How do I get this code to pass using these intructions: $//$

$//$

#include

#include

#include "apex$\_$code.h$"$

#include

using namespace std;

void minutes$\_$to$\_12$hour$\_$time$($stringstream &cin, stringstream &cout$)\{$

int minutes;

cin $>>$ minutes;

int hours $=$ minutes $/60$;

int minutes$\_$remainder $=$ minutes $\%60$;

hours $\%=12$;

cout $$ hours :$"$ minutes$\_$remainder endl;

$//$ Place code for translating minutes to $12$ hour time

$//$ Pretend this is your main function and you can use cin$/$cout

$//$ as you would in main.

$//$ If you want to print to the console for debugging use std::cout.

$//$ Use cout for your final solution.

$//$ First you want to get user input with cin

$//$ Do any needed calculations

$//$ Create output with cout

$\}$

void numbers$\_$to$\_12$hour$\_$time$($stringstream& cin, stringstream& cout$)$

$\{$

int hours $=0$;

int minutes $=0$;

int seconds $=0$;

char colonSign;

$//$ Pretend this is your main function and you can use cin$/$cout

$//$reading input

cin $>>$ hours $>>$ colonSign $>>$ minutes $>>$ colonSign $>>$ seconds;

hours $+=$ minutes $/60\mathrm{.}0$;

minutes $\%=60$;

hours $+=$ seconds $/3600\mathrm{.}0$;

seconds $\%=60$;

hours $\%=12$;

$//$keep hours within $0$ to $11$ for $12$ hour time

hours $=$ hours $\%12$;

$//$output hours, minutesm seconds

$//$ Use cout for your final solution.

cout $$ hours :$"$ minutes seconds endl;

in this lab we will be coding two blocks of code $($in apex$\_$code.cpp$),$ both translating time into a $12$ hour clock. For our $12$ hour clock, $12$ o'clock will actually be $0$

o'clock. So our hours range from $0$ to $11,$ unlike an actual clock that have hours in the range $1$ to $12.$

This block of code gets a number of minutes from the user and translates that into time on a $12$ hours clock. If the user puts $0$ minutes into the program the

program should output the string $"0$:$0!".$ The number before the colon is the number of hours, the number after the colon is the number of minutes. Here are some

more examples of input and output:

Input: $"60"-->$ Output: $\text{'}\text{'}$

Input: $"121"-->$ Output: $\text{'}"$

Input: $"785"-->$ Output: $"1$:$5!"//$ Notice the $12$ hour clock time adjusts $13$ hours to $1$ hour.

HINT: There is a C$++$ operator that makes it easy to keep the hours between $0$ and $11.$

This block of code expands upon the first one. This time we will take the hours minutes and seconds from the user and translate to $12$ hour clock time. The input

from the user is in the form $"$