PROGRAM $3$: Binary Output

Write an HLA Assembly program that prompts for an int$8$ value to inspect and then prints it in binary format. For example, here would be the program output for various entered values

Gimme a decimal value to print: $15$

$15$ is $0000\_1111$

Gimme a decimal value to print: $7$

$7$ is $0000\_0111$

$($Hint: There is no standard output that prints in binary output, so you need to do this yourself. In order to accomplish this, you need to move a bit at time into the carry flag and print $0$ or $1,$ depending on what you find in the Carry bit. Shift and repeat this procedure $8$ times and you are done! Eventually, we will learn how to loop, which would make this task much less terrible.$)$

$($Second Hint: LAHF pushes the Carry Bit and some of the other flags out of the EFLAGS register and into AH$.$ As an Assembly programmer, you have the power to mask out all the bits but the one you are interested in by using either AND or OR$.)$

Withoug using high level programming such as loops and if statements.

Here is my c code that works but want to convert to HLA assembly

#include

#include

$//$ Function to print a number in binary format

void printBinary$($int$8\_$t value$)\{$

$//$ Start with the most significant bit $($bit $7)$

for $($int i $=7$; i $>=0$; $--$i$)\{$

$//$ Check if the current bit is set $(1)$ or not $(0)$

if $($value & $(1<<$ i$))$

printf$("1")$;

else

printf$("0")$;

$//$ Add underscore for readability, every $4$ bits

if $($i $\%4==0$ && i $!=0)$

printf$("\_")$;

$\}$

printf$("$

$")$;

$\}$

int main$()\{$

int$8\_$t decimalValue;

$//$ Prompt user for input

printf$("$Gimme a decimal value to print: $")$;

scanf$("\%$hhd$",$ &decimalValue$)$;

$//$ Print the decimal value and its binary representation

printf$("\%$d is $",$ decimalValue$)$;

printBinary$($decimalValue$)$;

return $0$;

$\}$