Can you write code based on CPUlator's ARMv$7$ DE$1-$SoC system containing an ARMv$7$processor$?$

Figure $2.$ FlowcCan you write code based on CPUlator's ARMv$7$ DE$1-$SoC system containing an ARMv$7$processor$?$Can you write code based on CPUlator's ARMv$7$ DE$1-$SoC system containing an ARMv$7$processor$?$hart of the game.

Explanation of the Game

"Calculate the Sum" is an addition skill game played using $7-$Segment Display and Push button.

The aim of the game is to collect $5$ randomly appearing numbers between $1$ and $9$ each time

and get the correct answer.

The gameplay is as follows:

By pressing "Push Button $3"5$ times, different random numbers are generated each time and

the number is displayed on the screen. These numbers that appear each time are added up$.$

Then, by pressing the $1$ and $2$ Push Buttons, a total of $7$ segments between $0$ and $100$ are

selected on the display. $($Push button number $1$ increases, push button number $2$ decreases.$)$

After the total found by the user is seen on the screen, push button number $0$ is pressed and the

program says it is true or false.

Figure $1.$ Example Game Session

main$\_$loop is the main subroutine from which the code is executed. The wait$\_$timer subroutine is

the timer that works to generate random numbers. The key$\_$press subroutine is the subroutine

used to understand which key was pressed. increment$\_$value, decrement$\_$value are subroutines

that increase and decrease the value entered by the user on the screen. capture$\_$value,

add$\_$loop, capture$\_$numbers are the necessary subroutines for summing the selected numbers.

The compare, won$\_$display, fail$\_$display subroutines compare the value entered by the user and

calculated by the machine and tell the user the result of the game.