End If
Folder = ExtractFileDir(CurrentDb.Name)
f = FreeFile
Open Folder & "comrep.cmd" For Output As f
'wait until robot.mdb closes (ldb file is gone), then compact robot.mdb
Print #f, ":checkldb1"
Print #f, "if exist " & Folder & "robot.ldb goto checkldb1"
Print #f, Access & " " & Folder & "robot.mdb /compact"
'wait until the robot mdb closes, then start it
Print #f, ":checkldb2"
Print #f, "if exist " & Folder & "robot.ldb goto checkldb2"
Print #f, Access & " " & Folder & "robot.mdb"
Close f
... launches the cmd file ...
Shell ExtractFileDir(CurrentDb.Name) & "comrep.cmd"
... and shuts down ...
DoCmd.Quit
Next, the cmd file compacts and restarts robot.mdb.
Try this. It works on the same database in which the code resides. Just call the CompactDB() function shown below. Make sure that after you add the function, you click the Save button in the VBA Editor window prior to running for the first time. I only tested it in Access 2010. Ba-da-bing, ba-da-boom.
Public Function CompactDB()
Dim strWindowTitle As String
On Error GoTo err_Handler
strWindowTitle = Application.Name & " - " & Left(Application.CurrentProject.Name, Len(Application.CurrentProject.Name) - 4)
strTempDir = Environ("Temp")
strScriptPath = strTempDir & "\compact.vbs"
strCmd = "wscript " & """" & strScriptPath & """"
Open strScriptPath For Output As #1
Print #1, "Set WshShell = WScript.CreateObject(""WScript.Shell"")"
Print #1, "WScript.Sleep 1000"
Print #1, "WshShell.AppActivate " & """" & strWindowTitle & """"
Print #1, "WScript.Sleep 500"
Print #1, "WshShell.SendKeys ""%yc"""
Close #1
Shell strCmd, vbHide
Exit Function
err_Handler:
MsgBox "Error " & Err.Number & ": " & Err.Description
Close #1
End Function
Please Note the following - all of you who favor doing a "Compact on Close" solution for MS-Access.
I used to prefer that option too, until one day, when I received the WORST error message possible from the DBEngine during a Compress & Repair operation:
"Table MSysObjects is corrupt - Table Truncated."
Now, you have probably never realized that THAT error is even a possibility.
Well, it is. And if you ever see it, your ENTIRE DATABASE, and EVERYTHING IN IT is now simply GONE. poof!
What is funny about that is that Access will let you actually reopen the "fixed" database, only, the Access window and menu items are all now utterly useless (except to close the DB and exit access again) because ALL the tables (including the other MSYS* tables, forms, queries, reports, code modules, & macros) are simply gone - and with the disk space previously allocated to them released to the tender mercies of the Windows OS - unless you have additional protection than the bog-standard recycle bin, which won't help you either.
So, if you REALLY want to accept the risk of Compact on Close completely clobbering your database - with NO POSSIBILITY of recovering it, then please...do carry on.
If, OTOH, like me you find that risk an unacceptable one, well, don't enable C&R-on-Close - ever again.
Check out this solution VBA Compact Current Database.
Basically it says this should work
Public Sub CompactDB()
CommandBars("Menu Bar").Controls("Tools").Controls ("Database utilities"). _
Controls("Compact and repair database...").accDoDefaultAction
End Sub
There's also Michael Kaplan's SOON ("Shut One, Open New") add-in. You'd have to chain it, but it's one way to do this.
I can't say I've had much reason to ever want to do this programatically, since I'm programming for end users, and they are never using anything but the front end in the Access user interface, and there's no reason to regularly compact a properly-designed front end.