Geeky Bob

Despite the plethora of other tools and editors that I use to create websites, there are times when I simply have to dust off my copy of (gasp!) Microsoft FrontPage 2003. It may be a dinosaur, but there are some things that it does really well, and periodically I simply need to use it.

An often-mocked and yet critically essential feature that FrontPage 2003 provided was affectionately called "Link Fix Up," which was a feature that would replicate file renames across your entire website. In other words, if you had a file that was named "foo.html," you could rename it to "bar.html" and FrontPage 2003 would update every hyperlink in every file in your entire website which pointed to that file. Needless to say, this feature was often indispensable when I was working with extremely large websites.

Other applications may have similar features, but when you combine that feature with FrontPage 2003's built-in Visual Basic for Applications (VBA) functionality, you have a really powerful combination that can quickly seem indispensable.

With all of that being said, here's a scenario where using FrontPage 2003's "Link Fix Up" functionality with VBA really paid off, and I thought that it would make a great blog (in case anyone else runs into a similar issue and still has a copy of FrontPage 2003 lying around somewhere.)

Problem Description and Solution

I created a mixed-media website some years ago where I had thousands of images that were named like IMG5243.1024x768.png, IMG2745.1280x1024.png, IMG6354.800x600.png, etc. Some part of the file name obviously contained the image dimensions, which was useful at the time that I created the website, but that information was no longer necessary, and the filenames made the Obsessive Compulsive side of my behavior start to act up. (Too many characters.) With that in mind, I decided that I would rename all of those images back to simpler names like IMG5243.png, IMG2745.png, IMG6354.png, etc.

This is where FrontPage 2003's "Link Fix Up" functionality would come in handy; trying to crawl every webpage in my website to update the thousands of image links would have been incredibly painful, whereas FrontPage 2003 would take care of keeping the image links up-to-date for free, provided that I could come up with a way to automate the renaming process. (Enter VBA.)

Here is where I quickly ran into a problem - I hadn't standardized my file naming syntax. (Shame on me.) A lot of filenames had other parts or character strings that were going to cause problems, for example: IMG5243.1024x768_cropped.png, IMG2745.edited_1280x1024.png, IMG6354.new_800x600_small.png, etc. This meant that I was going to have to crawl through each filename character by character and look for image dimensions. This is not difficult through VBA, but it added a bit of complexity because I would have to locate any "x" character in a filename and then starting working my way to the right and left to see if it was surrounded by numbers. In other words, I would have to traverse every file name like "aaa_123x456_aaa.jpg" and "aaa.123x456.aaa.jpg" in order to remove "123x456," while leaving "aaa.wxy.jpg" untouched. Of course, there were also topics to be considered after I removed the numbers, like malformed image names like "aaa__aaa.jpg" and "aaa..aaa.jpg" that had unnecessary character duplications.

VBA Bulk File Renaming Macro

All that being said, here is the VBA macro that I created, which worked great; I was able to have this macro rename my thousands of images in a matter of seconds, and FrontPage 2003 made sure that every image URL in my HTML/ASP files were kept up-to-date.

Sub RemoveImageSizesFromFilenames()
  Dim intSectionCount As Integer
  Dim intXPosition As Integer
  Dim intCharPosition As Integer
  Dim intDictionaryCount As Integer
  Dim objWebFile As WebFile
  Dim strExt As String
  Dim strOldName As String
  Dim strNewName As String
  Dim strUrlStub As String
  Dim strSections() As String
  Dim strWidth As String
  Dim strHeight As String
  Dim objDictionary As Object
  Dim objItem As Object
  Dim varKeys As Variant
  Dim varItems As Variant
  
  ' Define the list of file extensions to process.
  Const strValidExt = "jpg|jpeg|gif|bmp|png"
  
  ' Create a dictionary object to hold the list of old/new filenames.
  Set objDictionary = CreateObject("Scripting.Dictionary")
  
  ' Verify that a website is open; exit if not.
  If Len(Application.ActiveWeb.Title) = 0 Then
    MsgBox "A website must be open." & vbCrLf & vbCrLf & "Aborting.", vbCritical
    Exit Sub
  End If
  
