Using C++ in VS please

In this assignment will demonstrate your understanding of the following:

1. C++ classes;
2. Implementing a class in C++;
3. Operator overloading with chaining;
4. Preprocessor directives #ifndef, #define, and #endif;
5. this the pointer to the current object.

In this assignment you will implement the Date class and test its functionality. Consider the following class declaration for the class date:

Consider the following class declaration for the class date:

class Date

{

public:

Date(); //default constructor; sets m=01, d=01, y=0001

Date(unsigned m, unsigned d, unsigned y); //explicit-value constructor to set date equal to

today's //date. Use 2-digits for month (m) and day (d), and 4-digits for year (y); this function

should //print a message if a leap year. void display();//output Date object to the screen int

getMonth();//accessor to output the month int getDay();//accessor to output the day int

getYear();//accessor to output the year void setMonth(unsigned m);//mutator to change the month

void setDay(unsigned d);//mutator to change the day void setYear(unsigned y);//mutation to change

this year

friend ostream & operator<<(ostream & out, Date & dateObj); //overloaded operator<< as a friend

//function with chaining

//you may add other functions if necessary

private: int myMonth, myDay, myYear; //month, day, and year of a Date obj respectively

};

You will implement all the constructors and member functions in the class Date. Please see the comments that follow each function prototype in the Date class declaration above; these comments describe the functionality that the function should provide to the class. The output of your program should match the given output shown, EXACTLY!

Notes:

Information on Month: 1 = January, 2 = February, 3= March, , 12 = December

1. Test the functionality of your class in date_driver.cpp in the following order and include messages for each test:
   1. Test default constructor
   2. Test display
   3. Test getMonth
   4. Test getDay
   5. Test getYear
   6. Test setMonth
   7. Test setDay
   8. Test setYear
2. See sample output below. YOUR PROGRAM OUTPUT SHOULD MATCH EXACTLY!
3. See skeleton below.

S A M P L E O U T P U T FOR Date Assignment#2

Default constructor has been called

01\01\0001

Explicit-value constructor has been called

11\14\1953

Explicit-value constructor has been called

Month = 25 is incorrect

Explicit-value constructor has been called

02\29\2020

This is a leap year

Explicit-value constructor has been called

day = 30 is incorrect

Explicit-value constructor has been called

Year = 0000 is incorrect

Explicit-value constructor has been called

Month = 80 is incorrect day = 40 is incorrect Year = 0000 is incorrect

11\14\1953

11

14 1953

myDate: 11\12\2015 test22Date: 02\29\2020 herDate: 11\14\1953

Skeleton

#include

#include

#include

//#include "date.h"

using namespace std;

//********************************************************************************************* //*****

D A T E . h

//This declaration should go in date.h

#ifndef DATE_H

#define DATE_H

class Date

{

public:

Date(); //default constructor; sets m=01, d=01, y=0001

Date(unsigned m, unsigned d, unsigned y); //explicit-value constructor to set date equal to

today's //date. Use 2-digits for month (m) and day (d), and 4-digits for year (y); this function

should //print a message if a leap year. void display();//output Date object to the screen int

getMonth();//accessor to output the month int getDay();//accessor to output the day int

getYear();//accessor to output the year void setMonth(unsigned m);//mutator to change the month

void setDay(unsigned d);//mutator to change the day void setYear(unsigned y);//mutation to change

this year

friend ostream & operator<<(ostream & out, Date & dateObj); //overloaded operator<< as a friend

//function with chaining

//you may add other functions if necessary

private: int myMonth, myDay, myYear; //month, day, and year of a Date obj

respectively

};

#endif

//*****************

//*****************

//

D A T E . C P P

//This stub (for now) should be implemented in date.cpp

//*************************************************************************************

//Name: Date

//Precondition: The state of the object (private data) has not been initialized

//Postcondition: The state has been initialized to today's date

//Description: This is the default constructor which will be called automatically when //an object is declared. It will initialize the state of the class //

//*************************************************************************************

Date::Date()

{

}

//*************************************************************************************

//Name: Date

//Precondition:

//Postcondition:

//Description:

//

//

//*************************************************************************************

Date::Date(unsigned m, unsigned d, unsigned y)

{

}

//************************************************************************************

//Name: Display

//Precondition:

//Postcondition:

//Description:

//

//

//*************************************************************************************

void Date::display()

{

}

//*************************************************************************************

//Name: getMonth

//Precondition:

//Postcondition:

//Description:

//

//

//*************************************************************************************

int Date::getMonth()

{

return 1;

}

//*************************************************************************************

//Name: getDay

//Precondition:

//Postcondition:

//Description:

//

//

//*************************************************************************************

int Date::getDay()

{

return 1;

}

//*************************************************************************************

//Name: getYear

//Precondition:

//Postcondition:

//Description:

//

//

//*************************************************************************************

int Date::getYear()

{

return 1;

}

//*************************************************************************************

//Name: setMonth

//Precondition:

//Postcondition:

//Description:

//

//

//*************************************************************************************

void Date::setMonth(unsigned m)

{

}

//*************************************************************************************

//Name: setDay

//Precondition:

//Postcondition:

//Description:

//

//

//*************************************************************************************

void Date::setDay(unsigned d)

{

}

//*************************************************************************************

//Name: getYear

//Precondition:

//Postcondition:

//Description:

//

//

//*************************************************************************************

void Date::setYear(unsigned y)

{

}

ostream & operator<<(ostream & out, Date& dateObj)

{

return out;

}

//*********************************************************************************************

//********************************************************************************************* //

D A T E D R I V E R . C P P

//EXAMPLE OF PROGRAM HEADER

/********************************************************************************************

Name: Z#:

Course: Date: Due Time:

Total Points: Assignment 3: Date program

Description:

*******************************************************************************************/

int main()

{

Date myDate;

Date herDate(11,14, 1953);

Date test1Date(25, 1, 1982); //should generate error message that bad month

Date test22Date(2, 29, 2020); //ok, should say leep year

Date test3Date(2, 30, 2021); //should generate error message that bad day

Date test4Date(1,25,0000); //should generate error message that bad year

Date test5Date(80,40,0000); //should generate error message that bad month, day and year

herDate.display();

cout<

cout<

cout<

myDate.setMonth(11);

myDate.setDay(12);

myDate.setYear(2015);

cout<<"myDate: "<

return 0;

}