flowdocument

We're currently using WPF to create a multi-page invoice document, to then be printed / exported via XPS. The route we've taken to achieve this is to create a UserControl containing a standard ListBox etc displaying the Invoice lines, this is then included in a FlowDocument inside BlockUIContainer tags. When this FlowDocument is placed inside FlowDocumentScrollViewer tags in a window, it works perfectly, with the databound content of the UserControl displaying properly. However, when we try to create the same FlowDocument in code, it fails with a "'Cannot create unknown type '{clr-namespace

In WPF I would like to create custom Inline implementation. From documentation of Inline : "An abstract class that provides a base for all inline flow content elements." Classes like Figure , Run or Span inherit from Inline . My custom class inheriting from Inline would be something like '2 lined Run'. I have special needs for flow of document and this seems to be the only way. However I don't know where to start: Inline does not define any members! It is abstract class so it is meant to be inherited but there is no documentation on how to inherit from it. Not in MSDN and nowhere else where I

I have a FlowDocument that I want to convert to an XPS Document and attach it to an e-mail and send it all together. I'm using this code public static MemoryStream FlowDocumentToXPS(FlowDocument flowDocument, int width, int height) { MemoryStream stream = new MemoryStream(); using (Package package = Package.Open(stream, FileMode.Create, FileAccess.ReadWrite)) { using (XpsDocument xpsDoc = new XpsDocument(package, CompressionOption.Maximum)) { XpsSerializationManager rsm = new XpsSerializationManager(new XpsPackagingPolicy(xpsDoc), false); DocumentPaginator paginator = (

It is for the help section of the application. I am thinking to put flowdocumentReader to show the help document. But is it possible to show .rtf or any .doc to show in Flowdocument.Or is it neccesary to create a flow document in Xaml. Please help. Thanks, Something on these lines will do the job for you where documentPath is your rtf file path: FileStream fileStream = File.Open(documentPath, FileMode.Open, FileAccess.Read, FileShare.Read); FlowDocument flowDocument = new FlowDocument(); TextRange textRange = new TextRange(flowDocument.ContentStart, flowDocument.ContentEnd); textRange.Load

I have a FlowDocument containing stuff bound to my ViewModel like this: <FlowDocumentReader> <FlowDocument> <Paragraph> <Run Text="{Binding MyTextProperty}"/> </Paragraph> </FlowDocument> </FlowDocumentReader> Now I want to display a List of class using some kind of DataTemplate, but got no idea how to start. Say I got a class like: public MyClass { String Title {get;set;} String FlowText {get;set;} } public List<MyClass> MyList {get;set;} And I'd like to bind this to the FlowDocument List, like this: <FlowDocumentReader> <FlowDocument> <List Items="{Binding MyList}"> <Bold><Run Text="{Binding

What is the best way to detect if a WPF RichTextBox/FlowDocument is empty? The following works if only text is present in the document. Not if it contains UIElement's new TextRange(Document.ContentStart, Document.ContentEnd).IsEmpty You could compare the pointers, which is not all too reliable: var start = rtb.Document.ContentStart; var end = rtb.Document.ContentEnd; int difference = start.GetOffsetToPosition(end); This evaluates to 2 if the RTB is loaded, and 4 if content has been entered and removed again. If the RTB is completely cleared out e.g. via select all -> delete the value will be 0

I would like to get the word that a user has clicked on in a FlowDocument. I am currently adding an event handler to every Run in the document and iterating through the TextPointers in the Run that was clicked, calling GetCharacterRect() on each one and checking if the rectangle contains the point. However, when the click occurs near the end of a long Run this takes > 10 seconds. Is there any more efficient method? I'd say the easiest way is to use the Automation interfaces: using System.Windows.Automation.Peers; using System.Windows.Automation.Provider; FlowDocument flowDocument = ...; Point