Implement a Python program to determine all the prime numbers up to a

given user input integer value. Include the following additional

requirements:

$$ Include a multi$-$line program comment header that includes your name,

date, class, and short problem description.

$$ Create and use a Boolean returning function called isPrime that takes

an integer value and returns a Boolean value indicating whether the

passed integer value is a prime number $($True$)$ or not $($False$).$ No display

output is done in this function. HINT: The $\%$ operator divides one

number by another and returns the remainder of the division. In an

expression such as num$1\%$ num$2,$ the $\%$ operator will return $0$ if num$1$ is

evenly divisible by num$2.$

$$ Allow the user to enter the upper limit on the range when checking for

prime numbers between $2$ and an upper limit$.$

$$ Use a modular approach with a single $.$py file. Include and use a main

function to start the program, create variables, read input, call any

functions, and display output as required. Use parameters, not global

variables, to transfer data between functions. Include function docstrings

for created functions.

$$ Use only simple data types in your solution; do not use

lists$/$strings$/$arrays$/$tuples to hold numbers.

$$ Your output should include a descriptive message indicating the

following, each on a separate line $($as shown below$)$:

$$ the range that was checked for prime numbers,

$$ the identified prime numbers in the range $($separated by spaces with

no brackets$),$ and

$$ a count of the prime numbers in the range