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When a server sends a document to an HTTP browser client, it also passes information in the Content-Type HTTP header about the Multipurpose Internet Mail Extensions (MIME) type, such as text/html, and the character set, such as UTF-8 or ISO-8859-1. The client uses this information to correctly process the incoming bytes from the server. A list of acceptable content types and character encodings is sent in the Accept HTTP header from the client to the server. This can be used to dynamically select an appropriate content type for the response, or the application developer can specify a static content type for the document. In JSF, the <f:view> tag passes null to the RenderKitFactory as the list of acceptable content types, even though the JSP container is aware of the complete list accepted by the requesting browser. So, the default RenderKit the standard HTML Basic RenderKit must assume the content type has already been set to text/html since it is rendering only HTML. The RenderKit uses information about the content type and character encoding to create a ResponseWriter that can produce correctly formatted markup to the client.

public static IEnumerable<T> Intersect<T>( this IEnumerable<T> first, IEnumerable<T> second); This operator returns an object that, when enumerated, first enumerates the elements of the input sequence named second, collecting any element that is not equal to a previously collected element. It then enumerates the first input sequence, yielding any element also existing in the collection of elements from the second sequence. An element is determined to be equal to another element using their GetHashCode and Equals methods.

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The Nodes operator has one prototype. The Only Nodes Prototype public static IEnumerable<XNode> Nodes<T> ( this IEnumerable<T> source ) where T : XContainer This version is called on a sequence of elements or documents and returns a sequence of nodes containing each source element s or document s child nodes. This is different from the XContainer.Nodes method in that this method is called on a sequence of elements or documents, as opposed to a single element or document.

For our example of the Intersect operator in Listing 4-36, we will use the Take and Skip operators to generate two sequences and get some overlap, just like we did in the Union operator example, where we intentionally duplicated the fifth element. When we call the Intersect operator on those two generated sequences, only the duplicated fifth element should be in the returned intersect sequence. We will display the counts of the presidents array and all the sequences. Lastly, we will enumerate through the intersect sequence displaying each element, which should only be the fifth element of the presidents array.

For this example, I will build my typical XML tree and build a source sequence of BookParticipant elements. I will display each of them, and then I will return the child nodes of each source element and display them, as shown in Listing 8-18. Listing 8-18. Calling the Only Nodes Prototype XDocument xDocument = new XDocument( new XElement("BookParticipants", new XElement("BookParticipant", new XAttribute("type", "Author"), new XComment("This is a new author."), new XElement("FirstName", "Joe"), new XElement("LastName", "Rattz")), new XElement("BookParticipant", new XAttribute("type", "Editor"), new XElement("FirstName", "Ewan"), new XElement("LastName", "Buckingham")))); IEnumerable<XElement> elements = xDocument.Element("BookParticipants").Elements("BookParticipant"); // First, I will display the source elements. foreach (XElement element in elements) { Console.WriteLine("Source element: {0} : value = {1}", element.Name, element.Value); } // Now, I will display each source element's child nodes. foreach (XNode node in elements.Nodes()) { Console.WriteLine("Child node: {0}", node); }

string[] presidents = { "Adams", "Arthur", "Buchanan", "Bush", "Carter", "Cleveland", "Clinton", "Coolidge", "Eisenhower", "Fillmore", "Ford", "Garfield", "Grant", "Harding", "Harrison", "Hayes", "Hoover", "Jackson", "Jefferson", "Johnson", "Kennedy", "Lincoln", "Madison", "McKinley", "Monroe", "Nixon", "Obama", "Pierce", "Polk", "Reagan", "Roosevelt", "Taft", "Taylor", "Truman", "Tyler", "Van Buren", "Washington", "Wilson"}; IEnumerable<string> first = presidents.Take(5); IEnumerable<string> second = presidents.Skip(4); // Since we only skipped 4 elements, the fifth element // should be in both sequences. IEnumerable<string> intersect = first.Intersect(second); Console.WriteLine("The Console.WriteLine("The Console.WriteLine("The Console.WriteLine("The count count count count of of of of the the the the presidents array is: " + presidents.Count()); first sequence is: " + first.Count()); second sequence is: " + second.Count()); intersect sequence is: " + intersect.Count());

For each JSF JSP tag within <f:view> during the initial render, a JSF component is created and attached to the component hierarchy. As you remember, the UIViewRoot was created in the first phase and attached to the FacesContext, so you can safely assume that the components will be attached to the component hierarchy. Figure 1-14 shows execution of the <h:form> start tag.

// Just for kicks, we will display the intersection sequence, // which should be just the fifth element. foreach (string name in intersect) Console.WriteLine(name); If this works the way it should, we should have an Intersect sequence with just one element containing the duplicated fifth element of the presidents array, "Carter": The count of the presidents array is: 38 The count of the first sequence is: 5

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