Code and comments for each line of code please.

Write a $64-$bit NASM program to fill an array of quadwords of size ARRAY$\_$SIZE $($constant defined in the starter code. Ensure that your program uses these constants such that if the constant values are changed, your program accommodates the new values.

The given code includes three constants:

ARRAY$\_$SIZE$-$ The size of the array to be populated. See the array definition in the $.$bss section

START$\_$VALUE$-$ The value $($given in decimal form$)$ that is to start the sequence, and thus should be placed in the first element $($position $0$ of the array.

ADD$\_$Value$-$ Fill the second element $($position $1)$ of the array with the sum of the first element and this value. For each subsequent position, add the next multiple of this value to the previous value placed in the array.

For example, the starter code gives the values $10,14,$ and $3$ respectively for these constants. The resulting $($decimal$)$ values in the quadword array should be as follows:

$1417233244597798122149$

Array starts with $14.$ Add $3$ to $14,$ next array value $17.$ Add $6$ to $17,$ next array value is $23.$ Add $9$ to $23,$ next value is $32,$ and so on$.$

Starter code:

global$\_$start

section $.$text

ARRAY$\_$SIZE equ $10$

START$\_$VALUE equ $14$

ADD$\_$VALUE equ $3$

$\_$start:

; End the program

mov rax, $0$x$3$c ; system call for exit

xor rdi, rdi ; exit code $0$

syscall ; invoke operating system call

section $.$date ; start of initialized data segment

section $.$bss ; start of uninitialized data segment

array resq ARRAY$\_$SIZE