#PrimePy
This is just a repository for me to mess around with prime numbers.
##Documentation
It is extremely easy to use PrimePy.
First make sure you import PrimePy:
# To put all PrimePy variables in global scope (dangerous)
from prime import *
# To keep everything namespaced under prime (safe)
import primeisPrime
Used to check if a number is prime or not.
Args: (num)
ArgsType: (int)
- @num: The number you want to check.
>>> isPrime(4)
False
>>> isPrime(7)
TruecheckAll
Runs the isPrime method on every number in the specified range. Be careful not to put a range too large or your terminal/application may crash.
Args: (start, finish, [watch])
ArgsType: (int, int, [bool])
- @start: The starting number for your check. (included)
- @finish: The ending number for your checks. (included)
- @watch: Set to true if you'd like to watch the process in the terminal window. Defaults to False.
>>> checkAll(3,5)
[[3, true], [4, false], [5, true]]primeChoice
Returns a prime number which matches the size specified by the user. Really large numbers return a long integer which is denoted by an uppercase L at the end of the returned number. You can see an example below.
Args: (size=[default 5])
ArgsType: (int)
- @size: The length you want your prime number to be. (default is 5)
>>>primeChoice(10)
3038527469
>>>primeChoice(100)
6103143511541228984402255519885099367572625065625579423598295162581554697203955830436556551892238347Ldisplay
Accepts a checkAll formatted list and beautifies it for the terminal.
>>> check = checkAll(3,5)
>>> display(check) # Check output in terminal windowbigPrime
Returns a large prime number.
>>> bigPrime()
208076533816577##Tests
To run tests, navigate to the prime directory in your terminal and execute the following command:
$ python tests.py