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Func<T, K> keySelector, IEqualityComparer<K> comparer); This prototype provides the ability to specify an IEqualityComparer<K> equality comparison object. This object is used to make comparisons on the key value. So if you add or access an element in the Dictionary, it will use this comparer to compare the key you specify to the keys already in the Dictionary to determine whether it has a match. A default implementation of the IEqualityComparer<K> interface is provided by EqualityComparer.Default. However, if you are going to use the default equality comparison class, there is no reason to specify the comparer, because the previous prototype where the comparer is not specified defaults to this one anyway. The StringComparer class implements several equality comparison classes, such as one that ignores case. This way, using the keys "Joe" and "joe" evaluates to being the same key. The third ToDictionary prototype is just like the first except it allows you to specify an element selector so that the data type of the value stored in the Dictionary can be of a different type than the input sequence element.

1960 For an example of the fourth Min prototype, shown in Listing 5-56, I obtain the last name of the actor that would come first alphabetically using my common Actor class. Listing 5-56. An Example of the Fourth Min Prototype string firstAlphabetically = Actor.GetActors().Min(a => a.lastName); Console.WriteLine(firstAlphabetically); And the Oscar goes to

public static Dictionary<K, E> ToDictionary<T, K, E>( this IEnumerable<T> source, Func<T, K> keySelector, Func<T, E> elementSelector); Through the elementSelector argument, you can specify a method delegate that returns a portion of the input element or a newly created object of an altogether different data type that you want to be stored in the Dictionary. The fourth prototype for the ToDictionary operator gives you the best of all worlds. It is a combination of the second and third prototypes, which means you can specify an elementSelector and a comparer object.

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There are four prototypes I cover. The First Max Prototype public static Numeric Max( this IEnumerable<Numeric> source); The Numeric type must be one of int, long, double, or decimal or one of their nullable equivalents, int , long , double , or decimal . The first prototype of the Max operator returns the element with the maximum numeric value in the source input sequence. If the element type implements the IComparable<T> interface, that interface will be used to compare the elements. If the elements do not implement the IComparable<T> interface, the nongeneric IComparable interface will be used. An empty sequence, or one that contains only null values, will return the value of null. The second prototype of the Max operator behaves like the previous, except it is for non-Numeric types. The Second Max Prototype public static T Max<T>( this IEnumerable<T> source); The third prototype is for Numeric types and like the first, except now a selector method delegate can be provided, allowing a member of each element in the input sequence to be compared while searching for the maximum value in the input sequence and returning that maximum value. The Third Max Prototype public static Numeric Max<T>( this IEnumerable<T> source, Func<T, Numeric> selector); The fourth prototype is for non-Numeric types and is like the second, except now a selector method delegate can be provided, allowing a member of each element in the input sequence to be compared while searching for the maximum value in the input sequence and returning that maximum value. The Fourth Max Prototype public static S Max<T, S>( this IEnumerable<T> source, Func<T, S> selector);

public static Dictionary<K, E> ToDictionary<T, K, E>( this IEnumerable<T> source, Func<T, K> keySelector, Func<T, E> elementSelector, IEqualityComparer<K> comparer); This prototype allows you to specify the elementSelector and comparer object.

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