Description: (1) enter a sequence of integer elements, to establish the order form. (2) implement the order of table traverse. (3) in the sequence table to find an element in order to find successful return 1, otherwise it returns 0. (4) to determine the order of elements in the table is symmetrical, symmetrical returns 1, otherwise it returns 0. (5) to achieve all of the odd row of the table on even before the table in front of an odd, back to even. (6) the use of the input sequence of integer elements ordered table insertion algorithm to establish an orderly table. (7) the use of algorithms to create two non-decreasing order 6 tables and combining them into a non-decreasing order form. (8) write a main function, the debugger the above algorithm.
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list.cpp
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