LC3 ASSEMBLY HELP. I have written the code for "Reads", "IsPrime" and "ResultS" now i need to combine them so they work as an program and gives me the results as in the picture i attached. i also included the code for them all here in text format so you easily can edit them, and give me the correct code so i can just put it inside LC3 and run so it works. Thank you so much for helping very appreaciated :)"Reads" Code: .ORIG x3000readS LEA R0, prompt ; Load effective address of prompt message PUTS ; Display prompt message AND R0, R0, #0 ; Clear R0 to store the result ; Read first digit GETC ; Read first digit OUT ; Echo first digit LD R1, ASCII_OFFSET ; Load ASCII offset to subtract from digit character ADD R0, R0, R1 ; Convert digit character to integer ; Subtract '0' (ASCII 48) from the character to get the numerical value ADD R0, R0, #-48 ; Convert ASCII digit to integer ; Shift left by 4 bits to make room for the second digit ADD R0, R0, R0 ; Shift to left to make room for second digit ; Read second digit GETC ; Read second digit OUT ; Echo second digit LD R1, ASCII_OFFSET ; Load ASCII offset to subtract from digit character ADD R2, R0, R1 ; Convert digit character to integer (store in R2) ADD R2, R2, #-48 ; Convert ASCII digit to integer (of the second digit) ; Add the two digits (already converted to integers) and store in R0 ADD R0, R0, R2 ; Combine first and second digitRET ; Return from functionprompt .STRINGZ "Input a 2 digit decimal number: "ASCII_OFFSET .FILL xFFD0 ; ASCII offset to convert digit character to integer.END "IsPrime" Code: .ORIG x3000isPrime ST R1, SAVE_R1 ; Save the original value of R1 AND R1, R1, #0 ; Clear R1 (to use as a counter) BRz ZERO_CASE ; Handle the case when the input is 0LOOP ADD R1, R1, #1 ; Increment the counter ADD R1, R1, #1 ; Check for divisibility by counter + counter DIV R0, R1 ; Divide the input by (counter + counter) BRnp IS_PRIME ; If the remainder is not 0, the number is prime BRz NOT_PRIME ; If the remainder is 0, the number is not primeIS_PRIME AND R0, R0, #0 ; Clear R0 ADD R0, R0, #1 ; Set R0 to 1 (prime) BRnzp DONE ; Branch to DONENOT_PRIME AND R0, R0, #0 ; Clear R0 (not prime) BRnzp DONE ; Branch to DONEZERO_CASE AND R0, R0, #0 ; Clear R0 (0 is not prime)DONE LD R1, SAVE_R1 ; Restore the original value of R1 RET ; Return from the functionSAVE_R1 .BLKW 1 ; Storage for saving R1.END "ResultS" Code: .orig x3000 ;; Function: resultsresults LD R0, RO ; Load the value from RO into R0 BRz not_prime ; Branch if the value in R0 is zero LEA R0, prime_msg ; Load the address of the prime message OUT ; Output the prime message HALT ; Halt the programnot_prime LEA R0, not_prime_msg ; Load the address of the not prime message OUT ; Output the not prime message HALT ; Halt the program ;; Data sectionprime_msg .STRINGZ "The number is prime
"not_prime_msg .STRINGZ "The number is not prime
"RO .FILL #value ; Fill the value of RO here .end Write an assembly program that first reads a 2 digit decimal number using the function"reads" then checks if the number is prime or not using the function "isPrime" and thenshows on the display a message that says if the number was prime or not by using thefunction "results". The program should run in an infinite loop (when the function resultsreturns, the program jumps back to function readS). A typical screen dump of the consoleshould look something like this:Input a 2 digit decimal number:12The number is not primeInput a 2 digit decimal number:02The number is prime