  ' Loop through the files colleciton for the website.
  For Each objWebFile In Application.ActiveWeb.AllFiles
    ' Retrieve the file extension for each file.
    strExt = LCase(objWebFile.Extension)
    ' Verify if the filename is part of the valid list.
    If InStr(strValidExt, strExt) Then
      ' Retrieve the current file name
      strOldName = LCase(Left(objWebFile.Name, Len(objWebFile.Name) - Len(strExt) - 1))
      ' Verify a multi-part filename.
      If InStr(strOldName, ".") Then
        ' Split the multi-part filename into sections.
        strSections = Split(strOldName, ".")
        ' Loop through the sections.
        For intSectionCount = 0 To UBound(strSections)
          ' Verify that each section actually has characters in it.
          If Len(strSections(intSectionCount)) > 1 Then
            ' Check for a lowercase X character.
            intXPosition = InStr(2, strSections(intSectionCount), "x")
            ' Make sure that the X character does not start or end the string.
            If intXPosition > 1 And intXPosition < Len(strSections(intSectionCount)) Then
              ' Make sure that the X character has numbers to the left and right of it.
              If IsNumeric(Mid(strSections(intSectionCount), intXPosition - 1, 1)) And IsNumeric(Mid(strSections(intSectionCount), intXPosition + 1, 1)) Then
                ' Initialize the width/height strings.
                strWidth = ""
                strHeight = ""
                ' Loop through the string to find the height.
                For intCharPosition = intXPosition + 1 To Len(strSections(intSectionCount))
                  If IsNumeric(Mid(strSections(intSectionCount), intCharPosition, 1)) Then
                    strHeight = strHeight & Mid(strSections(intSectionCount), intCharPosition, 1)
                  Else
                    Exit For
                  End If
                Next
                ' Loop through the string to find the width.
                For intCharPosition = intXPosition - 1 To 1 Step -1
                  If IsNumeric(Mid(strSections(intSectionCount), intCharPosition, 1)) Then
                    strWidth = Mid(strSections(intSectionCount), intCharPosition, 1) & strWidth
                  Else
                    Exit For
                  End If
                Next
                ' Remove the width/height string from the current filename section.
                strSections(intSectionCount) = Replace(strSections(intSectionCount), strWidth & "x" & strHeight, "")
              End If
            End If
          End If
        Next
        ' Reassemble the file sections.
        strNewName = Join(strSections, ".")
        If Right(strNewName, 1) = "." Then strNewName = Left(strNewName, Len(strNewName) - 1)
        ' Cleanup several unnecessary character sequences.
        If StrComp(strOldName, strNewName, vbTextCompare) <> 0 Then
          strOldName = strOldName & "." & strExt
          strNewName = strNewName & "." & strExt
          strNewName = Replace(strNewName, "_.", ".", 1, -1)
          strNewName = Replace(strNewName, "._", "_", 1, -1)
          strNewName = Replace(strNewName, "..", ".", 1, -1)
          strNewName = Replace(strNewName, "__", "_", 1, -1)
          strUrlStub = Left(objWebFile.Url, Len(objWebFile.Url) - Len(strOldName))
          ' Add the old/new file URLs to the dictionary.
          objDictionary.Add strUrlStub & strOldName, strUrlStub & strNewName
        End If
      End If
    End If
  Next
  
  varKeys = objDictionary.Keys
  varItems = objDictionary.Items
  
  ' Loop through the collection of URLs to rename.
  For intDictionaryCount = 0 To (objDictionary.Count - 1)
    ' Avoid collisions with existing URLs.
    If Application.ActiveWeb.LocateFile(varItems(intDictionaryCount)) Is Nothing Then
      ' Get current URL.
      Set objWebFile = Application.ActiveWeb.LocateFile(varKeys(intDictionaryCount))
      ' Rename the URL.
      objWebFile.Move varItems(intDictionaryCount), True, False
    End If
  Next
  
End Sub

In Closing...

