Translate the following code into MIPS assembly. It needs to follow the MIPS calling convention (the address of the array should be passed in using register $a0, the value of n in register $a1, and the value of v in register $a2.

I'm adding a test program for you to be able to test the MIPS code. Here it is:

# $s7 - save $ra # $s2 - current address of the string to be tested # $s3 - used as a temporary register # $a0 - for function parameter / syscall parameter # $v0 - syscall number / function return value .text .globl main main: addu $s7, $ra, $zero, # Save the ra la $a0, int_prompt li $v0, 4 syscall li $v0, 5 syscall add $a2, $v0, $zero #save the value to a2 add $s6, $a2, $zero la $a0, array_a # the address of the array li $a1, 1000 # the size of the array of 1000 jal set addi $s2, $zero, -1 bne $s2, $v0, no_good la $s2, array_a lw $a0, 0($s2) # $a0 is the integer to be printed li $v0, 1 # system call to print an integer syscall # print int la $a0, space_msg li $v0, 4 syscall lw $a0, 4000($s2) # $a0 is the integer to be printed li $v0, 1 # system call to print an integer syscall # print int add $s1, $zero, $zero for_loop: slti $s0, $s1, 1000 beq $s0, $zero, end_loop sll $s4, $s1, 2 addu $s3, $s2, $s4 #a[s1] lw $s4, 0($s3) bne $s6, $s4, no_good addi $s1, $s1, 1 j for_loop end_loop: li $v0, 4 #it is working la $a0, is_good_msg syscall j end_main no_good: #it is not working li $v0, 4 la $a0, not_good_msg syscall end_main: addu $ra, $zero, $s7 #restore $ra since the function calles #another function jr $ra add $zero, $zero, $zero add $zero, $zero, $zero ########## End of main function ######### .data #Data segment starts here is_good_msg: .asciiz " The program is working properly. " not_good_msg: .asciiz " The program is not working properly. " int_prompt: .asciiz "Please enter an integer: " space_msg: .asciiz " " array_a: .align 2 .space 4000 .word -5, -4, -3, -2, -1 

Thanks!

int set (int a[], int n, int v) int for i a[1] return i; (i-n-1; i = 0: i-) { = v; int set (int a[], int n, int v) int for i a[1] return i; (i-n-1; i = 0: i-) { = v