senol-randomizer 0.1.8.post1

Cryptography-inspired random generation experiment

senol-randomizer

An RNG-core-based random data generator written in a cryptographic style, but lacking any cryptographic proof, which creates an information asymmetry between the program and urandom.

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How does it work?

• First, it takes 256-bit numbers from /dev/urandom.
• Second, it processes these numbers using the powmod() function from the gmpy library, applying the operation a b modn, and does this for each n.
• The list of n values consists of 256-bit prime numbers.
• This output is also used in the generation of other data types.

How To Use?

Function Name	Description	Arguments	Returns
newstr()	Create random string with unicode range.	num:int, min_val:int, max_val:int	str
newint()	Create random integer with range.	min_val:int, max_val:int	int
newfloat()	Create random float with range.	min_val:int, max_val:int	float
newbyte()	Create random bytes.	num:int	bytes
newbool()	Create random bool.	No Argument	bool
RNG()	Core of library, create random big integer without range.	No argument	int
choice()	Selects a random element from the list.	lst:list	any
compress()	Maps the given number into the range between min and max in a way that minimizes modulo bias.	value,min_val:int,max_val:int	int

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Project Repo Github • Project Repo PyPI

Author Github Profile • Author PyPI Profile

--Batuhan Şenol