Proc$\_3$: Ask the user for two $8-$bit integers. Then display 'TRUE' if first number $x$ second

number y$.$ Else print 'FALSE'.

Proc$\_4$: Ask the user for two $8-$bit integers. Then display 'TRUE' if first number $x$ second

number y$.$ Else print 'FALSE'.

Proc$\_5$: Ask the user for two $8-$bit integers. Then display 'TRUE' if first number $x==$ second

number $y.$ Else print 'FALSE'.

Debug your code well. It should work for signed$/$unsigned numbers. Also, handle any

overflow.

So$,$ your program should have $6$ procedures:

Main: show the menu, take user choice and call the other procedures.

$(2-6)$ Five more procedures for the $5$ operations above.

Submit a report with the code and screenshots showing the program is running.Create a program that functions as a simple Logical calculator for $8-$bit integers. It should

display a menu that asks the user to make a selection from the following list:

$x>y$

$xy$

$xyx==yx>$yFALSEx$$yFALSEx second

number $y.$ Else print $\text{'}$ FALSE $\text{'}.$

$Pro{c}_2$: Ask the user for two $8-$bit integers. Then display 'TRUE' $if$ first number $x$ second

number $y.$ Else print $\text{'}$ FALSE $\text{'}.$

$Pro{c}_3$: Ask the user for two $8-$bit integers. Then display 'TRUE' $if$ first number $x$ second

number $y.$ Else print 'FALSE'.

prepere this in visual studio irvine $32$