Question: For this C++ program can you please complete Time.cpp file using overloaded operators. Below are the screenshots that can you be helpful. So can you
For this C++ program can you please complete Time.cpp file using overloaded operators. Below are the screenshots that can you be helpful. So can you please complete the Time.cpp file with the C++ code and return to me ASAP.












7.23 Program 3: The Time class and operator overloading This assignment gives you experience writing overloaded operators for handling input/output, comparisons, and arithmetic operations. Earlier in the semester, we discussed how to model time as a data type, briefly defining a Time structure. I've converted this structure to a class and written the four member functions we discussed (set(), display (), advance (), and less Than ()) and the class constructors. I've also written a main program to test the code you generate. Your job will be to write the following overloaded operators, which have prototypes already written in Time.h and empty definitions (that you must complete) in Time.cpp: Input/output operators: < < >> Comparison operators: == != < > Arithmetic operators: + - += == Increment operators: ++ as both pre- and post-increment Operator specifications Input/output Both the input and output operators should handle times entered in the form h:mm _M or hh:mm _M, where hor hh = # of hours, using 1 or 2 digits mm = # of minutes, always using 2 digits _M= AM or PM Examples of valid times: 7:30 PM, 12:22 AM, 9:09 PM. Comparison Each comparison operator tests the relationship between two Time objects, returning a boolean value indicating if the specified condition is true or false. As noted above, the conditions being tested are equality (==), inequality (!=), less than ( ). Arithmetic The arithmetic operators perform addition or subtraction between two Time objects as follows: When adding two times, take the first time and advance it by the number of hours and minutes specified in the second time. When subtracting one time from another, take the first time and move it back by the number of hours and minutes specified in the second time. Keep in mind that a time afternoon (12:00 PM) is 12 hours later than the same time before noon. The following examples demonstrate the
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