Time: Date: timewithdate

Thanks to the party for thanking the motherland for the greatest gratitude of Wang 'er and for helping me identify the mistake t_t)

Then, I don't need to talk nonsense. I need to add code to the question directly.

Question:

1) define a time class, and implement: Comparison of time (= ,! =,>,> =, <, <=), Time increase/decrease several seconds (+ =,-=), time increase/decrease by one second (++ ,--) and the second (-) of the two time differences (-)

2) defines a date class, which can represent: year, month, and day. Design a member function increment for it, which can increase a date by one day.

3) define a time class timewithdate with a date. This class of objects can be compared, added (added to the number of seconds), subtraction (the result is seconds) and other operations

Code:

File List in the header file: Time. h date. h timewithdate. h

File List in the source file: Time. cpp date. cpp timewithdate. cpp

Time. h

# Include <iostream> using namespace STD; class time {PRIVATE: int hour; int minute; int second; public: Time () {hour = 0; minute = 0; second = 0;} Time (int h, int M, int s) {If (h> = 0 & H <= 23) & (M> = 0 & M <= 59) & (S> = 0 & S <= 59) {hour = H; minute = m; second = s;} The else {cout <"time format is incorrect. "<Endl ;}} bool operator == (Time & T); bool Operator! = (Time & T); bool operator> (Time & T); bool operator >=( time & T); bool operator <(Time & T ); bool operator <= (Time & T); time & operator + = (int s); time & operator-= (int s); time & operator ++ (); time & operator -- (); int operator-(Time & T); void Showtime ();};

Date. h

#include <iostream>using namespace std;class Date{private:int year;int month;int day;public:Date(){year = 2000;month = 1;day = 1;}Date(int y,int m,int d);bool operator >(Date &d);bool operator >=(Date &d);bool operator <(Date &d);bool operator <=(Date &d);bool operator ==(Date &d);bool operator !=(Date &d);Date & increment();int operator -(Date &d);void showDate();};

Timewithdate. h

// Define a time class timewithdate with a date. This class of objects can be compared, added (added in seconds), subtraction (result in seconds) and other operations # ifndef date_h # include "date. H "# define date_h # endif # ifndef time_h # include" time. H "# define time_h # endif class timewithdate {PRIVATE: date; time; public: timewithdate () {} timewithdate (INT y, int Mon, int D, int H, int min, int s) {date = Date (Y, Mon, d); time = Time (H, Min, S) ;} bool operator> (timewithdate & TD ); bool operator> = (timewithdate & TD); bool operator = (timewithd Ate & TD); bool Operator! = (Timewithdate & TD); bool operator <= (timewithdate & TD); timewithdate & operator + = (int s ); int operator-(timewithdate & TD); void show ();};

Time. cpp

# Ifndef time_h # include "time. H "# define time_h # endif # include <iostream> using namespace STD; bool time: Operator = (Time & T) {return (hour = T. hour & minute = T. minute & Second = T. second);} bool time: Operator! = (Time & T) {return (hour! = T. Hour | minute! = T. Minute | second! = T. second);} bool time: Operator> (Time & T) {If (hour> T. hour | (hour = T. hour & minute> T. minute) | (hour = T. hour & minute = T. minute & Second> T. second) {return true;} else {return false;} bool time: Operator >=( time & T) {If (hour> T. hour) | (hour = T. hour & minute> T. minute) | (hour = T. hour & minute = T. minute & Second> T. second) | (hour = T. hour & minute = T. minute & Second = T. second) {return true;} else {return false;} bool time: Operator <(Time & T) {If (hour> T. hour | (hour = T. hour & minute> T. minute) | (hour = T. hour & minute = T. minute & Second> T. second) | (hour = T. hour & minute = T. minute & Second = T. second) {return false;} else {return true;} bool time: Operator <= (Time & T) {If (hour> T. hour | (hour = T. hour & minute> T. minute) | (hour = T. hour & minute = T. minute & Second> T. second) {return false;} else {return true ;}} time & time: Operator + = (INT s) {int addhour = s/3600; int addminute = (S-addhour * 3600)/60; int addsecond = s-addhour * 3600-addminute * 60; If (second + addsecond <60) {second = Second + addsecond ;} else {second = Second + addSecond-60; addminute ++;} If (minute + addminute <60) {minute = minute + addminute;} else {minute = minute + addMinute-60; addhour ++;} If (hour + addhour <24) {hour = hour + addhour;} else {hour = hour + addHour-24;} return * This;} Time & time :: operator-= (INT s) {int minushour = s/3600; int minusminute = (S-minushour * 3600)/60; int minussecond = s-minushour * 3600-minusminute * 60; if (second-minussecond> = 0) {second = Second-minussecond;} else {second = Second-minussecond + 60; minusminute = minusminute + 1 ;} if (minute-minusminute> = 0) {minute = minute-minusminute;} else {minute = minute-minusminute + 60; minushour = minushour + 1 ;} if (hour-minushour> = 0) {hour = hour-minushour;} else {hour = hour-minushour + 24;} return * This;} Time & time :: operator ++ () {int addhour = 0; int addminute = 0; int addsecond = 1; if (second + addsecond <60) {second = Second + addsecond ;} else {second = Second + addSecond-60; addminute ++;} If (minute + addminute <60) {minute = minute + addminute;} else {minute = minute + addMinute-60; addhour ++;} If (hour + addhour <24) {hour = hour + addhour;} else {hour = hour + addHour-24;} return * This;} Time & time :: operator -- () {int minushour = 0; int minusminute = 0; int minussecond = 1; if (second-minussecond> = 0) {second = Second-minussecond ;} else {second = Second-minussecond + 60; minusminute = minusminute + 1;} If (minute-minusminute> = 0) {minute = minute-minusminute ;} else {minute = minute-minusminute + 60; minushour = minushour + 1;} If (hour-minushour> = 0) {hour = hour-minushour ;} else {hour = hour-minushour + 24;} return * This;} int time: Operator-(Time & T) {int S = (hour-t.hour) * 3600 + (minute-t.minute) * 60 + second-t.second; return s;} void time: Showtime () {cout 
Date. cpp

