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One of the key differentiators with JSF is that its architecture is designed to be independent of specific protocols and markup, and as such it allows developers to attach any rendering technology to the JSF application. In JSF it is the RenderKit that is responsible for the presentation of the JSF application by rendering the markup to the client. You can define a RenderKit for any type of markup (HTML, DHTML, Telnet/character mode, and eventually SVG, Flash, XUL, and so on) and use it to display a JSF page. This separation between the page description (UI component hierarchy) and the rendering of markup is a key differentiator that provides flexibility to the component developer while protecting the application developer from changes isolated at the rendering layer. Instead of having to learn and implement different rendering technologies to solve a common problem, such as portability between different browsers (such as Netscape vs. Internet Explorer), application developers can use custom JSF components to build applications targeted for different browsers, personal digital assistants (PDAs), and so on, with a common programming model JSF and Java. Applying this new knowledge about JSF to the previous sample in Figure 1-1, the retail solution, the architecture could look similar to Figure 1-2.

DataTable dt1 = GetDataTable(students); IEnumerable<DataRow> seq1 = dt1.AsEnumerable(); Console.WriteLine("{0}Results before calling any prototype:", System.Environment.NewLine); foreach (DataRow dataRow in seq1) { Console.WriteLine("Student Id = {0} is {1}", dataRow.Field<int>("Id"), dataRow.Field<string>("Name")); } // Using prototype 1. (from s in seq1 where s.Field<string>("Name") == "Anthony Adams" select s).Single<DataRow>().SetField(dt1.Columns[1], "George Oscar Bluth"); Console.WriteLine("{0}Results after calling prototype 1:", System.Environment.NewLine); foreach (DataRow dataRow in seq1) { Console.WriteLine("Student Id = {0} is {1}", dataRow.Field<int>("Id"), dataRow.Field<string>("Name")); } // Using prototype 2. (from s in seq1 where s.Field<string>("Name") == "George Oscar Bluth" select s).Single<DataRow>().SetField("Name", "Michael Bluth"); Console.WriteLine("{0}Results after calling prototype 2:", System.Environment.NewLine); foreach (DataRow dataRow in seq1) { Console.WriteLine("Student Id = {0} is {1}", dataRow.Field<int>("Id"), dataRow.Field<string>("Name"));

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We can gain access to all of an element s attributes with its Attributes method. This method returns a sequence of XAttribute objects. Listing 7-80 is an example. Listing 7-80. Accessing All of an Element s Attributes with the Attributes Method // I will use this to store a reference to one of the elements in the XML tree. XElement firstParticipant; XDocument xDocument = new XDocument( new XElement("BookParticipants", firstParticipant = new XElement("BookParticipant", new XAttribute("type", "Author"), new XAttribute("experience", "first-time"), new XElement("FirstName", "Joe"), new XElement("LastName", "Rattz")))); foreach(XAttribute attr in firstParticipant.Attributes()) { Console.WriteLine(attr); } The output is this: type="Author" experience="first-time"

} // Using prototype 3 (from s in seq1 where sField<string>("Name") == "Michael Bluth" select s)Single<DataRow>()SetField("Name", "Tony Wonder"); ConsoleWriteLine("{0}Results after calling prototype 3:", SystemEnvironmentNewLine); foreach (DataRow dataRow in seq1) { ConsoleWriteLine("Student Id = {0} is {1}", dataRowField<int>("Id"), dataRowField<string>("Name")); } This code is not quite as bad as it looks After we obtain the sequence of students and display them, there is a block of code that gets repeated three times, once for each prototype Each block contains a LINQ query that retrieves the field and updates its value, displays a header line to the console, and then displays each row in the sequence to the console to show the change just made to the field There are a couple noteworthy things in this example.

There are several methods and properties that can be used to modify attributes. I cover them in this section.

Figure 1-2. J2EE architecture using JSF for a typical multitier software solution, serving a retail company

In each LINQ query where we query the DataRow on its Name field, again, we are mixing query expression syntax and standard dot notation syntax in the query Also, we are using the Field<T> operator to find the record that we are going to set with the SetField<T> operator After obtaining the sequence of DataRow objects of students, we work our way through the SetField<T> operator prototypes one by one Throughout the example, we query the previously changed element by its value and change it again For example, for the first prototype, we just query the element whose Name field is "Anthony Adams" and set it to "George Oscar Bluth" For the second prototype, we query the element whose Name field is "George Oscar Bluth" and change it to something else, which we will query for on the next prototype.

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