There are a couple of additional details about this macro that you should consider:

First of all, this macro intentionally avoids overwriting the destination filename if it already exists. For example, if you have two files named IMG1234.100x100.jpg and IMG1234.200x200.jpg, simply removing the image size characters from each file name would result in a collision for the name IMG1234.jpg. What the macro currently does is to rename the first file, then it leaves any possible collisions unchanged. You could easily modify this script to prompt the user what to do, or you could configure it to rename each file with a syntax like IMG1234a.jpg / IMG1234b.jpg / IMG1234c.jpg, but I'll leave that up to you.

Second, I wrote this macro for a specific set of file types and filenames, but you could modify the macro for a variety of scenarios. For example, one developer that I knew liked to test his content on his production server by creating preview files with names like foo.preview.html and bar.preview.aspx. This allowed the production files to coexist on the same server with the preview files, although the production files would have the production-ready filenames like foo.html and bar.aspx. Once he was ready to push the preview files into production, he would simply rename the necessary files. This system worked for a small set of files, but it didn't scale very well, so the amount of labor on his part would increase as the website grew more complex. (Of course, he should have been using a development website for his preview testing, but that's another story.) In any event, this macro could easily be modified to remove the ".preview." string from every file name.

Note: This blog was originally posted at http://blogs.msdn.com/robert_mcmurray/

A friend of mine just sent me the following news article, along with the subtitle, "Can we just let this die, geez..."

Novell Antitrust Lawsuit Against Microsoft Revived by Court
Bloomberg Businessweek - May 03, 2011
By Tom Schoenberg

Personally, I find articles like this depressing - not just because they are frivolous lawsuits that do little more than wasting millions of dollars for everyone concerned, but because they send the wrong messages to the business world. Let me explain:

I love quotes that are worded like this: "WordPerfect's share of the word-processing market fell to less than 10 percent in 1996 from almost 50 percent in 1990." This statement is an excerpt from a section in that article which suggests that Microsoft is the bad guy in this situation.

Has anyone ever bothered to consider that whatever happened to WordPerfect occurred because the executive leadership at WordPerfect made a plethora of poor business choices and their applications ceased to be good products? This entire lawsuit reminds me of when Metallica sued Napster over the decline in their album sales - did it ever occur to them (Metallica) that maybe they had passed their prime and perhaps no one wanted to buy their albums anymore?

Here's another question: did anyone else actually try to use WordPerfect for Windows 3.x through Windows 98? Well, I did - because back in my DOS days I was an avid WordPerfect 4.x through 6.x user. So take my word for it, every version of WordPerfect starting from 5.x through 8.x on Windows platforms were simply awful, while at the same time the versions of Word for Windows got better and better.

I can give you several reasons behind this dichotomy, but the primary cause is simple - WordPerfect didn't have a clue how to make a Windows-based product. As the world transitioned from a DOS-based environment to a Windows realm, WordPerfect shipped products that were technologically inferior, way behind schedule, and badly engineered. By the time that the folks at WordPerfect quit wasting money and figured out what they were doing, it was way too late - they owned less than 10% of the market, and the damage was irrevocable.

Here's just one example: instead of leveraging Windows' built-in printing capabilities and investing in better application features and functionality, the people at WordPerfect continued to develop and ship their own printing subsystem, which bypassed the built-in Windows printing features. Even if WordPerfect's alternate printing subsystem had been better, (which I can honestly say from personal experience that it was not), that's not the way that you're supposed to do things in a Windows world, and WordPerfect threw away millions of dollars and countless thousands of man hours on this colossal failure.

Here's another oldie but goodie - WordPerfect bought into the fantasy from the now-defunct Sun Microsystems that Java was the up-and-coming, be-all/end-all of computer languages and the dawn of write-once/run-everywhere software. This was a wonderful theory, and I personally spent some time writing simple applications in Java back in the mid-to-late-1990s because I, too, bought into Sun's hype. (I still wear a Java baseball cap that I got from Sun back in 1996.) But it wasn't long before I, like many others, realized that Java was mostly hype, and writing software in Java was an experience that was more like rewrite-often/debug-everywhere. But I realized my mistake before I had wasted over $400 million on a failed word processing application in Java like WordPerfect did.

