Task $1$: Conversion Program

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

function call:

Given: main$()$ does not have any variables in $ s registers. $($meaning that for this assignment

you don't have to worry about saving and restoring registers$).$

A skeleton assembly program that you will complete to write your code is available to

you in the conv.asm file. Your solution MUST INCLUDE a well$-$designed function

call. Space for the input, filter, result and result length will all be in the skeleton code

in the $.$data section. For the sake of the autograder, do not include other mentions ofTask $1$: Conversion Program

You will write a MIPS assembly program that mimics this C$++$ code which includes a function call:

void conv$($int inp$[],$ int filt$[],$ int result$[],$ int result$\_$l$)\{$

int filt$\_$size $=3$;

for$($int i $=0$; i $$ result$\_$l; i$++)\{$

for $($int j $=0$; j $$ filt$\_$size; j$++)\{$

Result$[$i$]+=$ inp$[$i $+$ j$]*$ filt$[$j$]$;

$\}$

$\}$

$\}$

$//$ you don$$t need to implement main, our $$main$$ will call $$conv$$ for you

$//$ it is just included here so you can see how it is called

int main$()\{$

int inp$[5]=\{5,7,2,6,3\}$;

int result$\_$length $=3$;

int result$[3]=\{0,0,0\}$;

int filt$[3]=\{1,0,-1\}$

conv$($inp$,$ filt, result, result$\_$length$)$;

$//$ prints: $31-1$

for$($int i $=0$; i $$ result$\_$length; i$++)\{$

print$(\%$d $,$ result$[$i$])$;

$\}$

return $0$;

$\}$