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In this example, instead of using the typical presidents array I have been using, I use my common Employee class. I am going to create a dictionary of type Dictionary<int, Employee> where the key of type int is the id member of the Employee class, and the Employee object itself is the element stored. Listing 5-3 is an example calling the ToDictionary operator using the Employee class. Listing 5-3. Sample Code Calling the First ToDictionary Prototype Dictionary<int, Employee> eDictionary = Employee.GetEmployeesArray().ToDictionary(k => k.id); Employee e = eDictionary[2]; Console.WriteLine("Employee whose id == 2 is {0} {1}", e.firstName, e.lastName); I declare my Dictionary to have a key type of integer because I will be using the Employee.id field as the key. Since this ToDictionary operator prototype only allows me to store the entire input element, which is an Employee object, as the element in the Dictionary, the Dictionary element type is Employee as well. The Dictionary<int, Employee> then allows me to look up employees by their employee id providing the performance efficiencies and retrieval convenience of a Dictionary. Here are the results of the previous code:

You need to register the HTC resources (inputDate.css, inputDate.htc, showOneDeck.css, and showOneDeck.htc) as weblets, as shown in Code Sample 9-34, which will enable you to package these resources as part of the custom JSF component library. Code Sample 9-34. The Weblets Configuration File < xml version="1.0" encoding="UTF-8" > <weblets-config xmlns="http://weblets.dev.java.net/config" > <weblet> <weblet-name>com.apress.projsf.ch9</weblet-name> <weblet-class>net.java.dev.weblets.packaged.PackagedWeblet</weblet-class> <init-param> <param-name>package</param-name> <param-value>com.apress.projsf.ch9.render.htc.ajax.resources</param-value> </init-param> <mime-mapping> <extension>htc</extension> <mime-type>text/x-component</mime-type> </mime-mapping> </weblet> <weblet-mapping> <weblet-name>com.apress.projsf.ch9</weblet-name> <url-pattern>/projsf-ch9/*</url-pattern> </weblet-mapping> </weblets-config>

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return(0); } // This method is public so our code using this comparer can get the values // if it wants. public void GetVowelConsonantCount(string s, ref int vowelCount, ref int consonantCount) { // DISCLAIMER: This code is for demonstration purposes only. // This code treats the letter 'y' or 'Y' as a vowel always, // which linguistically speaking, is probably invalid. string vowels = "AEIOUY"; // Initialize the counts. vowelCount = 0; consonantCount = 0; // Convert to uppercase so we are case insensitive. string sUpper = s.ToUpper(); foreach(char ch in sUpper) { if(vowels.IndexOf(ch) < 0) consonantCount++; else vowelCount++; } return; } } That class contains two methods, Compare and GetVowelConsonantCount. The Compare method is required by the IComparer interface. The GetVowelConsonantCount method exists because we needed it internally in the Compare method so that the number of vowels and consonants for a given input string could be obtained. We also wanted the ability to call that same logic from outside the Compare method so that we could obtain the values for display when we looped through our ordered sequence. The logic of what our comparer is doing isn t that significant. It is highly unlikely that you will ever need to determine the vowel-to-consonant ratio for a string, much less compare two strings based on that ratio. What is important is how we created a class implementing the IComparer interface by implementing a Compare method. You can see the nitty-gritty implementation of the Compare method by examining the if/else block at the bottom of the Compare method. As you can see, in that block of code, we return -1, 1, or 0, thereby adhering to the contract of the IComparer interface. Now, we will call the code, which is shown in Listing 4-20.

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((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); } In the preceding example, you can see that we instantiate our comparer before calling the OrderBy operator. We could instantiate it in the OrderBy method call, but then we would not have a reference to it when we want to call it in the foreach loop. Here are the results of this code: Grant - 0.25 - 1:4 Bush - 0.333333333333333 - 1:3 Ford - 0.333333333333333 - 1:3 Polk - 0.333333333333333 - 1:3 Taft - 0.333333333333333 - 1:3 Clinton - 0.4 - 2:5 Harding - 0.4 - 2:5 Jackson - 0.4 - 2:5 Johnson - 0.4 - 2:5 Lincoln - 0.4 - 2:5 Washington - 0.428571428571429 - 3:7 Arthur - 0.5 - 2:4 Carter - 0.5 - 2:4 Cleveland - 0.5 - 3:6 Jefferson - 0.5 - 3:6 Truman - 0.5 - 2:4 Van Buren - 0.5 - 3:6

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