Create a flowchart for the following MIPS code:

# Registers used:

# $t$0$ for A

# $t$1$ for B

# $t$2$ for C

# $t$3$ for D

# $t$4-$$t$9$ is used to store results from evaluations

$.$data

promptA: $.$asciiz "Enter $4$ integers for A$,$ B$,$ C$,$ D respectively:"

resultF$\_$b: $.$asciiz $"$f$\_$two:"

resultF$\_$ten: $.$asciiz $"$f$\_$ten: $"$

resultG$\_$b: $.$asciiz $"$g$\_$two: $"$

resultG$\_$ten: $.$asciiz $"$g$\_$ten: $"$

newline: $.$asciiz $"$

$"$

$.$text

main:

#input promptA

la $a$0,$ promptA

li $v$0,4$

syscall

#newline

li $v$0,4$

la $a$0,$ newline

syscall

#read integers from users input

li $v$0,5$

syscall

move $t$0,$ $v$0$ #int A$->$$t$0$

li $v$0,5$

syscall

move $t$1,$ $v$0$ #int B$->$$t$1$

li $v$0,5$

syscall

move $t$2,$ $v$0$ #int C$->$$t$2$

li $v$0,5$

syscall

move $t$3,$ $v$0$ #int D$->$$t$3$

li $t$40$

li $t$55$

loop$\_5\_$b:

beqz $t$1,$ exit$1$ #if B$=0,$ exit loop

add $t$4,$ $t$4,$ $t$5$

subi $t$1,$ $t$1,1$ #repeat addition B number of times

j loop$\_5\_$b

exit$1$:

li $t$6,0$

move $t$9,$ $t$3$ #copy D$\text{'}$s value to $t$9$

loop$\_5$b$\_$d:

beqz $t$9,$ exit$2$ #if D$=0,$ exit loop

add $t$6,$ $t$6,$ $t$4$

subi $t$9,$ $t$9,1$ #repeat subsequent addition D number of times

j loop$\_5$b$\_$d

exit$2$:

add $t$7,$ $t$6,$ $t$0$ #calculate f$=(5*$B$*$D$+$A$)$

#input resultF$\_$ten

la $a$0,$ resultF$\_$ten

li $v$0,4$

syscall

move $a$0,$ $t$7$ #move f result into $a$0$

li $v$0,1$ #print F in decimal

syscall

#newline

li $v$0,4$

la $a$0,$ newline

syscall

#input resultF$\_$b

la $a$0,$ resultF$\_$b

li $v$0,4$

syscall

move $a$0,$ $t$7$ #move f result into $a$0$

li $v$0,35$ #print F in binary

syscall

#newline

li $v$0,4$

la $a$0,$ newline

syscall

move $t$8,$ $t$3$ #copy D$\text{'}$s value to $t$8$

li $t$50$

loop$\_$D$\_$D:

beqz $t$8,$ exit$3$ #if D$=0,$ exit loop

add $t$5,$ $t$5,$ $t$3$

subi $t$8,$ $t$8,1$ #repeat addition D number of times

j loop$\_$D$\_$D

exit$3$:

li $t$60$

loop$\_$C$\_$A:

beqz $t$0,$ exit$4$ #if A$=0,$ exit loop

add $t$6,$ $t$6,$ $t$2$

subi $t$0,$ $t$0,1$ #repeat addition A number of times

j loop$\_$C$\_$A

exit$4$:

sub $t$9,$ $t$5,$ $t$6$ #compute g result

#input resultG$\_$ten

la $a$0,$ resultG$\_$ten

li $v$0,4$

syscall

move $a$0,$ $t$9$ #move G result into $a$0$

li $v$0,1$ #print G in decimal

syscall

#newline

li $v$0,4$

la $a$0,$ newline

syscall

#input resultG$\_$b

la $a$0,$ resultG$\_$b

li $v$0,4$

syscall

move $a$0,$ $t$9$ #move G result into $a$0$

li $v$0,35$ #print G in binary

syscall

#newline

li $v$0,4$

la $a$0,$ newline

syscall

#exit program

li $v$0,10$

syscall