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Any code that is processing that XML data will be written to expect the BookParticipants node to contain multiple BookParticipant nodes, each of which have a type attribute and a FirstName and LastName node But what if this code also needs to be able to process XML from another source, and it too has a BookParticipants node but the schema within that node is different from the previous A namespace will alert the code as to what the schema should look like, thereby allowing the code to handle the XML appropriately With XML, every element needs a name When an element gets created, if its name is specified in the constructor, that name is implicitly converted from a string to an XName object An XName object consists of a namespace, XNamespace, object, and its local name, which is the name you provided.

<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> <bid_tuple> <userid>U05</userid> <itemno>1007</itemno> <bid>200</bid> <bid_date>1999-02-08</bid_date>

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So, for example, you can create the BookParticipants element like this: XElement xBookParticipants = new XElement("BookParticipants"); When you create the element, an XName object gets created with an empty namespace, and a local name of BookParticipants If you debug that line of code and examine the xBookParticipants variable in the watch window, you will see that its Name member is set to {BookParticipants} If you expand the Name member, it contains a member named LocalName that will be set to BookParticipants, and a member named Namespace that is empty, {} In this case, there is no namespace To specify a namespace, you need merely create an XNamespace object and prepend it to the local name you specify like this: XNamespace nameSpace = "http://wwwlinqdev.

import comapressprojsfch2renderhtmlHtmlRenderer; The UIComponent class and the Renderer class are both part of the contract when writing client-specific Renderers The FacesContext is part of the contract when creating the decode(), encodeBegin(), encodeChildren(), and encodeEnd() methods, and all markup is written to the client using a ResponseWriter The FacesContext contains all information about the per-request state related to a JSF request process and the corresponding render response The UIInput class is the behavioral superclass you ll provide with a new Renderer You also need access to the ExternalContext to access request parameters The ExternalContext class allows JSF-based applications to run in either a servlet or a portlet environment and gives you access to (for example) session instance, response object, and path information.

</bid_tuple> <bid_tuple> <userid>U04</userid> <itemno>1007</itemno> <bid>225</bid> <bid_date>1999-02-12</bid_date> </bid_tuple> </bids>"); This sample data is basically meant to represent an Internet auction-type site and the data it would have We just created three XML documents by calling the XDocumentParse method on string representations of the XML data There are documents for users, items, and bids For our query, we want to produce a list of each bid greater than $50 In the results, we want to see the date and price of the bid as well as the user placing the bid and the item number and item description Here is the query: var biddata = from b in bidsDescendants("bid_tuple") where ((double)bElement("bid")) > 50 join u in usersDescendants("user_tuple") on ((string)bElement("userid")) equals ((string)uElement("userid")) join i in itemsDescendants("item_tuple") on ((string)bElement("itemno")) equals ((string)iElement("itemno")) select new { Item = ((string)bElement("itemno")), Description = ((string)iElement("description")), User = ((string)u.

Element("name")), Date = ((string)bElement("bid_date")), Price = ((double)bElement("bid"))}; OK, that is a complex query The first step is that we query for the descendants named bid_tuple in the bids document using the Descendants method Next, we perform a where statement for elements that have a child element named bid whose value is greater than 50 This is so we only retrieve the bids that are greater than $50 It may seem a little unusual that we are performing a where statement this soon in the query We actually could have called the where statement further down in the query, just before the select statement call However, this means we would have retrieved and performed a join against the users and items XML documents even for bids not greater than $50, which is not necessary.

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