Description: A. Enter an integer sequence of elements, to establish the sequence table. Two. To achieve the traversal of the sequence table. 3. Find an element in the sequence table order, to find the successful return of a 0 otherwise. 4. Determine the elements in the sequence table is symmetrical, symmetrical returns 1, otherwise it returns 0. 5 To achieve the table odd row in even before that the table in front of an odd number, followed by an even number. 6. Enter the integer sequence of elements in an ordered list insertion algorithm to create an orderly table. 7. Use of algorithm 6 to create two non-decreasing ordered table and merge them into a non-decreasing ordered list. 8. Write a function to debug the above algorithm.
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first\Debug\first.exe
.....\.....\first.ilk
.....\.....\first.obj
.....\.....\first.pch
.....\.....\first.pdb
.....\.....\main.obj
.....\.....\vc60.idb
.....\.....\vc60.pdb
.....\first.cpp
.....\first.dsp
.....\first.dsw
.....\first.h
.....\first.ncb
.....\first.opt
.....\first.plg
.....\main.cpp
.....\Debug
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