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Meaning Sorts a pair of one-dimensional arrays into ascending order The keys array contains the sort keys The items array contains the values linked to those keys Thus, the two arrays contain key/ value pairs After the sort, both arrays are in ascending-key order Sorts a pair of one-dimensional arrays into ascending order using the comparison method specified by comparer The keys array contains the sort keys The items array contains the values linked to those keys Thus, the two arrays contain key/value pairs After the sort, both arrays are in ascending-key order

1 dx x( 1 x) 1/2

public static void Sort<TKey, TValue>(TKey[ ] keys, TValue[ ] items, IComparer<TKey> comparer) public static void Sort(Array array, int index, int length) public static void Sort<T>(T[ ] array, int index, int length) public static void Sort(Array array, int index, int length, IComparer comparer) public static void Sort<T>(T[ ] array, int index, int length, IComparer<T> comparer) public static void Sort(Array keys, Array items, int index, int length)

Sorts a pair of one-dimensional arrays into ascending order using the comparison method specified by comparer The keys array contains the sort keys The items array contains the values linked to those keys Thus, the two arrays contain key/value pairs After the sort, both arrays are in ascending-key order Sorts a range of array into ascending order The range begins at array[index] and runs for length elements The array must be one-dimensional Sorts a range of array into ascending order The range begins at array[index] and runs for length elements The array must be one-dimensional Sorts a range of array into ascending order using the comparison method specified by comparer The range begins at array[index] and runs for length elements The array must be one-dimensional Sorts a range of array into ascending order using the comparison method specified by comparer The range begins at array[index] and runs for length elements The array must be one-dimensional Sorts a range within a pair of one-dimensional arrays into ascending order Within both arrays, the range to sort begins at the index passed in index and runs for length elements The keys array contains the sort keys The items array contains the values linked to those keys Thus, the two arrays contain key/value pairs After the sort, both ranges are in ascending-key order Sorts a range within a pair of one-dimensional arrays into ascending order Within both arrays, the range to sort begins at the index passed in index and runs for length elements The keys array contains the sort keys The items array contains the values linked to those keys Thus, the two arrays contain key/value pairs After the sort, both ranges are in ascending-key order

public static void Sort<TKey, TValue>(TKey[ ] keys, TValue[ ] items, int index, int length)

No There are no numbers or statistics (eg, what percentage of incoming customers nd scattered frames off-putting ) Neither are there examples that would help the sales team understand what to do with the frames while customers are making their purchase decisions by comparing different frames (eg, line up the frames on a black velvet pillow)

TABLE 21-12

converges Since the first integral diverges, we conclude that the original integral diverges as well

Methods De ned by Array (continued)

Part II:

Method public static void Sort(Array keys, Array items, int index, int length, IComparer comparer)

3 1/3 2 ( 2x)

Meaning Sorts a range within a pair of one-dimensional arrays into ascending order using the comparison method specified by comparer Within both arrays, the range to sort begins at the index passed in index and runs for length elements The keys array contains the sort keys The items array contains the values linked to those keys Thus, the two arrays contain key/value pairs After the sort, both ranges are in ascending-key order Sorts a range within a pair of one-dimensional arrays into ascending order using the comparison method specified by comparer Within both arrays, the range to sort begins at the index passed in index and runs for length elements The keys array contains the sort keys The items array contains the values linked to those keys Thus, the two arrays contain key/value pairs After the sort, both ranges are in ascending-key order Returns true if the predicate specified by match is satisfied by all elements in array If one or more elements fail to satisfy match, then false is returned

public static void Sort<TKey, TValue>(TKey[ ] keys, TValue items, int index, int length, IComparer<TKey> comparer) public static bool TrueForAll<T>(T[ ] array, Predicate<T> match)

TABLE 21-12 Methods De ned by Array (continued)