In at&t assmbly: Write a program that will collect some integers into an array and then rotate those elements

in the array according to the direction of the user. Here$$s a sample session:

Size of array: $5$

Enter $5$ integers

Element $0$: $11$

Element $1$: $22$

Element $2$: $33$

Element $3$: $44$

Element $4$: $55$

$11,22,33,44,55$

Rotate $($L$/$R$/$E$)?$ L

$22,33,44,55,11$

Rotate $($L$/$R$/$E$)?$ l

$33,44,55,11,22$

Rotate $($L$/$R$/$E$)?$ z

Try again. Rotate $($L$/$R$/$E$)?$ R

$22,33,44,55,11$

Rotate $($L$/$R$/$E$)?$ r

$11,22,33,44,55$

Rotate $($L$/$R$/$E$)?$ E

Goodbye.

You will implement four procedures:

$$ void getArray$($int n$,$ int $*$a$)$ will read n elements from the console and put them into the

specified array.

$$ void printArray$($int n$,$ int $*$a$)$ will print the n elements of the array on a single line sepa$-$

rated by commas.

$$ void rotateLeft$($int n$,$ int $*$a$)$ will rotate the array to the left one slot. An element in slot

i will be copied to slot i $1.$ The element in slot $0$ will find itself in slot n $1.$

$$ void rotateRight$($int n$,$ int $*$a$)$ will rotate the array to the right one slot. An element in

slot i will be copied to slot i $+1.$ The element in slot n $1$ will find itself in slot $0.$

After filling the array, print the contents out and prompt for a rotation $($L or R$)$ or exit $($E$).$ Allow for

case insensitivity. L and l should both trigger a left rotation. Repeat this process until the user selects

exit.

Don$$t try writing this program all at once. First, implement printArray with a fixed array. Next,

implement leftRotate and test it on that array, printing the array before and after the rotate. Do

the same with rightRotate. At this point, implement getArray. Once your functions are ready, go

ahead and get the prompt loop working. Adding case insensitivity of the prompt response will be the

final step.

Save your program as rotate.s$.$