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IEnumerable<int> ints = Enumerable.Range(1, 10); foreach(int i in ints)

For an example of the second Contains operator prototype, I will use my common MyStringifiedNumberComparer class. I will check an array of numbers in string format for a number in string format that is technically unequal to any element in the array, but because I use my equality comparison class, the appropriate element will be found. Listing 5-45 shows the example. Listing 5-45. Second Contains Prototype Where an Element Matches the Specified Value string[] stringifiedNums = { "001", "49", "017", "0080", "00027", "2" }; bool contains = stringifiedNums.Contains("0000002", new MyStringifiedNumberComparer()); Console.WriteLine(contains); Since I am looking for an element with a value of "0000002", and because my equality comparison object will be used, which will convert that string value as well as all of the sequence elements to an integer before making the comparison, and because my sequence contains the element "2", the contains variable should be true. Let s take a look at the results:

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Console.WriteLine(i); Again, we want to stress that we am not calling the Range operator on a sequence. It is a static method of the System.Linq.Enumerable class. There are no surprises here, as the results prove: 1 2 3 4 5 6 7 8 9 10

s Note The issue with rendersChildren has been resolved by the JSF Expert Group (EG) in the JSF 1.2

True Now I will try the same example except this time I will query for an element that I know doesn t exist. The code is shown in Listing 5-46. Listing 5-46. Second Contains Prototype Where an Element Does Not Match the Specified Value string[] stringifiedNums = { "001", "49", "017", "0080", "00027", "2" }; bool contains = stringifiedNums.Contains("000271", new MyStringifiedNumberComparer()); Console.WriteLine(contains); Since I know that none of the elements when converted to an integer equals 271, I search the array for "000271". Here are the results:

The Repeat operator generates a sequence by repeating a specified element a specified number of times.

public static IEnumerable<T> Repeat<T>( T element, int count); This prototype returns an object that, when enumerated, will yield count number of T elements. Notice that this is not an extension method and one of the few Standard Query Operators that does not extend IEnumerable<T>.

The following aggregate operators allow you to perform aggregate operations on the elements of an input sequence.

release. The new content-interweaving feature accommodates the differences between JSF and JSP rendering strategies, making it no longer necessary to add the <f:verbatim> wrapper tags.

In Listing 4-48 we will generate a sequence containing ten elements where each element is the number 2.

There are two prototypes I cover. The First Count Prototype public static int Count<T>( this IEnumerable<T> source); This prototype of the Count operator returns the total number of elements in the source input sequence by first checking the input sequence to see if it implements the ICollection<T> interface, and if so, it obtains the sequence s count using the implementation of that interface. If the source input sequence does not implement the ICollection<T> interface, it enumerates the entire input sequence counting the number of elements. The second prototype of the Count operator enumerates the source input sequence and counts every element that causes the predicate method delegate to return true. The Second Count Prototype public static int Count<T>( this IEnumerable<T> source, Func<T, bool> predicate);

IEnumerable<int> ints = Enumerable.Repeat(2, 10); foreach(int i in ints) Console.WriteLine(i); Here are the results of this example: 2 2 2 2 2 2 2 2 2 2

public static IEnumerable<T> Empty<T>(); This prototype returns an object that, when enumerated, will return a sequence containing zero elements of type T. Notice that this is not an extension method and one of the few Standard Query Operators that does not extend IEnumerable<T>.

ArgumentNullException is thrown if any argument is null. OverflowException is thrown if the count exceeds the capacity of int.MaxValue.

Summary

In Listing 4-49 we generate an empty sequence of type string using the Empty operator and display the Count of the generated sequence, which should be zero since the sequence is empty.

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