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{ base.PerformLoad(serializationManager); Activity workflow = null; if (!String.IsNullOrEmpty(MarkupFileName)) { //load a workflow from markup workflow = DeserializeFromMarkup(MarkupFileName); } else if (NewWorkflowType != null) { //create a new workflow workflow = CreateNewWorkflow( NewWorkflowType, NewWorkflowName); } if (workflow != null) { IDesignerHost designer = (IDesignerHost)GetService(typeof(IDesignerHost)); //add the workfow definition to the designer AddWorkflowToDesigner(designer, workflow); //activate the designer designer.Activate(); } } The PerformLoad method is the top-level method that is responsible for loading a workflow definition. The code in this method is capable of either loading an existing workflow from markup or creating a new workflow based on the new workflow Type and name specified as properties. Once a workflow is loaded (either through deserialization or creation of a new workflow), it is passed to the private AddWorkflowToDesigner method that adds the individual workflow objects to the designer. /// <summary> /// Deserialize the markup file /// </summary> /// <param name="fileName"></param> /// <returns></returns> private Activity DeserializeFromMarkup(String fileName) { Activity workflow = null; //construct a serialization manager. DesignerSerializationManager dsm = new DesignerSerializationManager(); using (dsm.CreateSession()) { using (XmlReader xmlReader = XmlReader.Create(fileName)) { //deserialize the workflow from the XmlReader WorkflowMarkupSerializer markupSerializer = new WorkflowMarkupSerializer(); workflow = markupSerializer.Deserialize( dsm, xmlReader) as Activity;

For example, if you ve created a DocumentPaginator to enable custom printing (as described earlier in this chapter), you can also use it to write an XPS document Here s an example that opens an existing flow document and then writes it in the XpsDocumentWriter using the Write() method The newly created XPS document is then displayed in a DocumentViewer, which acts as a print preview Using FileStream fs = FileOpen("FlowDocument1xaml", FileModeOpen) Dim doc As flowDocument = CType(XamlReaderLoad(fs), FlowDocument) writerWrite(CType(doc, IDocumentPaginatorSource)DocumentPaginator) ' Display the new XPS document in a viewer docViewerDocument = xpsDocumentGetFixedDocumentSequence() xpsDocumentClose() End Using You can get a visual or paginator in a WPF application in an endless variety of ways Because the XpsDocumentWriter supports these classes, it allows you to write any WPF content to an XPS document..

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This code reads in the configuration information we specified in web.config. These entries in web.config provide definitions for the certificate subject, store name, and store location for the certificate for the relying party (this site). Both the certificate and the token passed in from Default.htm are passed to the ParseToken method. private void ParseToken(string xmlToken, X509Certificate2 cert) { int skew = 300; // default to 5 minutes string tokenskew = System.Configuration.ConfigurationManager.AppSettings["MaximumClockSkew"]; if (!string.IsNullOrEmpty(tokenskew)) skew = Int32.Parse(tokenskew); XmlReader tokenReader = new XmlTextReader(new StringReader(xmlToken)); EncryptedData enc = new EncryptedData(); enc.TokenSerializer = WSSecurityTokenSerializer.DefaultInstance; enc.ReadFrom(tokenReader); List<SecurityToken> tokens = new List<SecurityToken>(); SecurityToken encryptingToken = new X509SecurityToken(cert); tokens.Add(encryptingToken); SecurityTokenResolver tokenResolver = SecurityTokenResolver.CreateDefaultSecurityTokenResolver(tokens.AsReadOnly() , false); SymmetricSecurityKey encryptingCrypto; // an error here usually means that you have selected //the wrong key. encryptingCrypto = (SymmetricSecurityKey)tokenResolver.ResolveSecurityKey(enc.KeyIdentifier[0]); SymmetricAlgorithm algorithm = encryptingCrypto.GetSymmetricAlgorithm(enc.EncryptionMethod); byte[] decryptedData = enc.GetDecryptedBuffer(algorithm); SecurityTokenSerializer tokenSerializer = WSSecurityTokenSerializer.DefaultInstance; XmlReader reader = new XmlTextReader(new StreamReader(new MemoryStream(decryptedData), Encoding.UTF8));

As you ve learned in this chapter, the printing support in WPF is built on the XPS print path. If you use the PrintDialog class, you might not see any sign of this low-level reality. If you use the XpsDocumentWriter, it s impossible to miss. So far, you ve been funneling all your printing through the PrintDialog class. This isn t necessary in fact, the PrintDialog delegates the real work to the XpsDocumentWriter. The trick is to create an XpsDocumentWriter that wraps a PrintQueue rather than a FileStream. The actual code for writing the printed output is identical you simply rely on the Write() and WriteAsync() methods. Here s a snippet of code that shows the Print dialog box, gets the selected printer, and uses it to create an XpsDocumentWriter that submits the print job: Dim filePath As String = Path.Combine(appPath, "FlowDocument1.xaml") If printDialog.ShowDialog() = True Then Dim queue As PrintQueue = printDialog.PrintQueue Dim writer As XpsDocumentWriter = PrintQueue.CreateXpsDocumentWriter(queue) Using FileStream fs = File.Open(filePath, FileMode.Open) Dim doc As FlowDocument = CType(XamlReader.Load(fs), FlowDocument) writer.Write(CType(doc, IDocumentPaginatorSource).DocumentPaginator) End Using End If Interestingly, this example still uses the PrintDialog class. However, it simply uses it to display the standard Print dialog box and allow the user to choose a printer. The actual printing is performed through the XpsDocumentWriter.

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