Transform the fraction structure from Exercise 8 in Chapter 4 into a fraction class. Member data is the fraction’s numerator and denominator. Member functions should accept input from the user in the form 3/5, and output the fraction’s value in the same format. Another member function should add two fraction values. 

Write a main() program that allows the user to repeatedly input two fractions and then displays their sum. After each operation, ask whether the user wants to continue....

#include<iostream>

#include<conio.h>

using namespace std;

class fraction{

private:

int numerator, denominator;

char c;

void dispFct()

{

cout<<numerator<<"/"<<denominator;

}

public:

void getFct(){

cout<<"Enter fraction: "; cin>>numerator>>c>>denominator;

}

void addFct(fraction x, fraction y){

numerator=x.numerator*y.denominator+x.denominator*y.numerator;

denominator=x.denominator*y.denominator;

+cout<<"Sum = "; dispFct();

}

};

int main()

{

fraction f1,f2,f3;

f1.getFct();

f2.getFct();

f3.addFct(f1, f2);

}