CST 206 Programming Problem 4 pg. 579

Design, implement, and test a class that represents an amount of time in minutes and seconds. The class should provide a constructor that sets the time to a specified number of minutes and seconds(1). The default constructor should create an object for a time of zero minutes and zero seconds(2). The class should provide observers that return the minutes and seconds separately(3), and an observer that returns the total time in seconds(4). Boolean comparison observers should be used that tell whether two times are equal(5), one is greater than the other(6), or one is lesser than the other(7). Transformers should be provided that add one time to another(8) or subtract one time from another(9). The class should not allow negative time (subtraction of more time than is currently stored should result in a time of 0:00)(10).

here's my pseudocode

I believe I have covered all the requirments. Two constructors, two observers, and two transformers??Code:#include <iostream> using namespace std; class Time { int mins, secs public: Time(); Time( int, int, int, int); }; (1)Time::Time(){ mins=0; secs=0; }; (2)Time::Time(int mins, int secs) { Time1(11, 30) Time2(12, 14) Time3(22, 54) Time4(23, 19) }; int Return() const // (3??) //observer that returns the minutes and seconds seperately Retun min; Return Secs; int Total() const //(4) //observer that retuens the total time as seconds Get total time Return total time as seconds bool Time::Equal( /* in */ Time otherTime ) const (5) // Postcondition: // Function value == true, if this time equals otherTime // == false, otherwise { return (hrs == otherTime.hrs && mins == otherTime.mins && secs == otherTime.secs); } //****************************************************************** bool Time::LessThan( /* in */ Time otherTime ) const (6) // Precondition: // This time and otherTime represent times in the // same day // Postcondition: // Function value == true, if this time is earlier // in the day than otherTime // == false, otherwise { return (hrs < otherTime.hrs || hrs == otherTime.hrs && mins < otherTime.mins || hrs == otherTime.hrs && mins == otherTime.mins && secs < otherTime.secs); } void Add Time() (7) Add the times together void Subtract() (8) Subtract two times