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Of course, sometimes you need to control the order. This time, so that I have more than one returned element so the order matters, I will change the Where operator lambda expression so that both elements will be returned. To make it interesting, I will query on the type attribute, and I will try this one in query expression syntax, as shown in Listing 9-3. Listing 9-3. Obtaining Restricted Elements Without Reaching While Ordering and Using Query Expression Syntax XDocument xDocument = new XDocument( new XElement("BookParticipants", new XElement("BookParticipant", 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")))); IEnumerable<XElement> elements = from e in xDocument.Descendants("BookParticipant") where ((string)e.Attribute("type")) != "Illustrator" orderby ((string)e.Element("LastName")) select e; foreach (XElement element in elements) { Console.WriteLine("Element: {0} : value = {1}", element.Name, element.Value); } In this example, I still query for the document s BookParticipant elements but only retrieve the ones whose type attribute is not Illustrator. In this case, that is all of the BookParticipant elements.

Console.WriteLine(xBookParticipant); In the previous example, we instantiate an XElement object by passing the element s name as a string, so an XName object is created for us with a LocalName of BookParticipant and is assigned to the XElement object s Name property. In this case, no namespace is provided, so the XName object has no namespace. Pressing Ctrl+F5 reveals the following results: <BookParticipant /> We could have specified a namespace with the code in Listing 7-28.

XNamespace ns = "http://www.linqdev.com/Books"; XElement xBookParticipant = new XElement(ns + "BookParticipant"); Console.WriteLine(xBookParticipant); This code will output this XML: <BookParticipant xmlns="http://www.linqdev.com/Books" /> For more information about creating names using the LINQ to XML API, see the section titled Names, Namespaces, and Prefixes earlier in this chapter.

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I then order them by each element s LastName element. Again, notice that I cast both the type attribute and the LastName element to get their values. Here are the results: Element: BookParticipant : value = EwanBuckingham Element: BookParticipant : value = JoeRattz

page description language for JSF pages. You can enable this JSP support by providing custom actions so that a JSF user interface can be easily defined in a JSP page by adding tags that correspond to JSF UI components. For JSP version 2.0 and onward, the file extension .jsf is reserved and may optionally be used (typically by tools) to represent JSP pages containing JSF content. When running in a JSP 1.2 environment, JSP authors must give their JSP pages that contain JSF content a filename ending in .jsp, according to the JSF 1.2 specification.

In the LINQ to XML API, namespaces are implemented with the XNamespace class. For an example of creating and using a namespace, see the previous example, Listing 7-28. It demonstrates creating a namespace with the XNamespace class. For more information about creating namespaces using the LINQ to XML API, see the section titled Names, Namespaces, and Prefixes earlier in this chapter.

So far, all the example queries have been very trivial, so before I leave the topic of queries, I want to provide one complex query. For this example, I will use sample data suggested by the W3C specifically for XML query use case testing. The example in Listing 9-4 contains data from three different XML documents. In my example code, I create each document by parsing a text representation of each of the W3C s suggested XML documents. Since this is a complex example, I will explain as I go. The first step is to create the documents from the XML. Listing 9-4. A Complex Query Featuring a Three-Document Join with Query Expression Syntax XDocument users = XDocument.Parse( @"<users> <user_tuple> <userid>U01</userid> <name>Tom Jones</name> <rating>B</rating> </user_tuple> <user_tuple> <userid>U02</userid> <name>Mary Doe</name> <rating>A</rating> </user_tuple> <user_tuple> <userid>U03</userid> <name>Dee Linquent</name> <rating>D</rating> </user_tuple> <user_tuple> <userid>U04</userid> <name>Roger Smith</name> <rating>C</rating> </user_tuple> <user_tuple> <userid>U05</userid> <name>Jack Sprat</name> <rating>B</rating> </user_tuple> <user_tuple> <userid>U06</userid> <name>Rip Van Winkle</name> <rating>B</rating> </user_tuple> </users>");

Because XNode is an abstract class, you cannot instantiate it. Instead, you must instantiate one of its subclasses: XComment, XContainer, XDocumentType, XProcessingInstruction, or XText. Conceptually, an XNode is any class that functions as a node in the XML tree.

XDocument items = XDocument.Parse( @"<items> <item_tuple> <itemno>1001</itemno> <description>Red Bicycle</description> <offered_by>U01</offered_by> <start_date>1999-01-05</start_date> <end_date>1999-01-20</end_date> <reserve_price>40</reserve_price> </item_tuple> <item_tuple> <itemno>1002</itemno> <description>Motorcycle</description> <offered_by>U02</offered_by> <start_date>1999-02-11</start_date> <end_date>1999-03-15</end_date> <reserve_price>500</reserve_price> </item_tuple> <item_tuple> <itemno>1003</itemno> <description>Old Bicycle</description> <offered_by>U02</offered_by> <start_date>1999-01-10</start_date> <end_date>1999-02-20</end_date> <reserve_price>25</reserve_price> </item_tuple> <item_tuple> <itemno>1004</itemno> <description>Tricycle</description> <offered_by>U01</offered_by> <start_date>1999-02-25</start_date> <end_date>1999-03-08</end_date> <reserve_price>15</reserve_price> </item_tuple> <item_tuple> <itemno>1005</itemno> <description>Tennis Racket</description> <offered_by>U03</offered_by> <start_date>1999-03-19</start_date> <end_date>1999-04-30</end_date> <reserve_price>20</reserve_price> </item_tuple> <item_tuple> <itemno>1006</itemno> <description>Helicopter</description> <offered_by>U03</offered_by> <start_date>1999-05-05</start_date> <end_date>1999-05-25</end_date> <reserve_price>50000</reserve_price> </item_tuple>

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