Implement the following pseudocode in assembly language. Use short$-$circuit evaluation and assume that val$1$ and $x$ are $32-$bit variables.

if $($ vall $>$ ecx $)$ AND $($ ecx $>$ edx $)$

$x=1$

else

$x=2$;

Implement the following pseudocode in assembly language. Use short$-$circuit evaluation and assume that $x$ is a $32-$bit variable.

if $($ ebx $>$ ecx$)$ OR $($ ebx $>$ vall$)$

$x=1$

else

$x=2$

Implement the following pseudocode in assembly language. Use short$-$circuit evaluation and assume that $x$ is a $32-$bit variable.

if $($ ebx $>$ ecx AND ebx $>$ edx$)$ OR $($ edx $>$ eax $)$

$x=1$

else

$x=2$

Implement the following pseudocode in assembly language. Use short$-$circuit evaluation and assume that A$,$ B$,$ and N are $32-$bit signed integers.

while $N>0$

if $N3$ AND