3. Write a program to create a base class: "Question3", with protected data member: x (int) and with pure virtual function: "Task ()" [Returns no value and takes no argument]. Create a derived class of "Question3" such as "Subl" (Derive features in public mode). In subl, there is a member function in public section: get_datal () to take input for x, and define Task () in this class to display the reverse of x. [Implement the above program by creating pointer to base in main (() function and call the necessary functions].

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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Write a program to create a base class: Question3, with protected data member: x (int) and with pure virtual function: Task () [Returns no value and takes no argument]. Create a derived class of Question3 such as Sub1 (Derive features in public mode). In sub1, there is a member function in public section: get_data1 () to take input for x, and define Task () in this class to display the reverse of x. [Implement the above program by creating pointer to base in main () function and call the necessary functions].

 

3. Write a program to create a base class: "Question3", with protected data member: x
(int) and with pure virtual function: "Task ()" [Returns no value and takes no
argument]. Create a derived class of "Question3" such as "Subl" (Derive features in
public mode). In subl, there is a member function in public section: get_datal () to
take input for x, and define Task () in this class to display the reverse of x. [Implement
the above program by creating pointer to base in main () function and call the
necessary functions].
Transcribed Image Text:3. Write a program to create a base class: "Question3", with protected data member: x (int) and with pure virtual function: "Task ()" [Returns no value and takes no argument]. Create a derived class of "Question3" such as "Subl" (Derive features in public mode). In subl, there is a member function in public section: get_datal () to take input for x, and define Task () in this class to display the reverse of x. [Implement the above program by creating pointer to base in main () function and call the necessary functions].
3. Write a program to create a base class: "Question3", with protected data member: x
(int) and with pure virtual function: "Task ()" [Returns no value and takes no
argument]. Create a derived class of "Question3" such as "Subl" (Derive features in
public mode). In subl, there is a member function in public section: get_datal () to
take input for x, and define Task () in this class to display the reverse of x. [Implement
the above program by creating pointer to base in main () function and call the
necessary functions].
Transcribed Image Text:3. Write a program to create a base class: "Question3", with protected data member: x (int) and with pure virtual function: "Task ()" [Returns no value and takes no argument]. Create a derived class of "Question3" such as "Subl" (Derive features in public mode). In subl, there is a member function in public section: get_datal () to take input for x, and define Task () in this class to display the reverse of x. [Implement the above program by creating pointer to base in main () function and call the necessary functions].
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