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 4 0 li $t 5 5 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 ' 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 , 3 5 print F in binary syscall newline li $v 0 , 4 la $a 0 , newline syscall move $t 8 , $t 3 copy D ' s value to $t 8 li $t 5 0 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 6 0 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 , 3 5 print G in binary syscall newline li $v 0 , 4 la $a 0 , newline syscall exit program li $v 0 , 1 0 syscall

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Question: Create a flowchart for the following MIPS code: # Registers used: # $t 0 for A # $t 1 for B # $t 2 for

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 -

9

is used to store results from evaluations

.

data

promptA:

.

asciiz "Enter

4

integers for A

,

,

,

D respectively:"

resultF

_

.

asciiz

"

_

two:"

resultF

_

ten:

.

asciiz

"

_

ten:

"

resultG

_

.

asciiz

"

_

two:

"

resultG

_

ten:

.

asciiz

"

_

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,

0

#int A

- >

0

li $v

0, 5

syscall

move $t

1,

0

#int B

- >

1

li $v

0, 5

syscall

move $t

2,

0

#int C

- >

2

li $v

0, 5

syscall

move $t

3,

0

#int D

- >

3

li $t

4 0

li $t

5 5

loop

_5_

beqz $t

1,

exit

1

#if B

= 0,

exit loop

add $t

4,

4,

5

subi $t

1,

1, 1

#repeat addition B number of times

j loop

_5_

exit

1

li $t

6, 0

move $t

9,

3

#copy D

'

s value to $t

9

loop

_5

_

beqz $t

9,

exit

2

#if D

= 0,

exit loop

add $t

6,

6,

4

subi $t

9,

9, 1

#repeat subsequent addition D number of times

j loop

_5

_

exit

2

add $t

7,

6,

0

#calculate f

= (5 *

*

+

)

#input resultF

_

ten

la $a

0,

resultF

_

ten

li $v

0, 4

syscall

move $a

0,

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

_

la $a

0,

resultF

_

li $v

0, 4

syscall

move $a

0,

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,

3

#copy D

'

s value to $t

8

li $t

5 0

loop

_

_

beqz $t

8,

exit

3

#if D

= 0,

exit loop

add $t

5,

5,

3

subi $t

8,

8, 1

#repeat addition D number of times

j loop

_

_

exit

3

li $t

6 0

loop

_

_

beqz $t

0,

exit

4

#if A

= 0,

exit loop

add $t

6,

6,

2

subi $t

0,

0, 1

#repeat addition A number of times

j loop

_

_

exit

4

sub $t

9,

5,

6

#compute g result

#input resultG

_

ten

la $a

0,

resultG

_

ten

li $v

0, 4

syscall

move $a

0,

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

_

la $a

0,

resultG

_

li $v

0, 4

syscall

move $a

0,

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

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