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invoked, just as a regular delegate would be. Compiling and running the code in Listing 10-17 products the following results: Result: 200 Press enter to finish We didn t have to define a custom delegate in this example. The System.Action type handled everything for us. There are 17 different Action implementations available. Starting with the one used in Listing 10-17, each adds a new generic parameter. This is not as confusing as it may sound; you just create the generic implementation that matches the number of parameters the target method required. Listing 10-18 contains an example that uses two parameters. Listing 10-18. Using a Generic Action Delegate using System; class Calculator { public void CalculateProduct(int x, int y) { // perform the calculation int result = x * y; // print out a message with the result Console.WriteLine("Result: {0}", result); } } class Listing 18 { static void Main(string[] args) { // create a new instance of Calculator Calculator calc = new Calculator(); // create an action and assign a method Action<int, int> act = calc.CalculateProduct; // invoke the method via the Action act(10, 20); // wait for input before exiting Console.WriteLine("Press enter to finish"); Console.ReadLine(); } } In this example, the method I want to delegate has two int parameters, so I used the Action<int, int> delegate (the parameter types for an Action need not all be the same). If I had wanted to delegate a

Since the BindingSourceNode class uses a recursive design, the helper methods can be called from within any level of the tree, but more often than not, you will be addressing the top-level node In fact, to avoid any potential n-level undo parent-to-child mismatches, this is the recommended practice..

Note It is considered an extremely bad practice to perform update cascades to modify a primary key. It violates

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public static DependencyProperty BodyProperty = DependencyProperty.Register("Body", typeof(string), typeof(SendEmailActivity)); public static DependencyProperty SubjectProperty = DependencyProperty.Register("Subject", typeof(string), typeof(SendEmailActivity)); public static DependencyProperty SmtpHostProperty = DependencyProperty.Register("SmtpHost", typeof(string), typeof(SendEmailActivity), new PropertyMetadata("localhost")); Notice the FromProperty, ToProperty, and SmtpHostProperty all have a New PropertyMetadata parameter. The reason for this is these properties are required. The PropertyMetadata provides both an example to the user of what is valid data and also provides a default. Without this parameter, when you compile the code later, the required properties would generate an error stating no value was provided. Next, you must define the property s Get and Set statements, and you can add attributes as well. One attribute is ValidationOption. This attribute defines if the property should be validated at compile time. You can use the DescriptionAttribute to provide a description when the user puts the mouse over the property s name within the property window. The structure for a property is as follows: [DesignerSerializationVisibilityAttribute(DesignerSerializationVisibility.Visible)] [ValidationOption(ValidationOption.Required)] [BrowsableAttribute(true)] [DescriptionAttribute("The To property is used to specify the receipient's email address.")] public string To { get { return ((string)(base.GetValue(SendEmailActivity.ToProperty))); } set { base.SetValue(SendEmailActivity.ToProperty, value); } } Use this structure to define the remaining properties as follows: [DesignerSerializationVisibilityAttribute(DesignerSerializationVisibility.Visible)] [ValidationOption(ValidationOption.Required)] [BrowsableAttribute(true)] [DescriptionAttribute("The To property is used to specify the receipient's email address.")]

The Border is a very simple layout element that allows you to draw a Stroke around another element and then give it a Background or an actual border. The Border layout element can only have one child element, and that content can be either left, right, top, bottom, or center aligned. These properties can be set manually in the XAML, or in Blend in the Layout section of the Properties panel. Try making a Border element now:

In the previous sections, we saw how a very basic LINQ query is a constructor, how types are inferred (or specified if you prefer), and the role of the data source and the results. The query we looked at was pretty useless. It simply copied each element from the data source to the results. In this section, we will see how to perform some more useful queries and start to see the power and flexibility of LINQ.

The interface definition classes are decorated with XML serialization attributes that bind the classes to specific namespaces, attributes, and elements in the XSD schema file. Consider, for example, the following:

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