CODE IN C++ PLEASE AND WELL COMMENT THE PROGRAM. INCLUDE THE OUTPUT FOR THUMPS-UP!

Lab: Use the following code to:

Use OPERATOR OVERLOADING to modify CLOCKTYPE.

OVERLOAD the "= =" and "+=" (YOU may choose this, but clearly comment and document 1) What it does (2) what the Input is (3) What the Output is...

BE SURE TO ADD THE PROTOTYPE to the CLASS DEFINITION and to WRITE FULL-FUNCTION DEFINITIONS for both

#include

using namespace std;

class clockType

{

public:

void setTime(int, int, int);

void getTime(int&, int&, int&) const;

void printTime() const;

void incrementSeconds();

void incrementMinutes();

void incrementHours();

bool equalTime(const clockType&) const;

clockType();

clockType(int);

clockType(int, int);

clockType(int, int, int);

private:

int hr;

int min;

int sec;

};

int main()

{

//this program is to design and implement a class

//complete program that uses all the function types shown below

//using constructor to stop the program from printing garbage numbers

clockType myClock;

clockType yourClock;

int hours, hours2;

int minutes, minutes2;

int seconds, seconds2;

cout << "Default constructor for myClock:";

myClock.printTime();

cout << " Default constructor for yourClock:";

yourClock.printTime();

//set the time by calling the function

myClock.setTime(6, 5, 20);

cout << " Time of myClock: ";

myClock.printTime(); //print the time of myClock Line 3

cout << endl;

cout << "Time of yourClock: ";

yourClock.setTime(3, 2, 10);

yourClock.printTime(); //print the time of yourClock

cout << endl;

//Compare myClock and yourClock

if (myClock.equalTime(yourClock))

cout << "Both times are equal." << endl;

else

cout << "The two times are not equal." << endl;

cout << " Enter the hours, minutes, and "

<< "seconds of myClock: ";

cin >> hours >> minutes >> seconds;

//Set the time of myClock using the value of the

//variables hours, minutes, and seconds

myClock.setTime(hours, minutes, seconds);

cout << " New myClock: ";

myClock.printTime(); //print the time of myClock

cout << endl;

//Increment the time of myClock by one hour

myClock.incrementHours();

//Increment the time of myClock by one minute

myClock.incrementMinutes();

//Increment the time of myClock by one second

myClock.incrementSeconds();

cout << " After incrementing myClock by one hour, one minute and one second "

<< " myClock: ";

cout << " ";

myClock.printTime(); //print the time of myClock

cout << endl;

//Retrieve the hours, minutes, and seconds of the

//object myClock

myClock.getTime(hours, minutes, seconds);

//Output the value of hours, minutes, and seconds

cout << "hours = " << hours

<< ", minutes = " << minutes

<< ", seconds = " << seconds << endl;

cout << " Enter the hours, minutes, and "

<< "seconds of yourClock: " << endl;

cin >> hours2 >> minutes2 >> seconds2;

yourClock.setTime(hours2, minutes2, seconds2);

cout << " New yourClock: ";

yourClock.printTime(); //print the time of yourClock

cout << endl;

//increment the time of yourClock by one hour

yourClock.incrementHours();

//Increment the time of yourClock by one minute

yourClock.incrementMinutes();

//Increment the time of yourClock by one second

yourClock.incrementSeconds();

cout << " After incrementing yourClock by one hour, one minute and one second "

<< " yourClock: ";

yourClock.printTime(); //print the time of yourClock

yourClock.getTime(hours2, minutes2, seconds2);

//output the value of hours, minutes, and seconds of yourClock

cout << " hours = " << hours2

<< ", minutes = " << minutes2

<< ", seconds = " << seconds2 << endl;

cout << endl;

return 0;

}//end main

void clockType::setTime(int hours, int minutes, int seconds)

{

if (0 <= hours && hours < 24)

hr = hours;

else

hr = 0;

if (0 <= minutes && minutes < 60)

min = minutes;

else

min = 0;

if (0 <= seconds && seconds < 60)

sec = seconds;

else

sec = 0;

}

//Place the definitions of the remaining functions, getTime,

//incrementHours, incrementMinutes, incrementSeconds, printTime,

//and equalTime, of the class clockType, as described

//previously here.

void clockType::getTime(int& hours, int& minutes,

int& seconds) const

{

hours = hr;

minutes = min;

seconds = sec;

}

void clockType::printTime() const

{

if (hr < 10)

cout << "0";

cout << hr << ":";

if (min < 10)

cout << "0";

cout << min << ":";

if (sec < 10)

cout << "0";

cout << sec;

}

void clockType::incrementHours()

{

hr++;

if (hr > 23)

hr = 0;

}

void clockType::incrementMinutes()

{

min++;

if (min > 59)

{

min = 0;

incrementHours(); //increment hours

}

}

void clockType::incrementSeconds()

{

sec++;

if (sec > 59)

{

sec = 0;

incrementMinutes(); //increment minutes

}

}

bool clockType::equalTime(const clockType& otherClock) const

{

return (hr == otherClock.hr

&& min == otherClock.min

&& sec == otherClock.sec);

}

clockType::clockType() //default constructor

{

hr = -1;

min = -1;

sec = -1;

}

clockType::clockType(int hours)

{

if (0 <= hours && hours < 24)

hr = hours;

else

hr = 0;

}

clockType::clockType(int hours, int minutes)

{

if (0 <= minutes && minutes < 60)

min = minutes;

else

min = 0;

}

clockType::clockType(int hours, int minutes, int seconds)

{

if (0 <= seconds && seconds < 60)

sec = seconds;

else

sec = 0;

}