Programming II Heap Sort

Assignment: Exercise a heap Abstract Data Type (ADT) by inserting integers read from file i10.dat into the heap. Remove and print the minimum element in theheap, repeatedly, until the heap is empty. Print results in file o10.dat as shown in Figure 2. Prohibition: Use of the C++ Standard Template Library is prohibited in the implementation of this project. Program Files: Project 10 consists of files p10.cpp, Heap10.h, Heap10.cpp, and p10make. Project file names are exactly as given. Failure to employ the foregoing names will result in a score of zero (0) for this project Project files must be stored in the root directory of your student account. Failure to store project files in the root directory of your student account will result in a score of zero (0) for this project. File Description p10.cpp File p10.cpp contains functions which process command line arguments and direct heap operations. Heap10.h File Heap10.h contains the definition of class Heap. Class Heap implements a heap containing integers. The heap is stored in a dynamically allocated array. Element zero contains a sentinel. Heap10.cpp File Heap10.cpp contains the implementation of member functions of class Heap. p10make File p10make contains instructions for creating executable file p10. Instructions in file p10make are accepted by the UNIX utility make. Command Line: Project 10 can be invoked with zero, one, or two program parameters. The first program parameter is the input file name. The second parameter is the output file name. Sample command lines together with corresponding actions by program p10 are shown below. Boldfaced type indicates data entered at the keyboard by the user. $ p10 Enter the input file name: i10.dat Enter the output file name: o10.dat $ p10 i10.dat Enter the output file name: o10.dat $ p10 i10.dat o10.dat Input files: The input file contains a list of integers as shown in Figure 1. Output files: Print the heap after all integers have been inserted into the heap. Print the heap graphically. Perform an inorder traversal on the elements in the heap printing each element according to its depth into the heap. Each level of the heap is indented five spaces from the higher level. Print the integers in ascending order. Figure 1. Input file format: 14 29 -3 64 13 56 0 72 41 92 29 46 31 65 10 Programming II Heap Sort CMSC 2613 Project p10 2 Graphical Representation 72 41 64 13 92 29 29 -3 56 31 46 0 65 10 14 Sorted -3 0 10 13 14 29 29 31 41 46 56 64 65 72 92 Figure 2. Output file format: