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How cool is that As I mentioned, notice that even though I changed names[3] to "Ringo" prior to outputting the XML, the last element still contains Pete, the original value This is because the names sequence has to be enumerated in order to construct the XElement object, thereby immediately executing the query If I do indeed want the XML tree construction deferred, I need another way to do this, and that is exactly what streaming elements are for With LINQ to XML, a streaming element is implemented with the XStreamingElement class..

public static S Max<T, S>( this IEnumerable<T> source, Func<T, S> selector);

ArgumentNullException is thrown if any argument is null. InvalidOperationException is thrown if the source sequence is empty for the Numeric versions of the prototypes if the type T is non-nullable, such as int, long, double, or decimal. If the types are nullable, such as int , long , double , or decimal , a null is returned from the operator instead.

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So Listing 7-32 shows the same example, except this time I will use XStreamingElement objects instead of XElement objects. Listing 7-32. Demonstrating the Deferred Execution of the XML Tree Construction by Using the XStreamingElement Class string[] names = { "John", "Paul", "George", "Pete" }; XStreamingElement xNames = new XStreamingElement("Beatles", from n in names select new XStreamingElement("Name", n)); names[3] = "Ringo"; Console.WriteLine(xNames); If this works as I have explained, the last Name node s value will now be Ringo and not Pete. But the proof is in the pudding: <Beatles> <Name>John</Name> <Name>Paul</Name> <Name>George</Name> <Name>Ringo</Name> </Beatles> Sorry, Pete, it looks like you have been replaced yet again.

During the Apply Request Values phase, a method processDecodes() will be called on the UIViewRoot at the top of the component hierarchy (see Figure 2-5).

As an example of the first Max prototype, shown in Listing 5-57, we declare an array of integers and return the maximum from it.

Creating an element with a text value is a pretty simple task. Listing 7-33 is some code doing just that. Listing 7-33. Creating an Element, and Assigning a String As Its Value XElement xFirstName = new XElement("FirstName", "Joe"); Console.WriteLine(xFirstName); This is straightforward, and there are no surprises. Running the code by pressing Ctrl+F5 produces the following results:

int[] myInts = new int[] { 974, 2, 7, 1374, 27, 54 }; int maxInt = myInts.Max(); Console.WriteLine(maxInt); The results are the following: 1374 For an example of the second prototype, shown in Listing 5-58, we just call the Max operator on our standard presidents array.

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"};

The processDecodes() method on the UIViewRoot is responsible for recursively calling processDecodes() on each UIComponent in the component hierarchy.

What is hidden though is the fact that the string "Joe" is converted into an XText object, and it is that object that is added to the XElement object. In fact, examining the xFirstName object in the debugger reveals that it contains a single node, an XText object whose value is "Joe". Since this is all done automatically for you, in most circumstances you will not need to directly construct a text object. However, should the need arise, you can create a text object by instantiating an XText object as shown in Listing 7-34.

string maxName = presidents.Max(); Console.WriteLine(maxName); This provides the following results: Wilson Again, like we mentioned in the equivalent example for the Min operator, although this example provides the same result that the Last operator would, this is only because the presidents array is already ordered alphabetically. For the example of the third prototype of the Max operator, we use our common Actor class to find the latest actor birth year by calling the Max operator on the birth year. Listing 5-59 is the code calling the Max operator.

Despite providing the best tips I can think of, there will more than likely be times when you get stuck. Don t forget that there is a forum dedicated to LINQ at MSDN.com. You can find a link to it here: http://www.linqdev.com. This forum is monitored by Microsoft developers, and you will find a wealth of knowledgeable resources there.

int youngestActorAge = Actor.GetActors().Max(a => a.birthYear); Console.WriteLine(youngestActorAge); And the latest actor birth year in our Actor class is the following: 1968 For an example of the fourth Max prototype, shown in Listing 5-60, we will obtain the last name of the actor who would come last alphabetically using the same Actor class as previously.

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