main.cc file#include <iostream> #include <string> #include "time_converter.h" int main() { int military_time = 0; std::cout << "Please enter the time in military time: "; std::cin >> military_time; // TODO: Call your function to convert from military time to regular time // and assign its result to regular_time. std::string regular_time; std::cout << "The equivalent regular time is: " << regular_time << "\n"; return0; }time_converter.cc file#include <iostream> #include <string> std::string MilitaryToRegularTime(int military_time) { // TODO: convert military_time to regular time in string format. // Hint: std::to_string() converts a given integer to a string. return""; }time_converter.h file #include <iostream> #include <string> // Converts the time in military format to regular format. std::string MilitaryToRegularTime(int military_time); Military to Regular TimeCreate a function called MilitaryToRegularTime that converts time in the military time format into the regularformat. For example, convert 2249 to 10:49 pmThe function should receive a single int parameter that represents the military time. It should return astd::string that contains the regular time counterpart of the given military time.Please see the sample output below to guide the design of your program.Note: Consider possible edge cases in user input to ensure your program works correctly.Sample output:Please enter the time in military time: 1433The equivalent regular time is: 2:33 pmMake sure that you examine the MilitaryToRegularTime function prototype in time_converter.h, implementit in time_converter.cc, and call it from inside of main.cc . You'll find that skeleton code has already beenprovided and you simply need to call the function, which can be called from inside main.cc because weinclude the header file via: #include "time_converter.h"

Answered: main.cc file #include #include…

C++ for Engineers and Scientists

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ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.4: A Case Study: Rectangular To Polar Coordinate Conversion

Problem 9E: (Numerical) Write a program that tests the effectiveness of the rand() library function. Start by...

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main.cc file

#include <iostream>
	#include <string>

	#include "time_converter.h"

	int main() {
	int military_time = 0;
	std::cout << "Please enter the time in military time: ";
	std::cin >> military_time;

	// TODO: Call your function to convert from military time to regular time
	// and assign its result to regular_time.
	std::string regular_time;

	std::cout << "The equivalent regular time is: " << regular_time << "\n";
	return0;
	}

time_converter.cc file

#include <iostream>
	#include <string>

	std::string MilitaryToRegularTime(int military_time) {
	// TODO: convert military_time to regular time in string format.
	// Hint: std::to_string() converts a given integer to a string.
	return"";
	}

time_converter.h file

#include <iostream>
	#include <string>

	// Converts the time in military format to regular format.
	std::string MilitaryToRegularTime(int military_time);

Military to Regular Time
Create a function called MilitaryToRegularTime that converts time in the military time format into the regular
format. For example, convert 2249 to 10:49 pm
The function should receive a single int parameter that represents the military time. It should return a
std::string that contains the regular time counterpart of the given military time.
Please see the sample output below to guide the design of your program.
Note: Consider possible edge cases in user input to ensure your program works correctly.
Sample output:
Please enter the time in military time: 1433
The equivalent regular time is: 2:33 pm
Make sure that you examine the MilitaryToRegularTime function prototype in time_converter.h, implement
it in time_converter.cc, and call it from inside of main.cc . You'll find that skeleton code has already been
provided and you simply need to call the function, which can be called from inside main.cc because we
include the header file via: #include "time_converter.h"

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A header file in C++ is a file that contains declarations of functions, variables, and classes used in a program. It contains definition of functions and variables which can be used in any other C++ program. Header files also define data types and constants that can be used in the program. Header files are also used to share functions or variables between multiple C++ programs. The name of the header file usually has the ".h" extension.

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