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Here are the results: 9 10 27 42 How slick is that OK, you say, that is nice, but it sure is a simple example. Now we ll give you a more complex example. Let s say you have some common code that contains an Employee class. In that Employee class is a method to return all the employees. Also assume you have another code base of common code that contains a Contact class, and in that class is a method to publish contacts. Let s assume you have the assignment to publish all employees as contacts. The task seems simple enough, but there is a catch. The common Employee method that retrieves the employees returns the employees in an ArrayList of Employee objects, and the Contact method that publishes contacts requires an array of type Contact. Here is that common code: namespace LINQDev.HR { public class Employee { public int id; public string firstName; public string lastName; public static ArrayList GetEmployees() { // Of course the real code would probably be making a database query // right about here. ArrayList al = new ArrayList(); // Man, do the C# object initialization features make this a snap. al.Add(new Employee { id = 1, firstName = "Joe", lastName = "Rattz"} ); al.Add(new Employee { id = 2, firstName = "William", lastName = "Gates"} ); al.Add(new Employee { id = 3, firstName = "Anders", lastName = "Hejlsberg"} ); return(al); } } } namespace LINQDev.Common { public class Contact { public int Id;

The dynamic RenderKit solution contains three classes: ViewHandlerWrapper is a wrapper class that provides a loose coupling between the solution and the JSF implementation. ApplicationBean is a managed bean that contains logic to detect what agent has been used to request the application and contains information about what renderKitId to use. DynamicRenderKitViewHandler overrides the default ViewHandler s calculateRenderKitId() method in order to get the correct ID from the ApplicationBean.

Here are the results: Keanu Reeves Sandra Bullock Using the elementSelector variation of the ToLookup operator allows me to store a different data type in the Lookup than the input sequence element s data type For an example of the fourth ToLookup prototype, I will use my Actor2 class and my common MyStringifiedNumberComparer class Listing 5-10 is my sample code..

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public string Name; public static void PublishContacts(Contact[] contacts) { // This publish method just writes them to the console window. foreach(Contact c in contacts) Console.WriteLine("Contact Id: {0} Contact: {1}", c.Id, c.Name); } } } As you can see, the Employee class and GetEmployees method are in one namespace, LINQDev.HR, and the GetEmployees method returns an ArrayList. The PublishContacts method is in another namespace, LINQDev.Common, and requires an array of Contact objects to be passed. Previously, this always meant iterating through the ArrayList returned by the GetEmployees method and creating a new array of type Contact to be passed to the PublishContacts method. LINQ makes it easy, as shown in Listing 1-6.

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"}; MyVowelToConsonantRatioComparer myComp = new MyVowelToConsonantRatioComparer(); IEnumerable<string> namesByVToCRatio = presidents .OrderBy(n => n.Length) .ThenByDescending((s => s), myComp); foreach (string item in namesByVToCRatio) { int vCount = 0; int cCount = 0; myComp.GetVowelConsonantCount(item, ref vCount, ref cCount); double dRatio = (double)vCount / (double)cCount; Console.WriteLine(item + " - " + dRatio + " - " + vCount + ":" + cCount); } This code provides the following results: Bush - 0.333333333333333 - 1:3 Ford - 0.333333333333333 - 1:3 Polk - 0.333333333333333 - 1:3 Taft - 0.333333333333333 - 1:3 Hayes - 1.5 - 3:2 Obama - 1.5 - 3:2 Adams - 0.666666666666667 - 2:3 Nixon - 0.666666666666667 - 2:3 Tyler - 0.666666666666667 - 2:3 Grant - 0.25 - 1:4 Hoover - 1 - 3:3 Monroe - 1 - 3:3 Pierce - 1 - 3:3 Reagan - 1 - 3:3 Taylor - 1 - 3:3 Arthur - 0.5 - 2:4 Carter - 0.5 - 2:4

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