But the folks at WordPerfect continued to press on in their self-delusions - all the while falling behind Word, which was now integrating wonderfully with Windows, Microsoft Office, and a host of other applications through technologies like DDE, OLE, and ActiveX. By this point WordPerfect's losses were enormous, then along came Novell, who was already a sinking ship; this was due to the fact that their difficult-to-use and expensive flagship NetWare operating system was taking a serious beating from Windows NT's ease-of-use and significantly reduced barrier-to-entry pricing.

Novell realized that WordPerfect had once been a major cash cow, and I guess they hoped that they could turn around both of these massive sinking ships and get them headed back from the Red Sea into the Black Sea. But Novell's delusions proved to be worse than WordPerfect's, and eventually Novell had to sell WordPerfect to Corel for a pittance just to keep their ship from being dragged under as WordPerfect rocketed toward the bottom in a technology fate that was worse than the demise of the Titanic. And yet, very much like the sinking of the Titanic and the untimely deaths of technology giants like Netscape and Sun Microsystems, WordPerfect's downfall was ultimately caused by a series of gargantuan blunders and the terminal hubris of their leadership, and not by any action on Microsoft's part.

Not that any of this will matter in court - Microsoft will probably still have to shell out a few hundred million dollars in "damages," thereby rewarding former executives at WordPerfect for their incompetence, and reinforcing the message to the business world that just because you're a colossal failure and you ruined the lives of thousands of your loyal employees, that doesn't mean that you shouldn't be able to buy a large mansion and luxury yacht by cashing in on the profits of your successful competitors.

Additional Reading

At the time of this writing, Wikipedia has a great write-up on the history of WordPerfect, including blunt analysis of WordPerfect's many failures. But pages on Wikipedia are subject to change, and they're not always accurate.

With that in mind, you might want to take a look at the book titled Almost Perfect by W. E. Peterson, who had been one of the senior executives at WordPerfect. Sometimes it's nice to have an insider's view of the breakdown and failure.

Using this Outlook VBA Macro

Over the years, I had noticed that I had appointments from years ago stuck in my calendar, so I wrote this Outlook VBA Macro to export a list of all my appointments to a tab-separated (TSV) file so that I could open it in Microsoft Excel and analyze all of my appointments. (After writing this macro, I wrote my Delete Old Appointments macro to delete old appointments.)

Outlook VBA Macro Example Code

Sub ExportAppointmentsToTsvFile()

   Dim objOutlook As Outlook.Application
   Dim objNamespace As Outlook.NameSpace
   Dim objFolder As Outlook.MAPIFolder
   Dim objAppointement As Outlook.AppointmentItem
   Dim objNetwork As Object
   Dim objFSO As Object
   Dim objFile As Object
   Dim strUserName As String

   Set objOutlook = Application
   Set objNamespace = objOutlook.GetNamespace("MAPI")
   Set objFolder = objNamespace.GetDefaultFolder(olFolderCalendar)

   Set objNetwork = CreateObject("WScript.Network")

   strUserName = objNetwork.UserName

   If InStr(strUserName, "\") = 0 Then
      strUserName = objNetwork.UserDomain & "\" & strUserName
   End If

   Set objFSO = CreateObject("Scripting.FileSystemObject")
   Set objFile = objFSO.CreateTextFile("c:\outlook-calendar.tsv")

   objFile.WriteLine "UserName" & vbTab & _
      "AppointementStart" & vbTab & _
      "AppointementEnd" & vbTab & _
      "AppointementRecurrenceState" & vbTab & _
      "AppointementSubject" & vbTab & _
      "AppointementSize" & vbTab & _
      "AppointementUnRead" & vbTab & _
      "AppointementLocation"

   For Each objAppointement In objFolder.Items
      DoEvents
      objFile.WriteLine strUserName & vbTab & _
      objAppointement.Start & vbTab & _
      objAppointement.End & vbTab & _
      objAppointement.RecurrenceState & vbTab & _
      objAppointement.Subject & vbTab & _
      objAppointement.Size & vbTab & _
      objAppointement.UnRead & vbTab & _
      objAppointement.Location
   Next

   MsgBox "Done!"

End Sub

Using this Outlook VBA Macro

Over the years, I had noticed that I had appointments from years ago stuck in my calendar, so I wrote this Outlook VBA Macro to help keep my outlook calendar thinned-out.

