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Processing instructions have never been easier to create than with the LINQ to XML API. With the LINQ to XML API, processing instructions are implemented with the XProcessingInstruction class.

An application developer will use a custom action (a.k.a. tag) in a JSP page description to indicate which JSF UIComponent is needed for the application. The custom action has a corresponding tag handler class, which is responsible for creating the UIComponent and transferring each declarative JSP tag attribute to the UIComponent instance. The syntax of the custom action has both behavioral attributes and renderer-specific attributes. Therefore, each such custom action is tied to a particular component family and renderer type combination. For example, the standard HTML RenderKit provided by the JSF implementation supports three Renderer types for the UIInput component (Text, TextArea, and Secret), which require three separate custom actions (inputText, inputTextArea, and inputSecret). You are extending the UIInput component and adding a new Renderer type com.apress.projsf.Date and you must therefore also provide a new JSP custom action, inputDate. Figure 2-11 shows a class diagram over the tag handler and its support class that you will create.

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You can create processing instructions at the document or element level. Listing 7-29 shows an example of doing both on the fly using functional construction.

<item_tuple> <itemno>1007</itemno> <description>Racing Bicycle</description> <offered_by>U04</offered_by> <start_date>1999-01-20</start_date> <end_date>1999-02-20</end_date> <reserve_price>200</reserve_price> </item_tuple> <item_tuple> <itemno>1008</itemno> <description>Broken Bicycle</description> <offered_by>U01</offered_by> <start_date>1999-02-05</start_date> <end_date>1999-03-06</end_date> <reserve_price>25</reserve_price> </item_tuple> </items>"); XDocument bids = XDocument.Parse( @"<bids> <bid_tuple> <userid>U02</userid> <itemno>1001</itemno> <bid>35</bid> <bid_date>1999-01-07</bid_date> </bid_tuple> <bid_tuple> <userid>U04</userid> <itemno>1001</itemno> <bid>40</bid> <bid_date>1999-01-08</bid_date> </bid_tuple> <bid_tuple> <userid>U02</userid> <itemno>1001</itemno> <bid>45</bid> <bid_date>1999-01-11</bid_date> </bid_tuple> <bid_tuple> <userid>U04</userid> <itemno>1001</itemno> <bid>50</bid> <bid_date>1999-01-13</bid_date> </bid_tuple> <bid_tuple> <userid>U02</userid> <itemno>1001</itemno> <bid>55</bid> <bid_date>1999-01-15</bid_date> </bid_tuple>

XDocument xDocument = new XDocument( new XProcessingInstruction("BookCataloger", "out-of-print"), new XElement("BookParticipants", new XElement("BookParticipant", new XProcessingInstruction("ParticipantDeleter", "delete"), new XElement("FirstName", "Joe"), new XElement("LastName", "Rattz")))); Console.WriteLine(xDocument); In the previous code, we added a processing instruction to both the document and the BookParticipant element. Before displaying the results, we want to take a second to point out just how well this functional construction flows. It is a very simple matter to create this XML tree with two processing instructions. Comparing this to our very first sample program in the previous chapter, Listing 6-1, again proves how much the new LINQ to XML API is going to simplify your code. And, lastly, here are the results: < BookCataloger out-of-print > <BookParticipants> <BookParticipant> < ParticipantDeleter delete > <FirstName>Joe</FirstName> <LastName>Rattz</LastName> </BookParticipant> </BookParticipants> By now we would presume you can already imagine the code for adding a processing instruction after construction, since it would be just like adding any of the other nodes we have already covered. So instead of boring you with the mundane, Listing 7-30 shows a significantly more complex example of creating and adding a processing instruction after the fact.

<bid_tuple> <userid>U01</userid> <itemno>1002</itemno> <bid>400</bid> <bid_date>1999-02-14</bid_date> </bid_tuple> <bid_tuple> <userid>U02</userid> <itemno>1002</itemno> <bid>600</bid> <bid_date>1999-02-16</bid_date> </bid_tuple> <bid_tuple> <userid>U03</userid> <itemno>1002</itemno> <bid>800</bid> <bid_date>1999-02-17</bid_date> </bid_tuple> <bid_tuple> <userid>U04</userid> <itemno>1002</itemno> <bid>1000</bid> <bid_date>1999-02-25</bid_date> </bid_tuple> <bid_tuple> <userid>U02</userid> <itemno>1002</itemno> <bid>1200</bid> <bid_date>1999-03-02</bid_date> </bid_tuple> <bid_tuple> <userid>U04</userid> <itemno>1003</itemno> <bid>15</bid> <bid_date>1999-01-22</bid_date> </bid_tuple> <bid_tuple> <userid>U05</userid> <itemno>1003</itemno> <bid>20</bid> <bid_date>1999-02-03</bid_date> </bid_tuple> <bid_tuple> <userid>U01</userid> <itemno>1004</itemno> <bid>40</bid> <bid_date>1999-03-05</bid_date> </bid_tuple> <bid_tuple> <userid>U03</userid> <itemno>1007</itemno> <bid>175</bid> <bid_date>1999-01-25</bid_date> </bid_tuple>

Before you start with the actual tag handler for your custom action, you ll learn about your abstract UIComponentTagSupport tag handler class. If you planned to just create one component, you would not need the support tag handler class shown in Code Sample 2-31, but since you are planning on adding more components to your JSF component library, it makes sense to separate what functionality is common among all components into a support tag handler superclass.

Listin g 7-30. A More Complex Example of Adding Processing Instructions After the Document and Element Have Been Constructed

XDocument xDocument = new XDocument(new XElement("BookParticipants", new XElement("BookParticipant", new XElement("FirstName", "Joe"), new XElement("LastName", "Rattz"))));

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