Question

LC3 ASSEMBLY HELP. I have written the code for &#34;Reads&#34;, &#34;IsPrime&#34; and &#34;ResultS&#34; now i need to combine them so they work as an program and gives me the results as in the picture i attached. i also included the code for them all here in text format so you easily can edit them, and give me the correct code so i can just put it inside LC3 and run so it works. Thank you so much for helping very appreaciated :)&#34;Reads&#34; Code: .ORIG x3000readS  LEA R0, prompt     ; Load effective address of prompt message       PUTS                ; Display prompt message       AND R0, R0, #0       ; Clear R0 to store the result       ; Read first digit       GETC                 ; Read first digit       OUT                  ; Echo first digit       LD R1, ASCII_OFFSET  ; Load ASCII offset to subtract from digit character       ADD R0, R0, R1       ; Convert digit character to integer       ; Subtract '0' (ASCII 48) from the character to get the numerical value       ADD R0, R0, #-48     ; Convert ASCII digit to integer       ; Shift left by 4 bits to make room for the second digit       ADD R0, R0, R0       ; Shift to left to make room for second digit       ; Read second digit       GETC                 ; Read second digit       OUT                  ; Echo second digit       LD R1, ASCII_OFFSET  ; Load ASCII offset to subtract from digit character       ADD R2, R0, R1       ; Convert digit character to integer (store in R2)       ADD R2, R2, #-48     ; Convert ASCII digit to integer (of the second digit)       ; Add the two digits (already converted to integers) and store in R0       ADD R0, R0, R2       ; Combine first and second digitRET                     ; Return from functionprompt .STRINGZ &#34;Input a 2 digit decimal number: &#34;ASCII_OFFSET .FILL xFFD0  ; ASCII offset to convert digit character to integer.END &#34;IsPrime&#34; Code: .ORIG x3000isPrime    ST R1, SAVE_R1  ; Save the original value of R1    AND R1, R1, #0  ; Clear R1 (to use as a counter)    BRz ZERO_CASE   ; Handle the case when the input is 0LOOP    ADD R1, R1, #1  ; Increment the counter    ADD R1, R1, #1  ; Check for divisibility by counter + counter    DIV R0, R1      ; Divide the input by (counter + counter)    BRnp IS_PRIME   ; If the remainder is not 0, the number is prime    BRz NOT_PRIME   ; If the remainder is 0, the number is not primeIS_PRIME    AND R0, R0, #0  ; Clear R0    ADD R0, R0, #1  ; Set R0 to 1 (prime)    BRnzp DONE      ; Branch to DONENOT_PRIME    AND R0, R0, #0  ; Clear R0 (not prime)    BRnzp DONE      ; Branch to DONEZERO_CASE    AND R0, R0, #0  ; Clear R0 (0 is not prime)DONE    LD R1, SAVE_R1  ; Restore the original value of R1    RET             ; Return from the functionSAVE_R1 .BLKW 1     ; Storage for saving R1.END &#34;ResultS&#34; Code: .orig x3000        ;; Function: resultsresults LD R0, RO      ; Load the value from RO into R0        BRz not_prime  ; Branch if the value in R0 is zero        LEA R0, prime_msg ; Load the address of the prime message        OUT             ; Output the prime message        HALT            ; Halt the programnot_prime        LEA R0, not_prime_msg ; Load the address of the not prime message        OUT             ; Output the not prime message        HALT            ; Halt the program        ;; Data sectionprime_msg .STRINGZ &#34;The number is prime
&#34;not_prime_msg .STRINGZ &#34;The number is not prime
&#34;RO      .FILL  #value    ; Fill the value of RO here        .end Write an assembly program that first reads a 2 digit decimal number using the function&#34;reads&#34; then checks if the number is prime or not using the function &#34;isPrime&#34; and thenshows on the display a message that says if the number was prime or not by using thefunction &#34;results&#34;. The program should run in an infinite loop (when the function resultsreturns, the program jumps back to function readS). A typical screen dump of the consoleshould look something like this:Input a 2 digit decimal number:12The number is not primeInput a 2 digit decimal number:02The number is prime

Accepted Answer

Certainly! LC-3 (Little Computer 3) is a type of educational computer architecture designed to teach…