org $100$h ; Set origin to $100$h

; Data section

primeMsg db 'Prime numbers:$\text{'},0$x$0$D$,0$x$0$A$,\text{'}$$$\text{'}$

nameMsg db 'Your name:$\text{'},0$x$0$D$,0$x$0$A$,\text{'}$$$\text{'}$

idMsg db 'Your university ID:$\text{'},0$x$0$D$,0$x$0$A$,\text{'}$$$\text{'}$

comma db $\text{'},\text{'},\text{'}$$$\text{'}$

primes db $2,3,5,7,11,13,17,19$

name db 'Teja', $\text{'}$$$\text{'}$

id db $\text{'}12345\text{'},\text{'}$$$\text{'}$

hexArray db $0$x$54,0$x$65,0$x$6$A$,0$x$61,\text{'}$$$\text{'}$

; Code section

$\_$start:

mov ah$,09$h ; DOS function to print string

lea dx$,$ primeMsg ; Load address of the string to print

int $21$h ; Call DOS interrupt

mov si$,$ offset primes ; Load address of primes array

mov cx$,8$ ; Number of primes to print

printPrimesLoop:

mov al$,[$si$]$ ; Load the current prime number

call printChar ; Print the prime number

inc si ; Move to the next prime

loop printPrimesLoop ; Loop until all primes are printed

mov ah$,09$h ; DOS function to print string

lea dx$,$ nameMsg ; Load address of the string to print

int $21$h ; Call DOS interrupt

lea dx$,$ name ; Load address of name

call printString ; Print the name

mov ah$,09$h ; DOS function to print string

lea dx$,$ idMsg ; Load address of the string to print

int $21$h ; Call DOS interrupt

lea dx$,$ id ; Load address of ID

call printString ; Print the ID

lea dx$,$ hexArray ; Load address of hexArray

call printHexArray ; Print the hexArray

mov ah$,4$Ch ; DOS function to terminate program

int $21$h ; Call DOS interrupt

printChar:

mov ah$,02$h ; DOS function to print character

int $21$h ; Call DOS interrupt

ret

printString:

printStringLoop:

mov al$,[$dx$]$ ; Load current character

cmp al$,\text{'}$$$\text{'}$ ; Check if it's the end of the string

je printStringDone ; If yes, end the loop

call printChar ; Print the character

inc dx ; Move to the next character

jmp printStringLoop ; Loop until end of string

printStringDone:

ret

printHexArray:

mov si$,$ offset hexArray ; Load address of hexArray

printHexArrayLoop:

mov al$,[$si$]$ ; Load current byte from array

call printHexByte ; Print the byte

inc si ; Move to the next byte

cmp al$,\text{'}$$$\text{'}$ ; Check if it's the end of the array

jne printHexArrayLoop ; Loop until end of array

ret

printHexByte:

mov bl$,$ al ; Copy byte to bl

shr bl$,4$ ; Shift right to get the high nibble

call printNibble ; Print high nibble

mov bl$,$ al ; Copy byte to bl again

and bl$,0$Fh ; Clear high nibble to get the low nibble

call printNibble ; Print low nibble

ret

printNibble:

cmp bl$,9$ ; Check if the nibble is less than $10$

jae printHexLetter ; If greater or equal, print as letter

add bl$,\text{'}0\text{'}$ ; Convert nibble to ASCII digit

jmp printChar ; Print ASCII digit

printHexLetter:

add bl$,\text{'}$A$\text{'}-10$ ; Convert nibble to ASCII letter $($A$-$F$)$

jmp printChar ; Print ASCII letter

you give me this code for this question

Write a full assembly program that finds the prime numbers from $0-20.$

$1.$ Store the results in array

$2.$ Print the prime numbers separated by comma$(,)$

$3.$ Print your name and your university ID as two arrays each one on separate line.

$4.$ Convert your first name letters to equivalent hex values store them in array then print the elements separated by $($ :: $)$ sign.

dont use loop,procedure,push,pop,load $.$

but dont work on X$8086$