Consider the following class Time, which represents a time using three ints for hour, minute and second: class Time private: int hour; int min; int sec; public: Time () { hour = min = sec = 0; } Time (int h, int m, int s) ( hour = h; min = m; sec = s; } bool operator== (Time&); Time operator++ (); void displayTime (); Time objects use a 24 hour clock. You may assume that all objects of class Time are valid, i.e. hour is between 0 and 23, inclusive; and both min and sec are between O and 5 inclusive, Write C++ code to do the following: 1. Implement the two overloaded operators for the class Time above: • the is equal operator == should return true if the Time objects are equivalent and false if not. • the prefix increment operator ++ should increment the Time object by one second. Note that this is quite simple for most times, but you do have to account for the cases where sec and/or min are 59. If the time is 23:59:59, it should increment to 0:0:0. At the end of the function, return "this. 2. Implement displayTime() for the class Time above. It should output the object's time in format hour:minute:second. You don't need to make the formatting pretty. 3. Write a simple main() function which demonstrates that your class works properly by doing the following: • Create two valid Time objects. They should be the same time. The names of the objects and the time to use are up to you. • Call displayTime() for each of the objects to output their time. • Demonstrate that the == operator works by comparing the two time obiects and printing out what it returns (it should be 1 for true).
Consider the following class Time, which represents a time using three ints for hour, minute and second: class Time private: int hour; int min; int sec; public: Time () { hour = min = sec = 0; } Time (int h, int m, int s) ( hour = h; min = m; sec = s; } bool operator== (Time&); Time operator++ (); void displayTime (); Time objects use a 24 hour clock. You may assume that all objects of class Time are valid, i.e. hour is between 0 and 23, inclusive; and both min and sec are between O and 5 inclusive, Write C++ code to do the following: 1. Implement the two overloaded operators for the class Time above: • the is equal operator == should return true if the Time objects are equivalent and false if not. • the prefix increment operator ++ should increment the Time object by one second. Note that this is quite simple for most times, but you do have to account for the cases where sec and/or min are 59. If the time is 23:59:59, it should increment to 0:0:0. At the end of the function, return "this. 2. Implement displayTime() for the class Time above. It should output the object's time in format hour:minute:second. You don't need to make the formatting pretty. 3. Write a simple main() function which demonstrates that your class works properly by doing the following: • Create two valid Time objects. They should be the same time. The names of the objects and the time to use are up to you. • Call displayTime() for each of the objects to output their time. • Demonstrate that the == operator works by comparing the two time obiects and printing out what it returns (it should be 1 for true).
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Transcribed Image Text:Consider the following class Time, which represents a time using three ints for hour, minute and second:
class Time
{
private:
int hour;
int min;
int sec;
public:
Time () { hour
min
0; }
sec =
||
Time (int h, int m,
int s) { hour =
h; min = m;
sec
s; }
bool operator== (Time&);
Time operator++();
void displayTime();
} ;
Time objects use a 24 hour clock. You may assume that all objects of class Time are valid, i.e. hour is between O and 23, inclusive; and both min and sec are between 0 and 59,
inclusive.
Write C++ code to do the following:
1. Implement the two overloaded operators for the class Time above:
• the is equal operator == should return true if the Time objects are equivalent and false if not.
• the prefix increment operator ++ should increment the Time object by one second. Note that this is quite simple for most times, but you do have to account for the
cases where sec and/or min are 59. If the time is 23:59:59, it should increment to 0:0:0. At the end of the function, return *this.
2. Implement displayTime() for the class Time above. It should output the object's time in format hour:minute:second. You don't need to make the formatting pretty.
3. Write a simple main() function which demonstrates that your class works properly by doing the following:
• Create two valid Time objects. They should be the same time. The names of the objects and the time to use are up to you.
• Call displayTime() for each of the objects to output their time.
• Demonstrate that the == operator works by comparing the two time objects and printing out what it returns (it should be 1 for true).
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