You will write a MIPS assembly program that mimics this C$++$ code:

void FizzBuzz$($int a$[],$ int al$)\{$

for $($int i $=0$; i $$ al; i$++)\{$

if $($a$[$i$]\%5==0$ && a$[$i$]\%3==0)$

std::cout FizzBuzz;

else if $($a$[$i$]\%5==0)$

std::cout Buzz;

else if $($a$[$i$]\%3==0)$

std::cout Fizz;

else

std::cout $$ a$[$i;

$\}$

$\}$

$//$ again you don$$t need to implement main

int main$()\{$

int arr$[10]=\{1,2,3,4,5,6,7,8,9,10\}$;

int alength $=10$;

FizzBuzz$($arr$,$ alength$)$;

$//$ Expected Output : $12$ Fizz $4$ Buzz Fizz $78$ Fizz Buzz

$\}$

Given: main$()$ does not have any variables in $s registers.

A skeleton assembly program that you will complete to write your code is available to you in the fizzbuzz.asm file. Your solution MUST INCLUDE a well$-$designed function call.

While FizzBuzz typically counts from $0,$ your code should work on any arbitrary array. On our end, for testing purposes we may use different arrays, so your code should work with any other valid $($non$-$empty$)$ array.