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Be forewarned: it is nearly impossible to discuss the var keyword and implicit type inference without demonstrating object initialization or anonymous types. Likewise, it is nearly impossible to discuss object initialization or anonymous types without discussing the var keyword. All three of these C# language enhancements are very tightly coupled. Before describing each of these three new language features in detail because each will describe itself in terms of the other allow me to introduce all three simultaneously. Let s examine the following statement: var1 mySpouse = new {2 FirstName = "Vickey"3, LastName = "Rattz"3 }; In this example, I declare a variable named mySpouse using the var keyword. It is assigned the value of an anonymous type that is initialized using the new object initialization features. That one line of code is taking advantage of the var keyword, anonymous types, and object initialization. 1You can detect the line of code is using the var keyword because it is explicitly stated. 2 You are able to detect there is an anonymous type because I use the new operator without specifying a named class. 3And you can see the anonymous object is being explicitly initialized using the new object initialization feature. In a nutshell, the var keyword allows the data type of an object to be inferred based on the data type with which it has been initialized. Anonymous types allow new class data types to be created on the fly. True to the word anonymous, these new data types have no name. You can t very well create an anonymous data type if you don t know what member variables it contains, and you can t know what members it contains unless you know what types those members are. Lastly, you won t know

XElement firstParticipant; // A full document with all the bells and whistles. XDocument xDocument = new XDocument( new XDeclaration("1.0", "UTF-8", "yes"),

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As you remember from the first chapter, the only reason for creating new behavioral superclasses is if the behavior and the definition have not been introduced before. According to the requirements in the previous section, the deck component should be able to selectively show nested components or groups of components, based on the user selection, and only one group will be shown at any time. To achieve this, you have to create a new Renderer to handle the selective display and a new event type to handle the user selection with an accompanying listener interface for that particular event type. Since the behavior of showing and hiding children has not been introduced yet, we will cover two new behavioral superclasses to handle the show-one-item behavior (see Table 2-1 in 2). After completing this chapter, you should understand the JSF event model and know how to create new behavioral superclasses and your own event type with a corresponding listener interface. Figure 3-2 shows the 11 classes you will create in this chapter.

new XDocumentType("BookParticipants", null, "BookParticipants.dtd", null), new XProcessingInstruction("BookCataloger", "out-of-print"), // Notice on the next line that we are saving off a reference to the first // BookParticipant element. new XElement("BookParticipants", firstParticipant = new XElement("BookParticipant", new XComment("This is a new author."), new XProcessingInstruction("AuthorHandler", "new"), new XAttribute("type", "Author"), new XElement("FirstName", "Joe"), new XElement("LastName", "Rattz")), new XElement("BookParticipant", new XAttribute("type", "Editor"), new XElement("FirstName", "Ewan"), new XElement("LastName", "Buckingham")))); foreach (XAttribute attr in firstParticipant.Attributes()) { Console.WriteLine(attr); } Notice we had to change more than just the property or method of the first BookParticipant element that we were accessing. We also had to change the enumeration variable type to XAttribute, because XAttribute doesn t inherit from XNode. Here are the results: type="Author"

what data type those new members are unless they are initialized. The object initialization feature handles all that. From that line of code, the compiler will create a new anonymous class type containing two public string members; the first being named FirstName and the second named LastName.

Down with XContainer.Elements()

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