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For an example demonstrating the second prototype, since the purpose of the second prototype is to allow me to specify an equality comparison object of type IEqualityComparer<T>, I need a situation where an equality comparison class would be useful This is a situation where keys that may not literally be equal will be considered equal by my equality comparison class I will use a numeric value in string format as the key for this purpose, such as "1" Since sometimes numeric values in string format end up with leading zeros, it is quite feasible that a key for the same data could end up being "1", or "01", or even "00001" Since those string values are not equal, I need an equality comparison class that would know how to determine that they should be considered equal First, though, I need a class with a key of type string.

Wilson - 0.5 - 2:4 Buchanan - 0.6 - 3:5 Fillmore - 0.6 - 3:5 Garfield - 0.6 - 3:5 Harrison - 0.6 - 3:5 McKinley - 0.6 - 3:5 Adams - 0.666666666666667 - 2:3 Nixon - 0.666666666666667 - 2:3 Tyler - 0.666666666666667 - 2:3 Kennedy - 0.75 - 3:4 Madison - 0.75 - 3:4 Roosevelt - 0.8 - 4:5 Coolidge - 1 - 4:4 Eisenhower - 1 - 5:5 Hoover - 1 - 3:3 Monroe - 1 - 3:3 Pierce - 1 - 3:3 Reagan - 1 - 3:3 Taylor - 1 - 3:3 Hayes - 1.5 - 3:2 Obama - 1.5 - 3:2 As you can see, the presidents with the lower vowel-to-consonant ratios come first.

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Figure 9-11 shows the end result of the JSF HTC ProInputDate implementation. As you can see, the page looks the same as the one you created in previous chapters, except that this page uses an HTC Renderer. This HTC Ajax implementation provides the same functionality as both the HTML Ajax and XUL Ajax implementations, where dates that are not selectable are marked red and dates outside the scope of the current month are gray. When the user enters a date and clicks a submit button, a full postback will occur, and the attached validator, if any, will be invoked.

For this, I will make a slight modification to the common Employee class that I have been using on occasion I will create the following Employee2 class that is identical to the Employee class, except that the id member type is now string instead of int A Class for the Second Prototype Code Sample of the ToDictionary Operator public class Employee2 { public string id; public string firstName; public string lastName; public static ArrayList GetEmployeesArrayList() { ArrayList al = new ArrayList(); alAdd(new Employee2 { id = "1", firstName = alAdd(new Employee2 { id = "2", firstName = alAdd(new Employee2 { id = "3", firstName = lastName = "Hejlsberg" }); alAdd(new Employee2 { id = "4", firstName = alAdd(new Employee2 { id = "101", firstName return (al); } public static Employee2[] GetEmployeesArray() { return ((Employee2[])GetEmployeesArrayList().

This operator is prototyped and behaves just like the OrderBy operator, except that it orders in descending order.

public static IOrderedEnumerable<T> OrderByDescending<T, K>( this IEnumerable<T> source, Func<T, K> keySelector) where K : IComparable<K>; This prototype of the OrderByDescending operator behaves just like its equivalent OrderBy prototype except the order will be descending.

ToArray(typeof(Employee2))); } } I have changed the key type to string to demonstrate how an equality comparison class can be used to determine whether two keys are equal, even though they may not literally be equal In this example, because my keys are now string, I will use my common MyStringifiedNumberComparer class that will know that the key "02" is equal to the key "2" Now let s look at some code using the Employee2 class and my implementation of IEqualityComparer, shown in Listing 5-4 "Joe", lastName = "Rattz" }); "William", lastName = "Gates" }); "Anders", "David", lastName = "Lightman" }); = "Kevin", lastName = "Flynn" });.

OrderByDescending has a second prototype that looks like the following:

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