Using standard C++, please provide operator overloading functions for a complex number program. Here is the problem in detail:

The code is attached below for a complex number class. Provide operator overloading functions to facilitate the following operations on any complex numbers A, B and C:

A == B; overload Boolean operator == to test if A and B are equal

C = A*B; overload multiplication operator *

A = B; overload assignment operator =

cin >> A >> B; overload stream operator >> to take user input for real and imaginary part of the number (You might want to create a friend function to facilitate this)

Also, write a static function for the complexNumber class which initializes numCount variable. Your function takes an integer argument provided by user. Assign this argument to numCount variable.

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#include

using namespace std;

class complexNumber {

private:

static int numCount; int Re, Imag;

public:

complexNumber(){numCount++;} // constructor with no argument

complexNumber(int Real, int Imaginary){numCount++; cout << "constructor with argument is called" << endl;

Re = Real; Imag = Imaginary;}// constructor with arguments

~complexNumber(){cout << "destructor is called" <

complexNumber (complexNumber &anycomplex) {numCount++; cout <

void printComplex(){ cout <<"number of active complex numbers= " << numCount << " and present number.....= " << Re <<" + j" << Imag << endl;}

complexNumber operator+(complexNumber &b){complexNumber temp; cout << "overloaded + iscalled" << endl; temp.Re = Re + b.Re; temp.Imag = Imag + b.Imag; return temp;}

complexNumber operator++(){complexNumber temp; cout << "overloaded ++(pre) called" << endl; temp.Re = ++Re; temp.Imag = ++Imag; return temp;}

complexNumber operator++(int){complexNumber temp; cout << "overloaded ++(post) called" << endl; temp.Re = Re++; temp.Imag = Imag++; return temp;}

friend ostream & operator<< (ostream &out, complexNumber &somecomplex){cout << "overloaded << called" <

};

int complexNumber::numCount = 0 ;

void printC(complexNumber a) {a.printComplex();}

int main (){

complexNumber A, B(1,2), C(2,3);

B.printComplex();

++ B;

printC(C);

A = B + C;

A = B++;

A.printComplex();

B.printComplex();

cout << A << B;

cin.get();

return 0;

}