in MIPS

given code:

# The following code is provided by the professor. #

# DO NOT MODIFY any code above the STUDENT_CODE label. #

# #

# The professor will not troubleshoot any changes to this code. #

#################################################################

.data

.align 0

# Define strings used in each of the printf statements

msg1: .asciiz "Welcome to Prime Tester "

msg2: .asciiz "Enter a number between 0 and 100: "

msg3: .asciiz "Error: Invalid input for Prime Tester "

msg4: .asciiz "The entered number is prime "

msg5: .asciiz "The entered number is not prime "

ec_msg: .asciiz " is prime " # Reserved for use in extra credit

.align 2

.text

.globl main

# The following macros are provided to simplify the program code

# A macro can be thought of as a cross between a function and a constant

# The assembler will copy the macro's code to each use in the program code

# Display the %integer to the user

# Reserved for extra credit

.macro display_integer (%integer)

li $v0, 1 # Prepare the system for output

add $a0, $zero, %integer # Set the integer to display

syscall # System displays the specified integer

.end_macro

# Display the %string to the user

.macro display_string (%string)

li $v0, 4 # Prepare the system for output

la $a0, %string # Set the string to display

syscall # System displays the specified string

.end_macro

# Compute the square root of the %value

# Result stored in the floating-point register $f2

.macro calc_sqrt (%value)

mtc1.d %value, $f2 # Copy integer %value to floating-point processor

cvt.d.w $f2, $f2 # Convert integer %value to double

sqrt.d $f2, $f2 # Calculate the square root of the %value

.end_macro

# Determine if the %value is less-than or equal-to the current square root value in register $f2

# Result stored in the register $v1

.macro slt_sqrt (%value)

mtc1.d %value, $f4 # Copy integer %value to floating-point processor

cvt.d.w $f4, $f4 # Convert integer %value to double

c.lt.d $f4, $f2 # Test if %value is less-than square root

bc1t less_than_or_equal # If less-than, go to less_than_or_equal label

c.eq.d $f4, $f2 # Test if %value is equal-to square root

bc1t less_than_or_equal # If equal-to, go to less_than_or_equal label

li $v1, 0 # Store a 0 in register $v1 to indicate greater-than condition

j end_macro # Go to the end_macro label

less_than_or_equal:

li $v1, 1 # Store a 1 in register $v1 to indicate less-than or equal-to condition

end_macro:

.end_macro

main:

# This series of instructions

# 1. Displays the welcome message

# 2. Displays the input prompt

# 3. Reads input from the user

display_string msg1 # Display welcome message

display_string msg2 # Display input prompt

li $v0, 5 # Prepare the system for keyboard input

syscall # System reads user input from keyboard

move $a1, $v0 # Store the user input in register $a0

j student_code # Go to the student_code label

error:

display_string msg3 # Display error message

j exit

isprime:

display_string msg4 # Display is prime message

j exit

notprime:

display_string msg5 # Display not prime message

exit:

li $v0, 10 # Prepare to terminate the program

syscall # Terminate the program

#################################################################

# The code above is provided by the professor. #

# DO NOT MODIFY any code above the STUDENT_CODE label. #

# #

# The professor will not troubleshoot any changes to this code. #

#################################################################

# Place all your code below the student_code label

student_code:

please use commenting

Requirements Convert the blocks of code (listed below) from the provided C program into the equivalent MIPS assembly code. Refer to the C Program tab in the Reference Material section for a listing of the entire C program. Students should refer to the List of Prime Numbers tab in the Reference Material section for help with testing their extra credit solution. Request Input from User Note 1: This section has been completed by the professor. Note 2: The user's input is stored in register $a1. int inputs int is Prine - 1; Get user input printf(welcome to Prime Tester"); printf("Enter a number between 0 and 100); scanf("%d", $input); Test for Valid Input Determine if the user's input (register $a1) falls outside the valid range If the user's input is outside the valid range, move to the error label provided by the professor IF(input input > 100) print("Error : Invalid Input for Prime Testerin) exit(0); macro Perform Prime Test Determine if the user's input represents a prime number To compute the square root of the user's input, call the calc_sqrt macro provided by the professor . The result of the calc_sqrt macro is stored in floating-point register $82 for later use by the sit_sart Example: calc_sqrt $rs To test if a value is less than or equal to the square root value computed by the calc_sqrt macro, call the sit_sqrt macro provided by the professor The result of the sit_sqrt macro is stored in register $v1 Example: sit_sort Srs To display the prime or not prime messages, move to the isprime or notprime labels provided by the professor (input) IsPrise } else if(input 2 input - 2) IsPrie - 0 > for(int * 3 *