How can i modify the code i have to have the output be "The array has the following values: $102030405060$ max: $60,$ min: $10,$ average: $35"$ all on one line $.$ the current output is $"$ The array has the following values: max:$60,$ min: $10,$ average:$38.$ as you can see the current average is off by $3$ and the array values are missing. DO NOT HARDCODE THE ARRAY VALUES IN MYSTR$.$ and the output can all be on oneline

it should compile with nasm $-$f elf $64$ and gcc in assembly x$86$ in snowball

extern printf

section $.$data

mystr: db "The array has the following values: max: $\%$d$,$ min: $\%$d$,$ average: $\%$d$",0$xA$,0$ ; String format to use $($decimal$),$ followed by newline

myarr: dd $10,20,30,40,50,60$

temp: dd $0$

array$\_$size equ $($$ $-$ myarr$)/4$

min$\_$val: dd $0$

max$\_$val: dd $0$

sum$\_$val: dd $0$

section $.$text

global main

main:

; Initialize minimum and maximum with the first value of the array

mov eax, $0$

mov ecx, myarr

mov edx, DWORD $[$ecx$]$

mov $[$min$\_$val$],$ edx

mov $[$max$\_$val$],$ edx

; Loop to find min, max, and sum

xor eax, eax ; A $=0$

mov ecx, myarr ; C points to myarr

myloop:

mov ebx, DWORD $[$ecx $+4*$ eax$]$ ; Get the value B $=$ myarr$[$A$]$

mov $[$temp$],$ ebx

; Update minimum value

cmp ebx, $[$min$\_$val$]$

jge not$\_$min

mov $[$min$\_$val$],$ ebx

not$\_$min:

; Update maximum value

cmp ebx, $[$max$\_$val$]$

jle not$\_$max

mov $[$max$\_$val$],$ ebx

not$\_$max:

; Update sum value

add $[$sum$\_$val$],$ ebx

add eax, $1$ ; A$++$

cmp eax, array$\_$size ; Does A $==$ array$\_$size?

jl myloop ; if less, jump to myloop

; Calculate average

mov eax, $[$sum$\_$val$]$

mov ebx, array$\_$size

cdq

idiv ebx ; Divide sum by number of values

; Now print the result out

push rbp ; Preserve rbp

mov rbp$,$ rsp ; Set rbp as stack frame pointer

mov rdi, mystr ; Format of the string to print

mov rsi, $[$max$\_$val$]$ ; Maximum value to print

mov rdx$,[$min$\_$val$]$ ; Minimum value to print

mov rcx$,$ rax ; Average value to print

call printf

mov rsp$,$ rbp ; Reset rsp

pop rbp ; Restore rbp

mov eax, $0$

ret