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consists of a namespace (XNamespace), object, and its local name, which is the name you provided So, for example, you can create the BookParticipants element like this: XElement xBookParticipants = new XElement("BookParticipants"); When you create the element, an XName object gets created with an empty namespace and a local name of BookParticipants If you debug that line of code and examine the xBookParticipants variable in the watch window, you will see that its Name member is set to {BookParticipants} If you expand the Name member, it contains a member named LocalName that will be set to BookParticipants, and a member named Namespace that is empty, {} In this case, there is no namespace To specify a namespace, you need merely create an XNamespace object and prepend it to the local name you specify like this: XNamespace nameSpace = "http://wwwlinqdev.

The output is changed to this: <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> </BookParticipant> <BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants> Don t let that fool you either. This is not the entire document. Notice it is missing the document type and processing instruction.

com"; XElement xBookParticipants = new XElement(nameSpace + "BookParticipants"); Now when you examine the xBookParticipants element in the debugger watch window, the Name is set to http://wwwlinqdevcom/BookParticipants Expanding the Name member reveals that the LocalName member is still BookParticipants, but now the Namespace member is set to http://wwwlinqdevcom It is not necessary to actually use an XNamespace object to specify the namespace We could have specified it as a hard-coded string literal like this: XElement xBookParticipants = new XElement("{http://wwwlinqdevcom}" + "BookParticipants"); Notice that we enclose the namespace in braces This clues the XElement constructor into the fact that this portion is the namespace.

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Figure 1-1. Common J2EE architecture for a typical multitier software solution, serving a retail company

To demonstrate the traversal methods, since they return sequences of multiple nodes, I must now change that single Console.WriteLine method call to a foreach loop to output the potential multiple nodes. This will result in the former call to the Console.WriteLine method looking basically like this: foreach(XNode node in firstParticipant.Nodes()) { Console.WriteLine(node); } From example to example, the only thing changing will be the method called on the firstParticipant node in the foreach statement.

If you examine the BookParticipants s Name member in the watch window again, you will see that the Name member and its embedded LocalName and Namespace members are all set identically to the same values as the previous example where we used an XNamespace object to create the element Keep in mind that when setting the namespace, merely specifying the URI to your company or organization domain may not be enough to guarantee its uniqueness It only guarantees you won t have any collisions with any other organization that also plays by the namespace naming convention rules However, once inside your organization, any other department could have a collision if you provide nothing more than the organization URI This is where your knowledge of your organization s divisions, departments, and so on, can be quite useful.

It would be best if your namespace could extend all the way to some level you have control over For example, if you work at LINQDevcom and you are creating a schema for the human resources department that will contain information for the pension plan, your namespace might be the following: XNamespace nameSpace = "http://wwwlinqdevcom/humanresources/pension"; So for a final example showing how namespaces are used, we will modify the code from Listing 7-2 to use a namespace, as shown in Listing 7-5..

Down with XContainer.Nodes()

XNamespace nameSpace = "http://www.linqdev.com"; XElement xBookParticipants = new XElement(nameSpace + "BookParticipants", new XElement(nameSpace + "BookParticipant", new XAttribute("type", "Author"), new XElement(nameSpace + "FirstName", "Joe"), new XElement(nameSpace + "LastName", "Rattz")), new XElement(nameSpace + "BookParticipant", new XAttribute("type", "Editor"), new XElement(nameSpace + "FirstName", "Ewan"), new XElement(nameSpace + "LastName", "Buckingham"))); Console.WriteLine(xBookParticipants.ToString()); Pressing Ctrl+F5 reveals the following results: <BookParticipants xmlns="http://www.linqdev.com"> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> </BookParticipant> <BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants> Now any code could read that and know that the schema should match the schema provided by LINQDev.com. To have control over the namespace prefixes going out, use the XAttribute object to create a prefix as in Listing 7-6.

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