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PS C:\> $a = 2,3,4 PS C:\> $a[0,2] 2 4 The preceding example is a bit problematic, because it requires us to know that the array has three items, so that we request the one at index 2. Many programming languages, PowerShell included, allow us to address items starting from the end by using negative indexes. Here is how to change the previous example, so that our code does not have to use a hard-coded number for the array length in order to get the last value: PS C:\> $a = 2,3,4 PS C:\> $a[0,-1] 2 4 We can create slices by passing ranges as our array indexes too! Here is how to get five items, starting from the third: PS C:\> $a = (1, 2, 3, 4, 5, 6, 7, 8) PS C:\> $a[2..6] 3 4 5 6 7 Note that the ranges are inclusive, so we have to pass 2..6 , instead of 2..7, to get the five items. Assigning arrays to items will flatten the arrays. This makes for a very convenient way to insert several items at a specific location: PS C:\> $a = 1, 2, 3 PS C:\> $a[1] = 10, 11, 12 PS C:\> $a 1 10 11 12 3 Note that the original value of the second item got destroyed. To preserve it, we need to put forth some extra effort. Prepending the inserted array with the original value does the trick: PS C:\> $a = 1, 2, 3 PS C:\> $a[1] = $a[1], 10, 11, 12 PS C:\> $a 1 2 10 11

The WorkflowMarkupSerializer class can also be used when you need to deserialize a workflow markup file into an object. The Deserialize method of this class accepts an XmlReader object and returns an object that represents the workflow model. You might need to deserialize a markup file if you want to modify the workflow model in code. Deserializing a markup file is a straightforward task, but you do need to pay special attention to the process if the markup file contains references to custom types. The deserialization process must be able to resolve all Type references, otherwise it fails. If a markup file references a custom Type, you must provide the WorkflowMarkupSerializer with a reference to the assembly containing the Type. This is accomplished with a DesignerSerializationManager object that contains a TypeProvider. You add the assembly reference via methods of the TypeProvider. These steps are illustrated in the following example. In this example, you will use the serialization methods of the WorkflowMarkupSerializer class to modify an existing markup file. First, you will call the Deserialize method of this class to create an object representing the workflow model from a markup file. After making a minor change to the model, you will then use the Serialize method to create a revised markup file. This example modifies only the workflow model; it doesn t execute the workflow. To implement this example, add a new Sequential Workflow Console project to the solution and name it ConsoleDeserializeWorkflow. Add a project reference to the SharedWorkflows project. Delete the Workflow1 that was automatically generated since it won t be needed. Add a new C# class named DeserializeWorkflowTest to the project and add the code shown in Listing 18-16. Listing 18-16. Complete DeserializeWorkflowTest.cs File using using using using using System; System.IO; System.Xml; System.ComponentModel.Design; System.ComponentModel.Design.Serialization;

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using System.Workflow.ComponentModel; using System.Workflow.ComponentModel.Compiler; using System.Workflow.ComponentModel.Serialization; using SharedWorkflows; namespace ConsoleDeserializeWorkflow { /// <summary> /// Workflow serialization and deserialization /// </summary> public class DeserializeWorkflowTest { public static void Run() { //deserialize the workflow from a markup file Activity workflow = DeserializeFromMarkup("SerializedCodedWorkflow.xoml"); if (workflow != null) { //modify the workflow definition in code ModifyWorkflow(workflow); //serialize the new workflow to a markup file SerializeToMarkup(workflow, "SerializedCodedWorkflowRevised.xoml"); } else { Console.WriteLine("Unable to deserialize workflow"); } } The static Run method contains the top-level code for this example. The workflow is first deserialized from markup by calling the DeserializeFromMarkup method. If the deserialization is successful, the ModifyWorkflow method is called to apply a minor update to the workflow model. Finally, the SerializeToMarkup method is called to write the revised version of the workflow model to a new markup file. For this example, the markup file created and used by the previous examples (SerializedCodedWorkflow.xoml) is the input markup file. /// <summary> /// Deserialize a workflow from markup (xaml) /// </summary> /// <param name="fileName"></param> /// <returns></returns> private static Activity DeserializeFromMarkup(String fileName) { Activity workflow = null;

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