Note: This macros deletes appointments and attachments from your Outlook calendar - make sure that you want to do this before running this macro.

By default the macro will:

• Delete all appointments over a year old (except recurring appointments.)
• Delete all attachments from 6-month-old appointments.
• Delete large attachments from 2-month-old appointments.

You can alter these dates by adjusting the appropriate lines in the macro.

Outlook VBA Macro Example Code

Sub DeleteOldAppointments()

   Dim objOutlook As Outlook.Application
   Dim objNamespace As Outlook.NameSpace
   Dim objFolder As Outlook.MAPIFolder
   Dim objAppointement As Outlook.AppointmentItem
   Dim objAttachment As Outlook.Attachment
   Dim objNetwork As Object
   Dim lngDeletedAppointements As Long
   Dim lngCleanedAppointements As Long
   Dim lngCleanedAttachments As Long
   Dim blnRestart As Boolean
   Dim intDateDiff As Integer

   Set objOutlook = Application
   Set objNamespace = objOutlook.GetNamespace("MAPI")
   Set objFolder = objNamespace.GetDefaultFolder(olFolderCalendar)

Here:

   blnRestart = False

   For Each objAppointement In objFolder.Items
      DoEvents
      intDateDiff = DateDiff("d", objAppointement.Start, Now)

      ' Delete year-old appointments.
      If intDateDiff > 365 And objAppointement.RecurrenceState = olApptNotRecurring Then
         objAppointement.Delete
         lngDeletedAppointements = lngDeletedAppointements + 1
         blnRestart = True

      ' Delete attachments from 6-month-old appointments.
      ElseIf intDateDiff > 180 And objAppointement.RecurrenceState = olApptNotRecurring Then
         If objAppointement.Attachments.Count > 0 Then
            While objAppointement.Attachments.Count > 0
               objAppointement.Attachments.Remove 1   Wend
            lngCleanedAppointements = lngCleanedAppointements + 1
        End If

      ' Delete large attachments from 60-day-old appointments.
      ElseIf intDateDiff > 60 Then
         If objAppointement.Attachments.Count > 0 Then
            For Each objAttachment In objAppointement.Attachments
               If objAttachment.Size > 500000 Then
                  objAttachment.Delete
                  lngCleanedAttachments = lngCleanedAttachments + 1
               End If
            Next
         End If
      End If
   Next

   If blnRestart = True Then GoTo Here

   MsgBox "Deleted " & lngDeletedAppointements & " appointment(s)." & vbCrLf & _
      "Cleaned " & lngCleanedAppointements & " appointment(s)." & vbCrLf & _
      "Deleted " & lngCleanedAttachments & " attachment(s)."

End Sub

Using this Access VBA Macro

I wrote this Access VBA Macro for a friend to export an Access table or query to a spreadsheet; it might come in handy. ;-]

Access VBA Macro Example Code

Sub ExportTableOrQueryToExcel()

    Const strTitle = "This is my worksheet title"
    Const strTableOrQuery = "Query1"
    
    ' define the path to the output file
    Dim strPath As String
    strPath = "C:\TestFile " & _
        Year(Now) & Right("0" & _
        Month(Now), 2) & Right("0" & _
        Day(Now), 2) & ".xls"
    
    ' create and open an Excel workbook
    Dim objXL As Object
    Set objXL = CreateObject("Excel.Application")
    objXL.WorkBooks.Add
    objXL.Worksheets(1).Name = strTitle
    objXL.Visible = False
   
    ' delete the extra worksheets
    Dim intX As Integer
    If objXL.Worksheets.Count > 1 Then
        For intX = 2 To objXL.Worksheets.Count
            objXL.Worksheets(2).Delete
        Next
    End If
    
    ' open the database
    Dim objDB As DAO.Database
    Dim objRS As DAO.Recordset
    Dim objField As DAO.Field
    Set objDB = CurrentDb
    
    ' open the query/table
    Dim strSQL As String
    strSQL = "SELECT * FROM [" & strTableOrQuery & "]"
    Set objRS = objDB.OpenRecordset(strSQL)
    
