NO PSEUDO OR LI LA INSTRUCTIONS

GIVE CODE IN MIPS PROGRAMMING LANGUAGE ONLY AND NO PSEUDO INSTRUCTIONS give full proper code

In this assignment, you are to complete a MIPS program so it will perform the required tasks. The main function of the code is provided. You are to complete the program by writing four functions. Pay particular attention to the purpose of each function and how the parameters and stack are to be used. NO pseudo code/extended formats. Turn off the option on MARS under settings that allows the use of these instructions,

1. print

$a0 integer value to print

$a1 address of string to print

This function must first print the string and then print the integer. Both outputs must be on the same line. End the output with a newline

2. multiplication $a0 first integer

$a1 second integer $v0 first integer * second integer

This function is to calculate and return the result of multiplying the first argument by the second argument. Assume that both arguments are greater than zero. You must calculate the result using a loop. Using any version of the mult instruction is NOT ACCEPTABLE.

3. getpos

$v0 positive integer input

This function must prompt the user to input a positive integer and then get input from the user. The process of printing a prompt and then reading input must be repeated until a value greater than zero is input. The input value is then returned in $v0. The prompt string will need to be added to the .data segment.

4. getinput

$a0 address to store the first value

$a1 address to store the second value

This function will call the getpos function (above) two times. The result of the first call should be stored into memory at the location given in $a0 and the result of the second call should be stored into memory at the location given in $a1. As this function calls another function, the $ra must be stored on the stack at the beginning of the function. Also, the $ra and $sp must be restored at the end of the function.

General: Comment the beginning of your programs with your name, class ID, and assignment number.

Comment every instruction.

Comment each function. Describe which registers are used in the function and how they are used.

Submit your file with the complete program.

.data num1: .word 0 num2: .word 0 answer: .asciiz The product is # add other strings at this point as needed

.text .globl main

main:

jal getpos # get a positive number for the loop

addi $s0, $v0, 0 # save input value

repeat:

beq $s0, $0, end # while there are more repeats

lui $a0, 0x1001 # get address of first word

addiu $a1, $a0, 4 # get address of second word

jal getinput # call function to get input, store into addresses

lui $t0, 0x1001 # get address of first word

lw $a0, 0($t0) # get the first value from memory

lw $a1, 4($t0) # get the second value from memory

jal multiply # multiply the values, result in $v0

addi $a0, $v0, 0 # get value to print from $v0

lui $a1, 0x1001 # get start of data section

addi $a1, $a1, 8 # get start of the product output string

jal print # print results

addi $s0, $s0, -1 # decrement counter

j repeat # do it agin

end: ori $v0, $0, 10 # set command to stop program,

syscall # end program