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XDocument newDocument = XDocument.Load("bookparticipants.xsd"); Console.WriteLine("Here is the schema:"); Console.WriteLine("{0}{1}{1}", newDocument, System.Environment.NewLine); In the previous code I first create my typical XML document that I have been using in many of the examples and display it for your inspection. Then, I save the XML document to disk. Next, I instantiate an XmlSchemaInference object and create an XmlSchemaSet by calling the InferSchema method on the XmlSchemaInference object. I create a writer and enumerate through the set of schemas, writing each to the bookparticipants.xsd file. Last, I load in the generated XSD schema file and display it. Here are the results: Here is the source XML document: <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> </BookParticipant> <BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants>

No, we are not expressing our disdain for nodes. Nor are we stating we are all in favor of nodes, as in being down for rock climbing meaning being excited about the prospect of going rock climbing. We are merely describing the direction of traversal we are 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.

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Here is the schema: <xs:schema attributeFormDefault="unqualified" elementFormDefault="qualified" xmlns:xs="http://www.w3.org/2001/XMLSchema"> <xs:element name="BookParticipants"> <xs:complexType> <xs:sequence> <xs:element maxOccurs="unbounded" name="BookParticipant"> <xs:complexType> <xs:sequence> <xs:element name="FirstName" type="xs:string" /> <xs:element name="LastName" type="xs:string" /> </xs:sequence> <xs:attribute name="type" type="xs:string" use="required" /> </xs:complexType> </xs:element> </xs:sequence> </xs:complexType> </xs:element> </xs:schema> Obtaining the schema this way is not too painful. I will use this generated XSD schema file named bookparticipants.xsd in the validation examples. Also, you should notice that I use the XmlSchemaSet class in that example, which is used in the validation examples as well.

Now, we have a returned sequence of the BookParticipant elements. Next, we need to generate a Participant element for each BookParticipant element and populate its attributes. We will use projection via the Select operator to construct the Participant elements: .Select(e => new XElement("Participant", Next, we construct the two attributes, Role and Name, for the Participant element by getting their values from the BookParticipant element: new XAttribute("Role", (string)e.Attribute("type")), new XAttribute("Name", (string)e.Element("FirstName") + " " + (string)e.Element("LastName")))))); Last, we display the transformed XML document: Console.WriteLine("Here is the transformed XML document:"); Console.WriteLine(xTransDocument); Let s see whether this outputs what we are looking for: Here is the original XML document: <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> </BookParticipant> <BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants>

To use the custom component in a JSP document, the application developer must use the standard JSP taglib directive to declare the URI for your tag library. To identify the custom action to be used within the tag library, the application developer needs to append the namespace prefix. Note that the JSP page shown in Code Sample 2-46 is the same page described at the beginning of this chapter. Code Sample 2-46. JSF Document Using the <pro:inputDate> Tag < xml version = '1.0' encoding = 'windows-1252' > <jsp:root xmlns:jsp="http://java.sun.com/JSP/Page" version="1.2" xmlns:pro="http://projsf.apress.com/tags" xmlns:f="http://java.sun.com/jsf/core" xmlns:h="http://java.sun.com/jsf/html" > <jsp:directive.page contentType="text/html"/> <f:view> <html> ... <body> <h:form> <pro:inputDate id="dateField" title="Date Field Component" value="#{backingBean.date}" > <f:convertDateTime pattern="dd MMMMM yyyy" /> </pro:inputDate> <br></br> <h:message for="dateField" /> ... </h:form> </body> </html> </f:view> </jsp:root> Running this page will render the page shown in Figure 2-12 to the browser.

Here is the transformed XML document: <MediaParticipants type="book"> <Participant Role="Author" Name="Joe Rattz" /> <Participant Role="Editor" Name="Ewan Buckingham" /> </MediaParticipants> Wow, that went great! We got the exact output we were looking for. That s not bad for using nothing more than LINQ to XML.

For the first example, I will demonstrate the simplest means of validating an XML document, which will be the approach many developers will take. To do this, I merely specify null as the ValidationEventHandler argument, as shown in Listing 9-13.

There are a few tips to pass on when it comes to performing XML transformations with the LINQ to XML API. Although you may not have a need for these, there is no reason not to point them out.

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