Write an Aarch$64$ assembly language "main" function that tests several. The main function will perform the following tasks:

a$)$ Prompt the user to enter their $9-$digit ID number. The value of $n$ is based on the ID number according to the following rule $($System of Equations$).$

$n=56$ if ID# is even

$n=53$ if ID# is odd

b$)$ You will need two arrays of size $n(\text{'}$orig$\text{'}$ and 'dup'$).$ Your arrays of $n4-$byte integers must be allocated on the stack.

c$)$ Call the init$\_$array function to initialize your array orig.

d$)$ Call the print$\_$array function to print out the orig array.

e$)$ Call the copy$\_$array function to make a copy of your array duporig.

f$)$ Call the insertion$\_$sort function to sort your dup array.

g$)$ Call the print$\_$array function to print out your sorted dup array.

h$)$ Call the compute$\_$average function to compute the average of the dup array.

i$)$ Print out the average to standard output.

All the above$-$mentioned arrays have already been created. The main function just needs to call them.

This function is part of a larger Aarch$64$ assembly language program called arrayproc.s$.$ As such, it must have the appropriate "prologue" and "epilogue" statements to keep track of the call frame. Except for loop control variables, if the function uses local variables, they must be allocated on the stack.