I need help getting my last step to output correctly prompt asciiz Enter an IEEE 7 5 4 floating point number in decimal form $a sign label asciiz The sign is exp label asciiz The exponent is sig label asciiz The significand bits as an integer is trunc uint label asciiz The truncated unsigned integer value is final result label asciiz The truncated integer number is newline asciiz text Code goes here main Step 1 Read a floating point number la $a 0 , prompt li $v 0 , 4 syscall li $v 0 , 6 Syscall for reading a floating point number syscall mfc 1 $t 0 , $f 0 Move the floating point number to a temporary register Step 2 setup and call parse sign la $a 0 , sign label Load address of sign label li $v 0 , 4 System call for print string syscall move $a 0 , $v 0 Move the result of parse sign ( sign character ) to $a 0 li $v 0 , 1 1 System call for print character syscall move $a 0 , $t 0 Move the floating point number to $a 0 for parse sign jal parse sign Call parse sign move $a 0 , $v 0 Move the result of parse sign ( sign character ) to $a 0 li $v 0 , 1 1 System call for print character syscall Step 3 setup and call parse exponent Printing the exponent move $a 0 , $t 0 Move the floating point number to $a 0 for parse exponent jal parse exponent Call parse exponent After calling parse exponent move $a 0 , $t 0 Move the floating point number to $a 0 for parse exponent jal parse exponent Call parse exponent move $t 2 , $v 0 Store the result of parse exponent in $t 2 to avoid being overwritten new line la $a 0 , newline li $v 0 , 4 syscall Printing the exponent la $a 0 , exp label li $v 0 , 4 syscall move $a 0 , $t 2 Move the exponent result from $t 2 to $a 0 for printing li $v 0 , 1 System call for print integer syscall Step 4 setup and call parse significand move $a 0 , $t 0 Move the floating point number to $a 0 for parse significand jal parse significand Call parse significand move $a 1 , $v 0 move the result of parse significand to $a 1 for print new line la $a 0 , newline li $v 0 , 4 syscall la $a 0 , sig label li $v 0 , 4 syscall move $a 0 , $a 1 Use $a 1 for the significand result li $v 0 , 3 5 System call for print unsigned int syscall Step 5 setup and call calc truncated uint new line la $a 0 , newline li $v 0 , 4 syscall Step 5 setup and call calc truncated uint Print the label for the truncated unsigned integer value la $a 0 , trunc uint label Load address of the label into $a 0 li $v 0 , 4 System call for print string syscall Print the label move $a 0 , $t 2 Move the unbiased exponent to $a 0 move $a 1 , $v 0 Move the significand to $a 1 jal calc truncated uint Call calc truncated uint Printing the truncated unsigned integer value Assume calc truncated uint has been called and result is in $v 0 Print the truncated unsigned integer value move $a 0 , $v 0 Move the result of calc truncated uint to $a 0 for printing li $v 0 , 3 6 System call for unsigne integer syscall Print the integer in $a 0 Step 6 If you haven't been printing values along the way Print out the appropriate output here exit main li $v 0 , 1 0 1 0 is the exit program syscall syscall execute call end of ca asm IEEE 7 5 4 single precision floating point number based on the$a 0 signed i Gets the sign from an IEEE 7 5 4 single precision representation Argument parameters $a 0 IEEE 7 5 4 single precision floating point number ( required ) Return Value $v 0 ascii char for sign ( or ) ( required ) parse sign srl $v 0 , $a 0 , 3 1 Shift right to isolate the sign bit andi $v 0 , $v 0 , 0 x 1 Isolate the sign bit beqz $v 0 , sign is positive li $v 0 , ' ' Negative sign end parse sign jr $ra sign is positive li $v 0 , ' ' Positive sign jr $ra Gets the exponent from an IEEE 7 5 4 single precision representation Argument parameters $a 0 IEEE 7 5 4 single precision floating point number Return Value $v 0 signed integer of exponent value with bias removed parse exponent srl $t 1 , $a 0 , 2 3 Shift right to position the exponent bits andi $t 1 , $t 1 , 0 xFF Isolate the 8 exponent bits li $t 2 , 1 2 7 sub $v 0 , $t 1 , $t 2 Adjust end parse exponent Show all images Show all images Show all images done loading

The Answer is in the image, click to view ...

Question: I need help getting my last step to output correctly: prompt: . asciiz Enter an IEEE 7 5 4 floating point number in decimal form:

I need help getting my last step to output correctly: prompt:

.

asciiz "Enter an IEEE

754

floating point number in decimal form:

"

sign

_

label:

.

asciiz "The sign is:

"

exp

_

label:

.

asciiz "The exponent is:

"

sig

_

label:

.

asciiz "The significand bits as an integer is:

"

trunc

_

uint

_

label:

.

asciiz "The truncated unsigned integer value is:

"

final

_

result

_

label:

.

asciiz "The truncated integer number is:

"

newline:

.

asciiz

"

"

.

text # Code goes here

main:

