(A) When you create two object stacks of the same type, they are considered equal if they satisfy two conditions: they have the same length of elements, and their corresponding positions are matched. The relational overload operator == returns true if two object stacks are the same, false otherwise. Write a definition of this operator into a function template using the following function declaration. Also, add this operator function to the header file linkedStack. bool operator 3(const linkedStackType& otherStack) const;
(A) When you create two object stacks of the same type, they are considered equal if they satisfy two conditions: they have the same length of elements, and their corresponding positions are matched. The relational overload operator == returns true if two object stacks are the same, false otherwise. Write a definition of this operator into a function template using the following function declaration. Also, add this operator function to the header file linkedStack. bool operator 3(const linkedStackType& otherStack) const;
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Transcribed Image Text:(A) When you create two object stacks of the same type, they are considered equal if they satisfy two conditions: they have
the same length of elements, and their corresponding positions are matched.
The relational overload operator
of this operator into a function template using the following function declaration. Also, add this operator function to
== returns true if two object stacks are the same, false otherwise. Write a definition
the header file linkedStack.
bool operator==(const linkedStackType<Type>& otherStack ) const;
(B) Write a function definition about reverseStack. This function copies elements of a stack in reverse order onto another
stack. Add the following function declaration to the class file (linkedStack.) and complete its function definition.
void
reverseStack (linkedStackType<Type> &otherStack)
Example: Consider the following statements when creating stack objects:
linkedStackType stackl;
linkedStackType stack2;
The statement stack1.reverseStack (stack2); copies the elements of stackl onto stack2 in reverse order. That
is, the top element of stack1 is moved to the bottom of stack2, and so on. The old contents of stack2 are destroyed and
stackl is unchanged.
(C) Write a test program to satisfy the following requirements (see the output screenshot)
(a) Create two default stack objects, stackl and stack2 (object type must be integer).
(b) Prompt the user's to add inputs into the stackl providing an appropriate ending statement (use '-999' to end a
user's input). The -999 does not count as an element of the stack1.
(c) Copy stack1 to stack2 using = assign operator
(d) Print a statement indicating whether the stacks are the same or not.
(e) Copy the elements of stackl onto stack2 in reverse order using the reverse function (reverStack ()). Then, print
a statement indicating whether the stacks are the same or not.
Print all elements of the stack1 and the stack2.
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