Write an assembly code for the Tic Tac Toe game $(64$ARM but using $32-$bits $("$x$"$ registers$)).$ Following are the instructions:

$1)$ Display an empty grid with $9$ cells at the beginning of the game. The grid will have $3$ rows and $3$ columns. Each row and column will have numbers.

$2)$ There will be two players. Each player takes turns playing the game.

$3)$ To select a cell to place the symbol, the player enters the row and column numbers as Player $1$: $11$

$4)$ Once a player enters the cell, replace the cell with the corresponding symbol and display the grid.

$5)$ At the end of the game, display the outcome of the game. EXAMPLE of layout build as follows: $.$global main

main:

$//$ Display prompt

ldr x$0,=$prompt $//$ Load the address of prompt into x$0$

bl printf $//$ Call printf to display the prompt

$//$ Read user input

ldr x$0,=$format $//$ Load the address of format into x$0$

ldr x$1,=$number $//$ Load the address of number into x$1$

bl scanf $//$ Call scanf to read user input

$//$ Perform the SELECT$/$CASE construct

ldr x$1,=$number

ldr x$2,[$x$1]//$ Load the value of 'number' into x$2$

$//$ Perform the SELECT$/$CASE construct

cmp x$2,$ #$1//$ Compare x$2($number$)$ with $1$

beq case$\_1//$ Branch to case$\_1$ if equal

cmp x$2,$ #$2//$ Compare x$2($number$)$ with $2$

beq case$\_2//$ Branch to case$\_2$ if equal

b default$\_$case $//$ Branch to default$\_$case if no other cases matched

case$\_1$:

$//$ Statements if number is $1$

ldr x$0,=$msg$\_$case$\_1//$ Load the address of msg$\_$case$\_1$ into x$0$

bl printf $//$ Call printf to display the message

b end$\_$select $//$ Branch to end$\_$select after executing case$\_1$

case$\_2$:

$//$ Statements if number is $2$

ldr x$0,=$msg$\_$case$\_2//$ Load the address of msg$\_$case$\_2$ into x$0$

bl printf $//$ Call printf to display the message

b end$\_$select $//$ Branch to end$\_$select after executing case$\_2$

default$\_$case:

$//$ Statements if not any other case

ldr x$0,=$msg$\_$default $//$ Load the address of msg$\_$default into x$0$

bl printf $//$ Call printf to display the message

end$\_$select:

$//$ End of SELECT$/$CASE construct

$//$ Exit the program

mov x$8,$ #$93//$ Set the syscall number for exit

mov x$0,$ #$0//$ Set the exit status

svc #$0//$ Call the kernel

$.$data

prompt: $.$asciz "implement a Select$/$Case structure:$\backslash$

$1.$ Case $1$ actions$\backslash$

$2.$ Case $2$ actions$\backslash$

User Input: $"$

$.$align $4$

msg$\_$case$\_1$: $.$asciz "case $1$ actions will be taken$\backslash$

$"$

$.$align $4$

msg$\_$case$\_2$: $.$asciz "case $2$ actions will be taken$\backslash$

$"$

$.$align $4$

msg$\_$default: $.$asciz "input does not match with any case. Else actions$\backslash$

$"$

$.$align $4$

number: $.$byte $0$

format: $.$asciz $"\%$d$"$