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Listing 5-6. Sample Code Calling the Fourth ToDictionary Prototype Dictionary<string, string> eDictionary = Employee2.GetEmployeesArray() .ToDictionary(k => k.id, // keySelector i => string.Format("{0} {1}", // elementSelector i.firstName, i.lastName), new MyStringifiedNumberComparer()); // comparer string name = eDictionary["2"]; Console.WriteLine("Employee whose id == \"2\" : {0}", name); name = eDictionary["000002"]; Console.WriteLine("Employee whose id == \"000002\" : {0}", name); In the previous code, I provide an elementSelector that specifies a single string as the value to store in the Dictionary, and I provide a custom equality comparison object. The result is that I can use "2" or "000002" to retrieve the element from the Dictionary because of my equality comparison class, and what I get out of the Dictionary is now just a string, which happens to be the employee s lastName appended to the firstName. Here are the results: Employee whose id == "2" : William Gates Employee whose id == "000002" : William Gates As you can see, indexing into the Dictionary with the key values of "2" and "000002" retrieve the same element.

Tyler Truman Taylor Taft Roosevelt Reagan Polk Pierce Obama Nixon Monroe McKinley Madison Lincoln Kennedy Johnson Jefferson Jackson Hoover Hayes Harrison Harding Grant Garfield Ford Fillmore Eisenhower Coolidge Clinton Cleveland Carter Bush Buchanan Arthur Adams Now, we will try an example of the second OrderByDescending prototype. We will use the same example that we used for the second prototype of the OrderBy operator, except instead of calling the OrderBy operator, we will call the OrderByDescending operator. We will be using the same comparer, MyVowelToConsonantRatioComparer, that we used in that example. Listing 4-22 shows the code.

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The ToLookup operator creates a Lookup of type <K, T>, or perhaps <K, E>, from an input sequence of type T, where K is the type of the key, and T is the type of the stored values. Or if the Lookup is of type <K, E>, the type of stored values are of type E, which is different than the type of elements in the sequence, which is type T. While all prototypes of the ToLookup operator create a Lookup, they return an object that implements the ILookup interface. In this section, I will commonly refer to the object implementing the ILookup interface that is returned as a Lookup.

string[] presidents = { "Adams", "Arthur", "Buchanan", "Bush", "Carter", "Cleveland", "Clinton", "Coolidge", "Eisenhower", "Fillmore", "Ford", "Garfield",

Code Sample 9-36 shows the actual code behind this JSF page. Code Sample 9-36. JSF Page Source for HTC Implementation < xml version="1.0" encoding="UTF-8" > <jsp:root ...> <jsp:directive.page contentType="application/x-javaserver-faces"/> <f:view> ... <pro:showOneDeck showItemId="first" showListener="#{backingBean.doShow}"> <pro:showItem id="first" > <f:facet name="header"> <h:panelGroup> <h:graphicImage url="/resources/java_small.jpg" alt="The Duke" style="margin-right: 8px; vertical-align:bottom;" /> <h:outputText value="Java"/> </h:panelGroup> </f:facet> <h:panelGrid columns="1"> <h:outputLink value="http://apress.com/book/bookDisplay.html bID=10044"> <h:outputText value="Pro JSF: Building Rich Internet Components"/> ... </f:view> </jsp:root>

"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 .OrderByDescending((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 example works just like the equivalent OrderBy example. Here are the results: Hayes - 1.5 - 3:2 Obama - 1.5 - 3:2 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 Roosevelt - 0.8 - 4:5 Kennedy - 0.75 - 3:4 Madison - 0.75 - 3:4 Adams - 0.666666666666667 - 2:3 Nixon - 0.666666666666667 - 2:3 Tyler - 0.666666666666667 - 2:3 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 Arthur - 0.5 - 2:4 Carter - 0.5 - 2:4 Cleveland - 0.5 - 3:6

If you are unfamiliar with the C# Lookup collection class, it allows elements to be stored that can be retrieved with a key. Each key need not be unique, and multiple elements can be stored for a single key. You index into the Lookup using the key to retrieve a sequence of the stored elements for that key.

<LastName>Buckingham</LastName> </BookParticipant> </BookParticipants> That worked like a charm. Look how handy the OfType operator is and how we can integrate it into the LINQ to XML query. That seems like it could be very useful.

There are four prototypes I cover. The First Prototype for the ToLookup Operator public static ILookup<K, T> ToLookup<T, K>( this IEnumerable<T> source, Func<T, K> keySelector);

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