const int buttonPin $=2$; $//$ Push button connected to pin $2$

const int counterPin $=3$; $//$ Hardware counter connected to pin $3($replace with specific counter pin$)$

const int segments$[]=\{4,5,6,7,8,9,10\}$; $//$ Seven segment display pins $($common cathode example$)$

int count $=0$; $//$ Variable to store the count value

void setup$()\{$

pinMode$($buttonPin$,$ INPUT$\_$PULLUP$)$; $//$ Set button pin as input with pull$-$up resistor

pinMode$($counterPin$,$ OUTPUT$)$; $//$ Set counter pin as output

for $($int segment : segments$)\{//$ Set seven segment display pins as outputs

pinMode$($segment$,$ OUTPUT$)$;

$\}$

$\}$

void loop$()\{$

if $(!$digitalRead$($buttonPin$))\{//$ Check if button is pressed $($active low with pull$-$up$)$

count$++$;

if $($count $>=10)\{//$ Reset counter if it reaches $10$

count $=0$;

$\}$

$\}$

displayNumber$($count$)$; $//$ Update seven segment display with current count

delay$(10)$; $//$ Debounce button $($optional$,$ prevents multiple counts per press$)$

$\}$

void displayNumber$($int digit$)\{$

$//$ Logic to control individual segments of the seven$-$segment display based on the digit $(0-9)$

$//$ You'll need to replace this with code specific to your seven$-$segment display type $($common cathode or common anode$)$

$//$ This example is not optimized and for demonstration purposes only

for $($int i $=0$; i $<7$; i$++)\{$

digitalWrite$($segments$[$i$],$ digit & $(1<<$ i$)?$ LOW : HIGH$)$;

$\}$

$\}$

Convert the program into assembly langu