# Step

1

: Read a floating point number

la $a

0,

prompt

li $v

0, 4

syscall

li $v

0, 6

# Syscall for reading a floating point number

syscall

mfc

1

0,

0

# Move the floating point number to a temporary register

# Step

2

: setup and call parse

_

sign

la $a

0,

sign

_

label # Load address of sign label

li $v

0, 4

# System call for print string

syscall

move $a

0,

0

# Move the result of parse

_

sign

(

sign character

)

to $a

0

li $v

0, 11

# System call for print character

syscall

move $a

0,

0

# Move the floating point number to $a

0

for parse

_

sign

jal parse

_

sign # Call parse

_

sign

move $a

0,

0

# Move the result of parse

_

sign

(

sign character

)

to $a

0

li $v

0, 11

# System call for print character

syscall

# Step

3

: setup and call parse

_

exponent

# Printing the exponent

move $a

0,

0

# Move the floating point number to $a

0

for parse

_

exponent

jal parse

_

exponent # Call parse

_

exponent

# After calling parse

_

exponent

move $a

0,

0

# Move the floating point number to $a

0

for parse

_

exponent

jal parse

_

exponent # Call parse

_

exponent

move $t

2,

0

# Store the result of parse

_

exponent in $t

2

to avoid being overwritten

# new line

la $a

0,

newline

li $v

0, 4

syscall

# Printing the exponent

la $a

0,

exp

_

label

li $v

0, 4

syscall

move $a

0,

2

# Move the exponent result from $t

2

to $a

0

for printing

li $v

0, 1

# System call for print integer

syscall

# Step

4

: setup and call parse

_

significand

move $a

0,

0

# Move the floating point number to $a

0

for parse

_

significand

jal parse

_

significand # Call parse

_

significand

move $a

1,

0

# move the result of parse

_

significand to $a

1

for print

# new line

la $a

0,

newline

li $v

0, 4

syscall

la $a

0,

sig

_

label

li $v

0, 4

syscall

move $a

0,

1

# Use $a

1

for the significand result

li $v

0, 35

# System call for print unsigned int

syscall

# Step

5

: setup and call calc

_

truncated

_

uint

# new line

la $a

0,

newline

li $v

0, 4

syscall

# Step

5

: setup and call calc

_

truncated

_

uint

# Print the label for the truncated unsigned integer value

la $a

0,

trunc

_

uint

_

label # Load address of the label into $a

0

li $v

0, 4

# System call for print string

syscall # Print the label

move $a

0,

2

# Move the unbiased exponent to $a

0

move $a

1,

0

# Move the significand to $a

1

jal calc

_

truncated

_

uint # Call calc

_

truncated

_

uint

# Printing the truncated unsigned integer value

# Assume calc

_

truncated

_

uint has been called and result is in $v

0

# Print the truncated unsigned integer value

move $a

0,

0

# Move the result of calc

_

truncated

_

uint to $a

0

for printing

li $v

0, 36

# System call for unsigne integer

syscall # Print the integer in $a

0

# Step

6

: If you haven't been printing values along the way

# Print out the appropriate output here.

exit

_

main:

li $v

0, 10

10

is the exit program syscall

syscall # execute call

## end of ca

.

asm

IEEE

754

single precision floating point number based on the$a

0 -

signed i

# Gets the sign from an IEEE

754

single precision representation

# Argument parameters:

# $a

0 -

IEEE

754

single precision floating point number

(

required

)

# Return Value:

# $v

0 -

ascii char for sign

(+

-) (

required

)

parse

_

sign:

srl $v

0,

0, 31

# Shift right to isolate the sign bit

andi $v

0,

0, 0

1

# Isolate the sign bit

beqz $v

0,

sign

_

_

positive

li $v

0,' -'

# Negative sign

end

_

parse

_

sign:

jr $ra

sign

_

_

positive:

li $v

0,' +'

# Positive sign

jr $ra

# Gets the exponent from an IEEE

754

single precision representation

# Argument parameters:

# $a

0 -

IEEE

754

single precision floating point number

# Return Value:

# $v

0 -

signed integer of exponent value with bias removed

parse

_

exponent:

srl $t

1,

0, 23

# Shift right to position the exponent bits

andi $t

1,

1, 0

xFF # Isolate the

8

exponent bits

li $t

2, 127

sub $v

0,

1,

2

# Adjust

end

_

parse

_

exponent:

I need help getting my last step to output correctly: prompt:

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Databases Questions!

clarifications: math.h functions may not be used in this project math.h was included in to the source code to provide the INFINITY constant needed by your get_fp() function for returning...

Objectives Learn to create and use a struct More practice with creating custom types Practice dynamically allocating arrays Learn to redirect a file to stdin Overview For this lab, you will input and...

For this lab, you will input and store a set of student records. For each student, you will keep track of their student id (sid), their name, and a list of course grades. From this information, you...

Please write a code for this assignment by Python . Thank you very much for your help. Tones Assignment Overview: This assignment involves the coding and testing of a program that uses arithmetic...

Introduction and learning objectives When you were learning about operational analysis earlier in the term, we talked about jobs that require multiple visits to the CPU (or servers) to receive their...

Python! help with my functions! Thank you! 11.12 Multiple committees (Make some tests hidden for 2021) The eventual goal of this assignment is to compute the total number of ways of forming a...

In Python please, don't copy from other places please. The eventual goal of this assignment is to compute the total number of ways of forming a collection of committees from an academic department of...

CS 215 Spring 2019 Project 1 Learning Objectives: - implementing an application using if/else and loops - introductory use of file input and output - validating user input and formatting output...

Question 5 The center of mass of the vertical 775-kg panel is at G. The panel is mounted on wheels which permit ease of horizontal movement along the fixed rail. If the bearing of the wheel at A...

From the Statistical Abstract of the United States, we obtained data on percentage of gross domestic product (GDP) spent on health care and life expectancy, in years, for selected countries. Those...

Work with a partner or in a small group to discuss these questions. Maddie converts four fractions to recurring decimals on her calculator. These are the answers she gets. These are the answers she...

In a shipment contract, title andf risk of loss pass to the buyer when the goods are properly tendered at the destination point.

1. Within the walls of a sterile prison Vickie Stringer began changing her life. Describe what mental processes were available to her in this environment.

1. If Ms. Perez displays the characteristics of the Director communication style, how should Eric conduct himself during the meeting? Be specific as you analyze those behaviors that would be admired...

3. It is not a good idea to put a label on someone and then assume the label tells us everything about the person. As Eric attempts to build rapport with Ms Perez, what other personal characteristics...