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In this scenario, the application developer is forced to provide not one application but three. This architecture contains one application for the Web interface, one for the mobile device, and finally one for the Telnet device (such as a VT terminal or handheld character-based device). All three applications use their own technology stack, which for the administrator or application developer will be a maintenance nightmare, and may cause issues with security and scalability. For the application developer, it all boils down to one question: How many technologies do I have to learn in order to successfully build a complete solution for my project

No, I am not expressing my disdain for nodes. Nor am I stating I am all in favor of nodes, as in being down for rock climbing, meaning being excited about the prospect of going rock climbing. I am merely describing the direction of traversal I am about to discuss. Traversing down an XML tree is easily accomplished with a call to the Nodes method. It will return a sequence of an object s child XNode objects. In case you snoozed through some of the earlier chapters, a sequence is an IEnumerable<T>, meaning an IEnumerable of some type T. Listing 7-46 is the example. Listing 7-46. Traversing Down from an XElement Object via the Nodes Method XElement firstParticipant; // A full document with all the bells and whistles. XDocument xDocument = new XDocument( new XDeclaration("1.0", "UTF-8", "yes"), new XDocumentType("BookParticipants", null, "BookParticipants.dtd", null), new XProcessingInstruction("BookCataloger", "out-of-print"), // Notice on the next line that I am saving off a reference to the first // BookParticipant element. new XElement("BookParticipants", firstParticipant = new XElement("BookParticipant", new XAttribute("type", "Author"),

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XNamespace nameSpace = "http://www.linqdev.com"; XElement xBookParticipants = new XElement(nameSpace + "BookParticipants", new XAttribute(XNamespace.Xmlns + "linqdev", nameSpace), new XElement(nameSpace + "BookParticipant")); Console.WriteLine(xBookParticipants.ToString());

In the previous code, we specify linqdev as the namespace prefix, and we use the XAttribute object to get the prefix specification into the schema. Here is the output from this code: <linqdev:BookParticipants xmlns:linqdev="http://www.linqdev.com"> <linqdev:BookParticipant /> </linqdev:BookParticipants>

new XElement("FirstName", "Joe"), new XElement("LastName", "Rattz")), new XElement("BookParticipant", new XAttribute("type", "Editor"), new XElement("FirstName", "Ewan"), new XElement("LastName", "Buckingham")))); foreach (XNode node in firstParticipant.Nodes()) { Console.WriteLine(node); } Here is the output: <FirstName>Joe</FirstName> <LastName>Rattz</LastName> Don t forget, that method is returning all child nodes, not just elements. So any other nodes in the first participant s list of child nodes will be included. This could include comments (XComment), text (XText), processing instructions (XProcessingInstruction), document type (XDocumentType), or elements (XElement). Also notice that it does not include the attribute because an attribute is not a node. To provide a better example of the Nodes method, let s look at the code in Listing 7-47. It is similar to the base example with some extra nodes thrown in. Listing 7-47. Traversing Down from an XElement Object via the Nodes Method with Additional Node Types XElement firstParticipant; // A full document with all the bells and whistles. XDocument xDocument = new XDocument( new XDeclaration("1.0", "UTF-8", "yes"), new XDocumentType("BookParticipants", null, "BookParticipants.dtd", null), new XProcessingInstruction("BookCataloger", "out-of-print"), // Notice on the next line that I am 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 (XNode node in firstParticipant.Nodes()) { Console.WriteLine(node); }

Compared to ten years ago, customers today have much higher demands and more specific requirements for new Web application projects. They require richer and more user-friendly Web applications with built-in security, accessibility, internationalization, portability, and so on. Multitier applications must successfully deliver all these features, despite the increased complexity of additional failure scenarios and increased scalability and security requirements. The growing complexity of building applications creates a need for simplicity. So far, in the J2EE realm, there has not been a clear choice of technology for Web applications. The traditional application programming interfaces (APIs), such as JSP and servlets, do not really provide enough abstraction from the underlying grunt work of implementing a multitier application. To fulfill these requirements and to provide some level of simplicity, the industry has evolved in a direction whereby open source communities and software companies are providing application developers with frameworks to protect them from the complexity introduced by multitier applications.

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