    Dim lngRow As Long
    Dim lngCol As Long
    
    If Not objRS.EOF Then
    
        lngRow = 1: lngCol = 1
        
        For Each objField In objRS.Fields
            objXL.Worksheets(1).Cells(lngRow, lngCol).Value = objField.Name
            lngCol = lngCol + 1
        Next
        
        lngRow = lngRow + 1
    
        ' loop through the table records
        Do While Not objRS.EOF
            lngCol = 1
            For Each objField In objRS.Fields
                objXL.Worksheets(1).Cells(lngRow, lngCol).Value = objField.Value
                lngCol = lngCol + 1
            Next
            lngRow = lngRow + 1
            objRS.MoveNext
        Loop
    
    End If
    
    objXL.DisplayAlerts = False
    objXL.ActiveWorkbook.SaveAs strPath, 46
    objXL.ActiveWorkbook.Close

End Sub

12/05/2010 UPDATE: The download link for the Visio viewer is no longer valid, and I'm sure that the GUID for any new viewer has changed. I'll fix this blog post when I have the chance to get all the new data together.

Summary

The Microsoft web site now offers a Visio Viewer Web Component for download. See the following URL for more information:

The purpose of this article is to show you how to use some of the FrontPage SDK functionality to add two new Web Components to FrontPage that will allow you to add the Visio Viewer to a web page.

NOTE - This example works in both FrontPage 2002 and FrontPage 2003.

More Information

STEP #1 - Locate your "Web Components" folder:

This will be in one of the following paths by default:

STEP #2 - Save the following INI file in the folder as "VISIO.INI":

[Component]
Name="Microsoft Visio"
Caption="C&hoose a component:"
Sorted=True
Type=Text
OnlyFor1033=True

[Component.Options]
Option1=Visio1
Option2=Visio2

[Visio1]
Name="Visio Viewer (With Wizard)"
Description="Insert a Visio Viewer component on your page."
URL="C:\Program Files\Microsoft Office\OFFICE11\1033\WEBCOMP\VISIO.HTM"

[Visio2]
Name="Visio Viewer (HTML Only)"
Description="Insert a Visio Viewer component on your page."

[Visio2.HTML]
HTML1=<object classid="clsid:279D6C9A-652E-4833-BEFC-312CA8887857" 
HTML2=id="viewer1" width="300" height="300" 
HTML3=codebase="http://download.microsoft.com/download/VisioStandard2002/vviewer/2002/W98NT42KMeXP/EN-US/vviewer.exe">
HTML4=<param name="BackColor" value="16777120">
HTML5=<param name="PageColor" value="16777215">
HTML6=<param name="GridVisible" value="1">
HTML7=<param name="PageVisible" value="1">
HTML8=<param name="HighQualityRender" value="1">
HTML9=<param name="ScrollbarsVisible" value="1">
HTML10=<param name="ToolbarVisible" value="1">
HTML11=<param name="AlertsEnabled" value="1">
HTML12=<param name="ContextMenuEnabled" value="1">
HTML13=<param name="PropertyDialogEnabled" value="1">
HTML14=<param name="SRC" value="">
HTML15=<param name="CurrentPageIndex" value="1">
HTML16=<param name="Zoom" value="-1">
HTML17=</object>

NOTE - You need to make sure that the URL parameter in the file matches your correct drive and Office version path.

STEP #3 - Save the following HTML file in the folder as "VISIO.HTM":

