I am new to learning classes/constructors/etc... and between the two programs that I have written thus far that use classes and everything that goes in them I have been getting the same error and cannot figure out how to solve it. The error for the code below reads:

Can anyone point me to where the problem is and how to go about fixing it?Code:`main.cc: In function 'int main()':main.cc:7:23: error: no matching function for call to 'MyTime::MyTime(int, int)'`

MyTime.h:9:3: note: candidates are: MyTime::MyTime(int&, int&)

MyTime.h:8:3: note: MyTime::MyTime()

MyTime.h:4:13: note: MyTime::MyTime(const MyTime&)

main.cc:28:18: error: no matching function for call to 'MyTime::add_hours(int)'

MyTime.h:13:7: note: candidate is: int MyTime::add_hours(int&)

main.cc:33:20: error: no matching function for call to 'MyTime::add_minutes(int)'

MyTime.h:14:7: note: candidate is: int MyTime::add_minutes(int&)

Code:

Code:

#include <iostream>

#include "MyTime.h"

using namespace std;

int main(){

MyTime t1, t2(1, 115);

cout << "Testing the constructors \n\n";

cout << "Testing the constructor with two arguments " << t2 << endl << endl;

cout << "Testing the default constructor " << t1 << endl << endl;

cout << "Testing the overloaded >> operator \n";

cout << "Enter the time you spent on the porject today ";

cin >> t2;

cout << "The time you entered is " << t2 << endl << endl;

cout << t1 << " + " << t2 << " = " << t1 + t2 << endl << endl;

cout << t1 << " - " << t2 << " = " << t1 - t2 << endl << endl;

cout << "Maybe I should spend twice as much today \n"

<< t2 << " * " << 2 << " = " << t2 * 2 << endl << endl;

cout << "Maybe I should add 2 hours to today \n"

<< t2 << " + " << 2 << " = ";

t2.add_hours(30);

cout << t2 << endl << endl;

cout << "Maybe I should add 72 minutes to today as well \n"

<< t2 << " + " << 72 << " = ";

t2.add_minutes(72);

cout << t2 << endl << endl;

return 0;

}

Code:`#include <iostream>using namespace std;`

class MyTime{

public:

// constructors

MyTime(); // initialize the private member variables to zero

MyTime (int& time1, int& time2);

// mutator

void set_time(int time1, int time2);

int add_hours(int& num1);

int add_minutes(int& num2);

// accessors

int get_time1()const;

int get_time2()const;

friend istream& operator >> (istream& ins, MyTime t1);

friend ostream& operator << (ostream& fout, MyTime t1);

friend MyTime operator + (const MyTime& t1, const MyTime& t2);

friend MyTime operator - (const MyTime& t1, const MyTime& t2);

friend MyTime operator * (const MyTime& t1, int num);

private:

int minutes;

int hours;

void simplify();

};

Code:`#include <iostream>#include <cstdlib>`

#include "MyTime.h"

using namespace std;

MyTime::MyTime(){

hours = 0;

minutes = 0;

simplify();

}

MyTime::MyTime(int& time1, int& time2){

time1 = hours;

time2 = minutes;

simplify();

}

void MyTime::set_time(int time1, int time2){

hours = 0;

minutes = 0;

simplify();

}

int MyTime::get_time1()const{

return hours;

}

int MyTime::get_time2()const{

return minutes;

}

istream& operator >> (istream& ins, MyTime t1){

ins >> t1.hours >> t1.minutes;

t1.simplify();

return (ins);

}

ostream& operator << (ostream& fout, MyTime t1){

fout << t1.hours << ":" << t1.minutes;

t1.simplify();

return (fout);

}

void MyTime::simplify(){

int tmp1, tmp2;

if (minutes >= 60){

tmp1 = minutes / 60;

tmp2 = minutes % 60;

hours += tmp1;

minutes = tmp2;

}

}

int MyTime::add_hours(int& num1){

hours += num1;

return (hours);

}

int MyTime::add_minutes(int& num2){

minutes += num2;

return (minutes);

}

MyTime operator + (const MyTime& t1, const MyTime& t2){

MyTime temp;

temp.hours = t1.hours + t2.hours;

temp.minutes = t1.minutes + t2.minutes;

temp.simplify();

return (temp);

}

MyTime operator - (const MyTime& t1, const MyTime& t2){

MyTime temp;

temp.hours = t1.hours - t2.hours;

temp.minutes = t1.minutes - t2.minutes;

temp.simplify();

return (temp);

}

MyTime operator * (const MyTime& t1, int num){

MyTime temp;

temp.hours = t1.hours * num;

temp.minutes = t1.minutes * num;

temp.simplify();

return (temp);

}