$17.$ Translate following C$++$ code to MIPS

assembly language:

$*$Write down your comment after ##

int main$()\{$

int x$[6]$;

for $($int i$=0$; i$<6$; i$++)$

$\{$x$[$i$]=$ i;

$\}$

$\}$

x: $.$space $24$ ## Reserve space for $6$ integers $(6*4$ bytes $=24$ bytes$)$

$.$text

$.$globl main

main:

# Initialize i to $0$

li $t$0,0$ ## $t$0=$ i

loop:

# Check if i $<6$

li $t$1,6$ ## $t$1=6$

bge $t$0,$ $t$1,$ end$\_$loop ## if i $>=6,$ exit loop

# Calculate address of x$[$i$]$

sll $t$2,$ $t$0,2$ ## $t$2=$ i $*4($shift left logical by $2$ to multiply by $4)$

la $t$3,$ x ## load address of x into $t$3$

add $t$3,$ $t$3,$ $t$2$ ## $t$3=$ address of x$[$i$]$

# Store i into x$[$i$]$

sw $t$0,0($$t$3)$ ## x$[$i$]=$ i

# Increment i

addi $t$0,$ $t$0,1$ ## i$++$

# Jump back to the beginning of the loop

j loop

end$\_$loop:

# Exit the program

li $v$0,10$ ## Load the exit code into $v$0$

syscall ## Make a system call to exit