Write a program in C$++$ to create a stack data structure $($do not use the inbuilt stack class$)$ using arrays. It should support

Push, Pop and Peek operations.

To$-$do:

$$ Create a stack using arrays with maximum array size $10.$

Hint: Define an empty array of type integer with size $10$

$$ Push integers $20,40,60$ into the stack.

Hint: Create a class Stack with variable defined to track topmost element of stack $($top$)$ and define a method

push which accepts an integer as an argument and inserts the argument into the array and increments the top by

$1.$

$$ Print the items in stack.

Hint: Loop through the array till top and print the items.

$$ Pop the item from the stack and print the popped item.

Hint: Add a method pop in Stack class and decrement the variable top.

$$ Peek the stack and print the top$-$most element of the stack $($do not remove it$)$

Hint: Return the topmost element of the array without decrementing top.

$$ Print the stack.

Hint: Loop through the array till top and print the items.

CSCI $11517$

Coding Guidelines

$$ Start coding by creating a class Stack which has a variable top and an

array of size $10.$ Add $4$ methods to Push, Pop, Peek and Print.

$$ Inside the Push method, check if the top is greater than size of the

array. If yes, it represents Stack Overflow. If not, perform

insertion.

$$ Inside the Pop & Peek method, check if top is less than $0.$ If yes, it

is Stack Underflow. If not, perform pop & peek, respectively.

$$ Inside Print method, loop through all elements in the array till top and

print them.

$$ In main function, create an object of Stack class and call the required

methods.CSCI $11517$

Coding Guidelines

$$ Start coding by creating a class Stack which has a variable top and an

array of size $10.$ Add $4$ methods to Push, Pop, Peek and Print.

$$ Inside the Push method, check if the top is greater than size of the

array. If yes, it represents Stack Overflow. If not, perform

insertion.

$$ Inside the Pop & Peek method, check if top is less than $0.$ If yes, it

is Stack Underflow. If not, perform pop & peek, respectively.

$$ Inside Print method, loop through all elements in the array till top and

print them.

$$ In main function, create an object of Stack class and call the required

methods.