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We will explain XML transformations via an example. In many of the examples in the LINQ to XML chapters, we have worked with the following XML tree: <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> </BookParticipant> <BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants> Let s pretend that we need to transform this XML tree to this: <MediaParticipants type="book"> <Participant Role="Author" Name="Joe Rattz" />

<BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> <!--End Of List--> As you can see, the last comment is included in the output because it is a node. Don t let that output fool you. The NodesAfterSelf method only returns two nodes: the BookParticipant element whose type attribute is Editor and the End Of List comment. Those other nodes, FirstName and LastName are merely displayed because the ToString method is being called on the BookParticipant node. Keep in mind that this method returns nodes, not just elements. If you want to limit the type of nodes returned, you could use the TypeOf operator as I have demonstrated in previous examples. But if the type you are interested in is elements, there is a method just for that called ElementsAfterSelf.

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<Participant Role="Editor" Name="Ewan Buckingham" / > </MediaParticipants> To accomplish this transformation, we will use functional construction with an embedded query. With this approach, you basically functionally construct a new document matching the desired output XML tree structure while obtaining the needed data from the original source XML document by performing a LINQ to XML query. It is the desired output XML tree structure that drives your functional construction and query logic. Because this task is slightly more complex than some of the previous LINQ to XML examples, we will explain this one as we go. Listing 9-6 shows the code.

Forward with XNode.ElementsAfterSelf()

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")))); Console.WriteLine("Here is the original XML document:"); Console.WriteLine("{0}{1}{1}", xDocument, System.Environment.NewLine); The previous code simply creates the original source XML document that we are going to transform and displays it. Next, we need to build the new document and root element: XDocument xTransDocument = new XDocument( new XElement("MediaParticipants", Remember, our desired output XML tree structure is driving our functional construction. At this point, we have the document and root element, MediaParticipants. Next, we need to add the type attribute to the root element: new XAttribute("type", "book"), The type attribute and its value do not exist in the source XML document. This would be hardcoded, or possibly configured, in our program logic, which is safe because we already know this code is for a book; otherwise, this code would not be getting called. Now, we have the MediaParticipants type attribute handled. Next up, we need to generate a Participant element for each BookParticipant element in the original XML. To do this, we will query the original XML document for its BookParticipant elements: xDocument.Element("BookParticipants") .Elements("BookParticipant")

For your JSF Ajax ProInputDate implementation, you need to make sure you register your custom Renderer with the Ajax RenderKit created in 6, as shown in Code Sample 7-21. Code Sample 7-21. Registering the HtmlAjaxInputDateRenderer <faces-config xmlns="http://java.sun.com/JSF/Configuration" > ... <render-kit> <render-kit-id>com.apress.projsf.ajax[HTML_BASIC]</render-kit-id> <render-kit-class> com.apress.projsf.ch6.render.html.ajax.HtmlAjaxRenderKit </render-kit-class> ... <renderer> <component-family>javax.faces.Input</component-family> <renderer-type>com.apress.projsf.Date</renderer-type> <renderer-class> com.apress.projsf.ch7.render.html.ajax.HtmlAjaxInputDateRenderer </renderer-class> </renderer> </render-kit> </faces-config> The new HtmlAjaxInputDateRenderer is still part of the same component family and has the same renderer type as the HtmlInputDateRenderer created in 2.

Earlier, we mentioned that functional construction is going to be very useful for LINQ queries that produce XML. As an example, we will create the standard BookParticipants XML tree that we have been using, but instead of hard-coding the element values with string literals, we will retrieve the data from a LINQ-queryable data source. In this case, the data source will be an array. First, we need a class that the data can be stored in. Also, since we have types of BookParticipants, we will create an enum for the different types, as follows:

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