secretrandom 1.1rc1

Unpredictable random number generation for cryptography (random + secrets module combined.)

secretrandom

The combination of the random and the secrets module for unpredictable number generation

Includes:

• Password & passcode generation for authentication.
• Random number generation as the random module.
• Powered with ⚡true optimization and unpredictability.⚡

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Documentation guide

All functions:

• randpwd() — Password generation
• randcode() — Passcode and PIN generation
• randint() — Random whole integer generation
• randflt() — Random float generation
• choice() — For random choices
• shuffle() — For random shuffles

randpwd()

Generates strong or weak passwords based on the length (1st argument) and the strength (2nd argument).

import secretrandom

password = secretrandom.randpwd(17, 'strong')
print(password) # Prints out strong password with 17 chars.
    

NOT RECOMMENDED! Generate weak passwords for examples.

password = secretrandom.randpwd(0, 'weak')
print(password) # Prints out weak password like Tran$f0rm3rsr0ck!
    

randcode()

Generates passcodes or PINs based on the length as the only argument.

passcode = secretrandom.randcode(6)
print(passcode) # Prints out passcode with 6 integers
    

randint()

Random whole integer generator starting from 1st arg to 2nd arg with steps (3rd arg)

random_num = secretrandom.randint(1, 4)
print(random_num) # Prints out a number between 1-4
    

OR

random_num = secretrandom.randint(1, 6, 2)
print(random_num) # Prints out a number either 2, 4, or 6
    

randflt()

Random float generator from 1st arg to 2nd arg

random_flt = secretrandom.randflt(1, 2)
print(random_flt) # Prints out random float from 1 to 2 (like 1.673)
    

choice()

Chooses part of a list of values.

choice = secretrandom.choice('abcd')
print(choice) # Prints out what it chose (either a, b, c, or d)
    

And finally shuffle()

Shuffles a list of values.

data = ['a', 'b', 'c', 'd']
secretrandom.shuffle(data)
print(data) # Shuffles the list of values.
    

Any questions? Email here