<html>
<head>
<meta name="GENERATOR" content="Microsoft FrontPage 6.0">
<meta name="ProgId" content="FrontPage.Editor.Document">
<meta http-equiv="Content-Type" content="text/html; charset=windows-1252">
<title>Visio Viewer</title>
<style>
.button { width=80px; }
.file { width=350px; }
.text { width=40px; }
body,td
{
font-family:'MS Sans Serif',verdana,arial;
font-size:9pt;
scrollbar-face-color:#cccccc;
scrollbar-base-color:#cccccc;
scrollbar-highlight-color:#cccccc;
scrollbar-shadow-color:#cccccc;
background-color:#cccccc;
color:#000000
}
</style>
<script language="JavaScript">
<!--
function insertHTML()
{
// build the HTML output
var html ='';
html += "<object classid=\"clsid:279D6C9A-652E-4833-BEFC-312CA8887857\" id=\"viewer1\" ";
html += " width=\"" + frmOptions.txtWidth.value + "\" ";
html += " height=\"" + frmOptions.txtHeight.value + "\" ";
html += " codebase=\"http://download.microsoft.com/download/VisioStandard2002/";
html += "vviewer/2002/W98NT42KMeXP/EN-US/vviewer.exe\">\n";
html += "<param name=\"BackColor\" value=\"16777120\">\n";
html += "<param name=\"PageColor\" value=\"16777215\">\n";
html += processCheckbox(frmOptions.chkGridVisible,"GridVisible");
html += processCheckbox(frmOptions.chkPageVisible,"PageVisible");
html += processCheckbox(frmOptions.chkHighQualityRender,"HighQualityRender");
html += processCheckbox(frmOptions.chkScrollbarsVisible,"ScrollbarsVisible");
html += processCheckbox(frmOptions.chkToolbarVisible,"ToolbarVisible");
html += processCheckbox(frmOptions.chkAlertsEnabled,"AlertsEnabled");
html += processCheckbox(frmOptions.chkContextMenuEnabled,"ContextMenuEnabled");
html += processCheckbox(frmOptions.chkPropertyDialogEnabled,"PropertyDialogEnabled");
html += "<param name=\"SRC\" value=\"" + frmOptions.txtVisioFile.value + "\">\n";
html += "<param name=\"CurrentPageIndex\" value=\"1\">\n";
html += "<param name=\"Zoom\" value=\"-1\">\n";
html += "</object>\n";

// preserve our options
setCookie("txtVisioFile",frmOptions.txtVisioFile.value);
setCookie("txtWidth",frmOptions.txtWidth.value);
setCookie("txtHeight",frmOptions.txtHeight.value);
setCookie("chkGridVisible",frmOptions.chkGridVisible.checked);
setCookie("chkPageVisible",frmOptions.chkPageVisible.checked);
setCookie("chkHighQualityRender",frmOptions.chkHighQualityRender.checked);
setCookie("chkScrollbarsVisible",frmOptions.chkScrollbarsVisible.checked);
setCookie("chkToolbarVisible",frmOptions.chkToolbarVisible.checked);
setCookie("chkAlertsEnabled",frmOptions.chkAlertsEnabled.checked);
setCookie("chkContextMenuEnabled",frmOptions.chkContextMenuEnabled.checked);
setCookie("chkPropertyDialogEnabled",frmOptions.chkPropertyDialogEnabled.checked);

// close the wizard
window.external.WebComponent.PreviewHTML = html
window.external.WebComponent.HTML = window.external.WebComponent.PreviewHTML;
window.external.WebComponent.Tag = "body";
window.external.Close(true);
}
function initializeForm()
{
frmOptions.txtVisioFile.value=getCookie("txtVisioFile","http://localhost/sample.vsd");
frmOptions.txtHeight.value=getCookie("txtHeight","300");
frmOptions.txtWidth.value=getCookie("txtWidth","300");
frmOptions.chkGridVisible.checked=((getCookie("chkGridVisible","true")=="true")?true:false);
frmOptions.chkPageVisible.checked=((getCookie("chkPageVisible","true")=="true")?true:false);
frmOptions.chkHighQualityRender.checked=((getCookie("chkHighQualityRender","true")=="true")?true:false);
frmOptions.chkScrollbarsVisible.checked=((getCookie("chkScrollbarsVisible","true")=="true")?true:false);
frmOptions.chkToolbarVisible.checked=((getCookie("chkToolbarVisible","true")=="true")?true:false);
frmOptions.chkAlertsEnabled.checked=((getCookie("chkAlertsEnabled","true")=="true")?true:false);
frmOptions.chkContextMenuEnabled.checked=((getCookie("chkContextMenuEnabled","true")=="true")?true:false);
frmOptions.chkPropertyDialogEnabled.checked=((getCookie("chkPropertyDialogEnabled","true")=="true")?true:false);
}
function processCheckbox(varBox,varName)
{
return("<param name=\""+varName+"\" value=\"" + ((varBox.checked == true) ? "1" : "0") + "\">\n");
}
function setCookie(strName, strValue)
{
document.cookie = strName + "=" + escape(strValue);
}
function getCookie(strName,strDefault)
{
var aryCookies = document.cookie.split("; ");
for (var i=0; i < aryCookies.length; i++)
{
var aryValues = aryCookies[i].split("=");
if (strName == aryValues[0])
{
var strValue = new String(aryValues[1]);
return ((strValue != 'undefined') ? unescape(strValue) : strDefault );
}
}
return strDefault;
}
-->
</script>
</head>

