Write a c++ program

Write a driver program

// Fraction.h

#ifndef FRACTION_H

#define FRACTION_H

class Fraction

{

private:

int num;

int den;

int static gcd(int, int);

public:

Fraction();

Fraction(int, int);

Fraction(const Fraction &f);

friend std::ostream& operator

friend std::istream& operator>>(std::istream& din, Fraction&);

Fraction& operator=(const Fraction & src);

};

#endif

// Fracion.cpp

#include

using namespace std;

#include "Fraction.h"

//Constructor definitions

Fraction::Fraction()

{

this->num = 0;

this->den = 1;

}

Fraction::Fraction(int n, int d)

{

this->num = n;

this->den = d;

}

Fraction::Fraction(const Fraction &f)

{

num = f.num;

den = f.den; }

// Function implementation which display Fraction numbers by using the

operator overloading '

ostream& operator

{

dout

return dout;

}

// Function implementation which read Fraction numbers by using the

operator overloading '>>'

istream& operator>>(istream& din, Fraction& c)

{

cout

din >> c.num;

cout

din >> c.den;

return din; }

Fraction & Fraction::operator=(const Fraction & src)

{

num = src.num;

den = src.den;

return *this;

}

Define a class for fractions, name it Fraction. A fraction is composed of numerator and denominator. In addition to the member functions that set and get the member attributes (numerator and denominator), define following member functions: l. Constructors a. A constructor uses default parameters. b. Copy constructor 2. Mutators: setNumeratorO, setDenominatorO 3. Assessors: getNumeratorO, getDenominatorO 4 Overload output operators () for Fraction class 5. Overload input operator ) for Fraction class 6. Overload assignment operator for Fraction class 7. Overload arithmetic operators+ and / 8. Overload comparison operators-,-, >, and >, , and ,