This C++ program demonstrates the reversal of a stack using the Tower of Hanoi algorithm. The stack implementation is done using a linked list-based Stack class.
The program consists of the following files:
Node.h: Header file containing the definition of the Node class.Stack.h: Header file containing the definition of the Stack class.Stack.cpp: Source file containing the implementation of the Stack class methods.main.cpp: Source file containing the main function to test the Stack class and reverse the stack.
The Node class represents a single node in the linked list used to implement the stack. It contains two data members: value to store the value of the node, and next to store a pointer to the next node in the list.
The Stack class implements a stack using a linked list. It contains methods to push, pop, peek, and check if the stack is empty. Additionally, it includes a method to reverse the stack using the Tower of Hanoi algorithm.
The towerOfHanol method in the Stack class implements the Tower of Hanoi algorithm recursively. It takes four arguments: the number of disks (n), and three stacks representing the source, destination, and auxiliary stacks. The algorithm moves the disks from the source stack to the destination stack using the auxiliary stack as a temporary storage.
To run the program:
- Compile the source files using a C++ compiler (e.g., g++).
- Execute the compiled executable.
Upon execution, the program will create a stack, push integers from 0 to 9 onto the stack, print the stack before reversal, reverse the stack using the Tower of Hanoi algorithm, and then print the reversed stack.
