Design and write a modular python program for chapter $7$ programming exercise #$12$ from your textbook, with the following modifications:

prompt for input of a positive number and call a function to determine if all the numbers from $2$ up to and including the input number is a prime or composite number

display all the numbers tested with the appropriate label $($prime or composite$)$

after completing the task of displaying the numbers the program should ask for a second number input

entry of a negative number will end the program

Follow the program coding requirements found in the lab rubric.

$12.$ Prime Number Generation

A positive integer greater than $1$ is said to be prime if it has no divisors other than $1$ and itself. A positive integer greater than $1$ is composite if it is not prime. Write a program that asks the user to enter an integer greater than $1,$ then displays all of the prime numbers that are less than or equal to the number entered. The program should work as follows:

Once the user has entered a number, the program should populate a list with all of the integers from $2$ up through the value entered.

The program should then use a loop to step through the list. The loop should pass each element to a function that displays whether the element is a prime number, or a composite number.