// CS2310 Exercise 11
//
// Name _____________________ SSN __________________
//
// Chapter 14: p823 - 7, 8, 9, 11
//
// In Chapter 11, we developed a TimeType class and a DateType Class
// (page 625). Using composition, we want to create a TimeAndDay 
// class that contains both a TimeType object and a DateType object.
// The public operations of the TimeAndDay class should be Set
// (with six parameters to set the time and day), Increment, Write,
// and a default constructor. Write a class declaration for the
// TimeAndDay class.
//
// Implement the TimeAndDay default constructor.
//
// Implement the Set function of the TimeAndDay class.
//
// Implement the Write function of the TimeAndDay class.
//
//***********************************
// IMPLEMENTATION FILE (timedate.cpp)
// This file gives the implementations
// of member functions in TimeType, 
// DateType and TimeAndDay
// abstract data types
//***********************************

#include <cstring>
#include <iostream>
#include "timedate.h"

using namespace std;

void TimeType::Set( /* in */ int hours,
		    /* in */ int minutes,
		    /* in */ int seconds ) {
		// Precondition:
		//   0 <= hours <= 23 && 
		//   0 <= minutes <= 59 &&
		//   0 <= seconds <= 59
		// Postcondition:
		//   Time is set according to the incoming parameters
	hrs = hours;
	mins = minutes;
	secs = seconds;
}

void TimeType::Write() const {
		// Postcondition:
		//   Time has been output in the form HH:MM:SS
	cout << hrs << ':' << mins << ':' << secs << endl;
}

TimeType::TimeType() {
		// Postcondition:
		//   Class object is constructed && Time is 0:0:0
	hrs = 0;
	mins = 0;
	secs = 0;
}

void DateType::Set( /* in */ int newMonth,
		    /* in */ int newDay,
		    /* in */ int newYear ) {
		// Precondition:
		//   1 <= newMonth <= 12 && 
		//   1 <= newDay <= maximum no. of days in mon newMonth &&
		//   newYear > 1582
		// Postcondition:
		//   Date is set according to the incoming parameters
	mo = newMonth;
	day = newDay;
	yr = newYear;
};

void DateType::Print() const {
		// Postcondition:
		//   Date has been output in the form 
		//	month day, year
		//   where the name of the month is printed as a string
	cout << mo << ' ' << day << ", " << yr << endl;
}

DateType::DateType() {
		// New DateType object is constructed with a 
		// month, day, and year of 1, 1, and 1583
	mo = 1;
	day = 1;
	yr = 1583;
}

void TimeAndDay::Set( /* in */ int hours,
		      /* in */ int minutes,
		      /* in */ int seconds,
		      /* in */ int newMonth,
		      /* in */ int newDay,
		      /* in */ int newYear ) {
		// Precondition:
		//   0 <= hours <= 23 && 
		//   0 <= minutes <= 59 &&
		//   0 <= seconds <= 59 &&
		//   1 <= newMonth <= 12 && 
		//   1 <= newDay <= maximum no. of days in mon newMonth &&
		//   newYear > 1582
		// Postcondition:
		//   Time and date are set according to the incoming parameters
// write your implementation here
}

void TimeAndDay::Write() const {
		// Postcondition:
		//   Time and date have been output in the form 
		//	HH:MM:SS month day, year
// write your implementation here
}

TimeAndDay::TimeAndDay() {
		// New TimeAndDay object is constructed with a 
		// time of 0:0:0 and a date of January 1, 1583
// write your implementation here
}

int main() {
	TimeAndDay timeday;

	timeday.Write();
	timeday.Set(16, 50, 25, 9, 24, 2001);
	timeday.Write();
}