NASM code must:

$1.$ Read number as input as the number of elements in array using the C function

scanf$().$ If the number less than or equal to $0,$ you must use $10$ as the array size.

$2.$ Read seed as input to use as the seed to the C function rand$(),$ using the C function

scanf$().$ If the number $0($zero$)$ is given as input, then you must use $3$ as the seed

value.

a$.$ Seed the rand$()$ with the given seed value. Check $$man $3$ rand$.$

$3.$ Read a value to apply to rand$()$ values as a modulo value $($ like the C operator $\%).$ If

the number is less than or equal to $0$ given as input, you must use the value $100$ as the

modulo value.

$4.$ Allocate an array of $4-$byte values, based on array size $($from step $1)$ using the C

function malloc$().$

$5.$ Loop through array and assign random numbers into array, modulo the input value

$($from step $3).$ C pseudo$-$code for this might look like:

int $*$array; $//4-$bytes per index

array $=$ malloc$($array$\_$size $*)$;

for$($int i $=0$; i $<$ array$\_$size; i$++)\{$

array$[$i$]=$ rand$()\%$ mod$\_$value;

$\}$

$6.$ Loop through the array from index $0$ to index $($array$\_$size $1)$ and print the

value from each index. This must be a separate loop from step $5.$

$7.$ No memory leaks.