// Defines a date type, which can represent year, month, and day. Design a member function increment for it, which can increase a date by one day. # Ifndef date_h # include "date. H "# define date_h # endif # include <iostream> using namespace STD; date: Date (INT y, int M, int d) {year = y; month = m; day = D;} Date & date: increment () {If (Year % 400 = 0) | (Year % 4 = 0) & (Year % 100! = 0) {If (month = 2) {If (day <= 28) {day ++;} else {month = 3; Day = 1 ;}} else if (month = 1 | month = 3 | month = 5 | month = 7 | month = 8 | month = 10) {If (day <= 30) {day ++;} else {month ++; Day = 1 ;}} else if (month = 12) {If (day <= 30) {day ++;} else {month = 1; Day = 1; year ++ ;}} else {If (day <= 29) {day ++;} else {month ++; Day = 1 ;}}} else {If (month = 2) {If (day <= 27) {day ++;} else {month = 3; Day = 1 ;}} else if (month = 1 | month = 3 | month = 5 | month = 7 | month = 8 | month = 10) {If (day <= 30) {day ++ ;} else {month ++; Day = 1 ;}} else if (month = 12) {If (day <= 30) {day ++;} else {month = 1; day = 1; year ++ ;}}else {If (day <=29) {day ++ ;}else {month ++; Day = 1 ;}}} return * This;} void Date: showdate () {cout <year <"year" <month <"month" <day <"day. "<Endl;} bool Date: Operator> (Date & D) {return (Year> D. year) | (year = D. year & month> D. month) | (year = D. year & month = D. month & day> D. day);} bool Date: Operator >=( Date & D) {return (Year> D. year) | (year = D. year & month> D. month) | (year = D. year & month = D. month & day> = D. day);} bool Date: Operator <(Date & D) {return (year <D. year) | (year = D. year & month <D. month) | (year = D. year & month = D. month & day <D. day);} Boo L date: Operator <= (Date & D) {return (year <D. year) | (year = D. year & month <D. month) | (year = D. year & month = D. month & day <= D. day);} bool Date: Operator = (Date & D) {return (year = D. year & month = D. month & day = D. day);} bool Date: Operator! = (Date & D) {return (year! = D. Year | month! = D. Month | day! = D. day) ;}int Date: Operator-(Date & D) {int n = 0; If (year = D. year & month = D. month & day = D. day) {n = 0;} else if (Year> D. year) | (year = D. year & month> D. month) | (year = D. year & month = D. month & day> = D. day) {While (year! = D. Year | month! = D. Month | day! = D. Day) {d. increment (); N ++ ;}} else {While (year! = D. Year | month! = D. Month | day! = D. Day) {increment (); n -- ;}} return N ;}
Timewithdate. cpp

// Define a time class timewithdate with a date. This class of objects can be compared, added (added in seconds), subtraction (result in seconds) and other operations # ifndef timewithdate_h # include "timewithdate. H "# define timewithdate_h # endif # include <iostream> using namespace STD; bool timewithdate: Operator> (timewithdate & TD) {return (date> TD. date) | (date = TD. date & time> TD. time);} bool timewithdate: Operator >=( timewithdate & TD) {return (date> TD. date) | (date = TD. date & time> = TD. time);} Bo Ol timewithdate: Operator <(timewithdate & TD) {return (date <TD. date) | (date = TD. date & time <TD. time);} bool timewithdate: Operator <= (timewithdate & TD) {return (date <TD. date) | (date = TD. date & time <= TD. time);} bool timewithdate: Operator = (timewithdate & TD) {return (date = TD. date) & (time = TD. time);} bool timewithdate: Operator! = (Timewithdate & TD) {return (date! = TD. Date) | (time! = TD. time);} timewithdate & timewithdate: Operator + = (INT s) {int addday = s/86400; S = s-addday * 86400; For (INT I = 0; I <addday; I ++) {date. increment ();} Time + = (s); return * This;} int timewithdate: Operator-(timewithdate & TD) {int daygap = date-TD. date; int secondgap = Time-TD. time; int S = daygap * 86400 + secondgap; return s;} void timewithdate: Show () {date. showdate (); time. showtime ();}
Main. cpp

# Ifndef timewithdate_h # include "timewithdate. H "# define timewithdate_h # endif # include <iostream> using namespace STD; void main () {timewithdate TD1 (,); timewithdate td2, ); cout <(td1-td2) <Endl; td1.show (); If (TD1> td2) {cout <"La la";} Time time1 (, 45 ); time time2 (, 43); int S1 = time1-time2; cout <S1 <Endl; Date date1 (, 23); Date date2 (, 18 ); int S2 = date1-date2; cout <S2 <Endl ;}
I finally wrote it. It's been a long time since I wrote it.
Wang 'er real home exam is a must and a variety of bugs