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The TLD must declare a tag library version, the JSP version that the library depends on, a short name that will be used as the default namespace prefix for any custom actions defined in this tag library (for example, pro), and finally a unique URI (http://projsf.apress.com/tags) that will be used by application developers as the taglib directive. For each custom action in the TLD, you need a <tag> element. Code Sample 2-42 shows how the name of the custom action element is defined in the nested name element (for example, <name>inputDate</name>), and the tag handler class is defined in the <tag-class> element. The <body-content> element describes how this tag should be processed. Code Sample 2-42. Custom Action <tag> <name>inputDate</name> <tag-class>com.apress.projsf.ch2.taglib.pro.ProInputDateTag</tag-class> <body-content>JSP</body-content> <description> ProJSF Input Date component tag. </description>

.Select(e => new object[] { new XComment(" BookParticipant "), new XElement("FirstName", (string)e.Element("FirstName")), new XElement("LastName", (string)e.Element("LastName")), e.Elements("Nickname")}))); Console.WriteLine("Here is the transformed XML document:"); Console.WriteLine(xTransDocument); At this point, I have projected an array containing a comment, a FirstName element, a LastName element, and however many Nickname elements there are in the source XML. Finally, I display the transformed XML document. This example is actually quite complex. Notice that my array of objects includes an XComment object, two XElement objects, and an IEnumerable<XElement>. By projecting a newly instantiated array as the return value of the Select operator, a sequence of object[], IEnumerable<object[]>, is being returned as the content of the newly constructed BookParticipants element. In this case, each object in that sequence is an array of objects, where the array contains the comment, FirstName and LastName elements, and the sequence of Nickname elements. Because, as I just mentioned, an array of objects does not inject a level into the XML tree, the array adds its elements directly into the BookParticipants element. This may be confusing; so let s take a look at the results: Here is the original XML document: <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> <Nickname>Joey</Nickname> <Nickname>Null Pointer</Nickname> </BookParticipant> <BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants>

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XML traversal is primarily accomplished with 4 properties and 11 methods. In this section, we try to mostly use the same code example for each property or method, except we change a single argument on one line when possible. The example in Listing 7-41 builds a full XML document.

// we will use this to store a reference to one of the elements in the XML tree. XElement firstParticipant; XDocument xDocument = new XDocument(

Here is the transformed XML document: <BookParticipants> <!-- BookParticipant --> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> <Nickname>Joey</Nickname> <Nickname>Null Pointer</Nickname> <!-- BookParticipant --> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipants> The transformed XML matches the specification exactly. Bravo! The real nifty part of this example is how I project an array of objects, a non-XML class, to create peer XML elements without inflicting a level of XML to the tree.

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 we are saving off a reference to the first // BookParticipant element. new XElement("BookParticipants", firstParticipant = 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")))); Console.WriteLine(xDocument); First, notice that we are saving a reference to the first BookParticipant element we construct. We do this so that we can have a base element from which to do all the traversal. Although we will not be using the firstParticipant variable in this example, we will in the subsequent traversal examples. The next thing to notice is the argument for the Console.WriteLine method. In this case, we output the document itself. As we progress through these traversal examples, we change that argument to demonstrate how to traverse the XML tree. So, here is the output showing the document from the previous example: <!DOCTYPE BookParticipants SYSTEM "BookParticipants.dtd"> < BookCataloger out-of-print > <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> </BookParticipant> <BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants>

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