: Write a MIPS program that uses Procedures to create an Electronic Bingo Cage

Machine $($similar to the one used in class$).$ The Bingo cards have decimal numbers from $-31$ to

$32.$

Using MARS, write a MIPS assembly language program to produce a random integer from $-31$

to $32$ inclusive when the user hits enter. The program should not repeat a number once it has

been called. The procedure you will implement is:

$$ Create an array of data from $-31$ to $32$ called BingoArray

$$ Write code that runs the Fisher$-$Yates Shuffle to randomize the array

$$ You will use the syscall $42$ Random Int Range. Add to your SysCall.asm file

$.$eqv SysRandIntRange $42$

$$ Your code should call a procedure called SWAP. The SWAP procedure:

$$ Store any variables you will use on your procedure on the stack

$$ Inputs: i$,$ j

$$ Exchange BingoArray$[$i$]$ and BingoArray$[$j$]$

$$ Restore the used variables from the stack

The pseudo$-$code for the Fisher$-$Yates Shuffle is

To shuffle an array a of n elements $($indices $0..$n$-1)$:

for i from n$1$ down to $1$ do

j $$ random integer such that $0<=$ j $<=$ i

exchange a$[$j$]$ and a$[$i$]$

Then assemble and run the program with MARS to show and capture the output for the first $10$

bingo calls in decimal and show it for two different runs