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To be able to create the component, you need to understand two new behavioral superclasses UIShowOne and UIShowItem. The UIShowOne behavioral superclass keeps track of which node the user has selected, and the UIShowItem acts as a clickable parent container that will either show or hide its children. For these new UIComponents, you also need a new event type, ShowEvent, with a corresponding event listener interface, ShowListener, to notify application developers and to attach application code to the component. The new event instance needs to keep track of which item the user has selected. On top of this, you need to create a new Renderer to handle the selective rendering with accompanying renderer-specific subclasses and JSP tag handlers. Figure 3-4 shows the classes needed for the event and listener implementation that you will learn how to create in this chapter.

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")))); xDocument.Descendants().Where(e => e.Name == "FirstName").Remove(); Console.WriteLine(xDocument); We like this example because we really start to tie all the elements of LINQ together with it. We are using the XDocument.Descendants method to get all the child nodes returned in a sequence, and then we call the Where Standard Query Operator to filter just the ones matching the search criteria, which in this case are elements named FirstName. This returns a sequence that we then call the Remove method on. Sweet! Here are the results: <BookParticipants> <BookParticipant type="Author"> <LastName>Rattz</LastName> </BookParticipant> <BookParticipant type="Editor"> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants> Notice that we no longer have any FirstName nodes.

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After calling Distinct() Id Name ============================== 1 Joe Rattz 6 Ulyses Hutchens 19 Bob Tanko 45 Erin Doutensal 12 Bob Mapplethorpe 17 Anthony Adams 32 Dignan Stephens Notice that in the results, before I call the Distinct operator, the record whose Id is 1 is repeated, and that after calling the Distinct operator, the second occurrence of that record has been removed. For a second example, I am going to demonstrate the results if I had called the Distinct operator without specifying the comparer object. The code is shown in Listing 10-2. Listing 10-2. The Distinct Operator Without an Equality Comparer Student[] students new Student { Id new Student { Id new Student { Id new Student { Id new Student { Id new Student { Id new Student { Id new Student { Id }; = = = = = = = = = { 1, Name = "Joe Rattz" }, 6, Name = "Ulyses Hutchens" }, 19, Name = "Bob Tanko" }, 45, Name = "Erin Doutensal" }, 1, Name = "Joe Rattz" }, 12, Name = "Bob Mapplethorpe" }, 17, Name = "Anthony Adams" }, 32, Name = "Dignan Stephens" }

XElement.RemoveAll()

DataTable dt = GetDataTable(students); Console.WriteLine("{0}Before calling Distinct(){0}", System.Environment.NewLine); OutputDataTableHeader(dt, 15); foreach (DataRow dataRow in dt.Rows) { Console.WriteLine("{0,-15}{1,-15}", dataRow.Field<int>(0), dataRow.Field<string>(1)); } IEnumerable<DataRow> distinct = dt.AsEnumerable().Distinct(); Console.WriteLine("{0}After calling Distinct(){0}", System.Environment.NewLine); OutputDataTableHeader(dt, 15); foreach (DataRow dataRow in distinct) { Console.WriteLine("{0,-15}{1,-15}",

Sometimes, you may want to delete the content of an element but not the element itself. This is what the RemoveAll method is for. Listing 7-69 is an example.

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