Please use Java

Decode this

24840000

24840004

264404b4

24050001

24050004

24070001

26100000

26100004

2610fffc

26310000

26730000

27bd0028

27bd0fa8

27bdf058

240803e9

27a20fa0

24420001

24420004

2442fffc

27a30fa4

24430000

00a22821

03a31821

006a1821

00a22822

006a1822

00a22823

006a1823

00022840

000218c0

00000000

1120fff6

1043000a

10600006

10000005

1000fffb

1000000a

14c2fff9

16120005

16720005

1443fffd

08000fa0

0c000000

0c0000dc

02002025

02202025

03a03025

03a01025

00601025

00001025

365204b4

225204b4

00c02024

02202024

03a03024

00601024

00001024

28a903e9

3c040000

3c043fa0

3c044104

3c044125

3c04c004

3c100000

3c110000

3c120040

3c130000

3c020000

3c021001

3c033fa0

8fb00014

8fb10018

8fb2001c

8e020000

8c430000

8c830008

ac670000

afbf0024

afb10018

afb2001c

ac400000

afa00004

To look like this in java

ASURITE ID

addiu $a0,$a0,0

addiu $a0,$a0,4

addiu $a0,$s2,1204

addiu $a1,$zero,1

addiu $a1,$zero,4

addiu $a3,$zero,1

addiu $s0,$s0,0

addiu $s0,$s0,4

addiu $s0,$s0,-4

addiu $s1,$s1,0

addiu $s3,$s3,0

addiu $sp,$sp,40

addiu $sp,$sp,4008

addiu $sp,$sp,-4008

addiu $t0,$zero,1001

addiu $v0,$sp,4000

addiu $v0,$v0,1

addiu $v0,$v0,4

addiu $v0,$v0,-4

addiu $v1,$sp,4004

addiu $v1,$v0,0

addu $a1,$a1,$v0

addu $v1,$sp,$v1

addu $v1,$v1,$t2

sub $a1,$a1,$v0

sub $v1,$v1,$t2

subu $a1,$a1,$v0

subu $v1,$v1,$t2

sll $a1,$v0,1

sll $v1,$v0,3

sll $zero,$zero,0

beq $t1,$zero,-40

beq $v0,$v1,40

beq $v1,$zero,24

beq $zero,$zero,20

beq $zero,$zero,-20

beq $zero,$zero,40

bne $a2,$v0,-28

bne $s0,$s2,20

bne $s3,$s2,20

bne $v0,$v1,-12

j 16000

jal 0

jal 880

or $a0,$s0,$zero

or $a0,$s1,$zero

or $a2,$sp,$zero

or $v0,$sp,$zero

or $v0,$v1,$zero

or $v0,$zero,$zero

ori $s2,$s2,1204

addi $s2,$s2,1204

and $a0,$a2,$zero

and $a0,$s1,$zero

and $a2,$sp,$zero

and $v0,$v1,$zero

and $v0,$zero,$zero

slti $t1,$a1,1001

lui $a0,0

lui $a0,16288

lui $a0,16644

lui $a0,16677

lui $a0,49156

lui $s0,0

lui $s1,0

lui $s2,64

lui $s3,0

lui $v0,0

lui $v0,4097

lui $v1,16288

lw $s0,20($sp)

lw $s1,24($sp)

lw $s2,28($sp)

lw $v0,0($s0)

lw $v1,0($v0)

lw $v1,8($a0)

sw $a3,0($v1)

sw $ra,36($sp)

sw $s1,24($sp)

sw $s2,28($sp)

sw $zero,0($v0)

sw $zero,4($sp)

and $a0,$s1,$zero

and $a2,$sp,$zero

and $v0,$v1,$zero

and $v0,$zero,$zero

slti $t1,$a1,1001

lui $a0,0

lui $a0,16288

lui $a0,16644

lui $a0,16677

lui $a0,49156

lui $s0,0

lui $s1,0

lui $s2,64

lui $s3,0

lui $v0,0

lui $v0,4097

lui $v1,16288

lw $s0,20($sp)

lw $s1,24($sp)

lw $s2,28($sp)

lw $v0,0($s0)

lw $v1,0($v0)

lw $v1,8($a0)

sw $a3,0($v1)

sw $ra,36($sp)

sw $s1,24($sp)

sw $s2,28($sp)

sw $zero,0($v0)

sw $zero,4($sp)

In the language of your choice, implement a program to decode the provided MIPS program. Each line of the file contains a single numeric instruction in hexadecimal representation. To perform this decoding you will need to implement a function that can extract a series of bits from the instruction. Pseudo code for this function might look something like this: integer get_bitfield(num, startbit, endbit) = (num>>start)&((1>start)&((1