<body onload="initializeForm()">

<form name="frmOptions">
<table>
<tr>
<td colspan="5"><b>Display Options</b></td>
</tr>
<tr>
<td width="10"><input accesskey="d" type="checkbox" name="chkPageVisible" checked></td>
<td nowrap>Display the <u>d</u>rawing page</td>
<td width="20">&nbsp;</td>
<td width="40"><input accesskey="h" type="text" class="text" name="txtHeight" value="300"></td>
<td nowrap><u>H</u>eight (in pixels)</td>
</tr>
<tr>
<td width="10"><input accesskey="g" type="checkbox" name="chkGridVisible" checked></td>
<td nowrap>Display the <u>g</u>rid if the drawing page is visible</td>
<td width="20">&nbsp;</td>
<td width="40"><input accesskey="w" type="text" class="text" name="txtWidth" value="300"></td>
<td nowrap><u>W</u>idth (in pixels)</td>
</tr>
<tr>
<td width="10"><input accesskey="q" type="checkbox" name="chkHighQualityRender" checked></td>
<td colspan="4">Display using high-<u>q</u>uality rendering</td>
</tr>
<tr>
<td width="10"><input accesskey="t" type="checkbox" name="chkToolbarVisible" checked></td>
<td colspan="4">Display the <u>t</u>oolbar</td>
</tr>
<tr>
<td width="10"><input accesskey="s" type="checkbox" name="chkScrollbarsVisible" checked></td>
<td colspan="4">Display the <u>s</u>croll bars</td>
</tr>
</table>
<hr>
<table>
<tr>
<td colspan="2"><b>Event Processing Options</b></td>
</tr>
<tr>
<td width="10"><input accesskey="a" type="checkbox" name="chkAlertsEnabled" checked></td>
<td>Enable warning or <u>a</u>lert dialog boxes to show when an error occurs</td>
</tr>
<tr>
<td width="10"><input accesskey="c" type="checkbox" name="chkContextMenuEnabled" checked></td>
<td>Enable the <u>c</u>ontext menu to show on right-mouse events</td>
</tr>
<tr>
<td width="10"><input accesskey="p" type="checkbox" name="chkPropertyDialogEnabled" checked></td>
<td>Enable the <u>P</u>roperties and Settings dialog box to show on selection or toolbar events</td>
</tr>
</table>
<hr>
<table>
<tr>
<td nowrap>URL of <u>V</u>isio File</td>
<td><input class="file" accesskey="v" type="text" name="txtVisioFile"></td>
</tr>
</table>
<hr>
<table width="100%">
<tr>
<td align="right" nowrap>
<button class="button" accesskey="o" onclick="insertHTML();"><u>O</u>K</button>
<button class="button" accesskey="c" onclick="window.external.Close();"><u>C</u>ancel</button>
</td>
</tr>
</table>
</form>
</body>
</html>

STEP #4 - Open a new page in FrontPage

STEP #5 - Click "Insert" -> "Web Component"

STEP #6 - Select "Microsoft Visio" in the list of component types

STEP #7 - Choose to insert the HTML-only version or the the wizard-based version

NOTES:

1. The HTML-only version inserts just the ActiveX control, allowing you to modify the raw HTML, but is less user-friendly when you double-click it.
2. The wizard-based version is more user-friendly for inserting and modiyfing the control, but it is a web-bot and therefore does not allow you to modify the raw HTML.
3. The codbase download path for the control is hard-coded; if that changes, you will need to update the INI file and HTML file accordingly.