Zeta
A simple module which allows you to make your own hashes and encryptions, whilst still allowing you to play around other ciphers and hashes!
As for now just do pip install git+https://github.com/Seniatical/Zeta/
Base Model Usage:
>>> from Zeta.Base import Models
>>> BaseModel = Models.Sen() ## This is for my custom encryption method!
>>> MyMessage = 'Hello, World!'
>>> BaseModel.encrypt(MyMessage)
'$3N!S+=2;^3z.*<,.*<,£6&X1}+=><><~S#"£6&X&'#|.*<,!35d&&4_'
>>> BaseModel.decrypt('$3N!S+=2;^3z.*<,.*<,£6&X1}+=><><~S#"£6&X&'#|.*<,!35d&&4_')
'Hello, World!'. If you would like to see all the base models so far just simply do this Models.__models__
. With this module you can also create and use your own hashes and encryptions!
from Zeta.Base import Creator
from Zeta.Base import Hashmap
## This is were you provide a hashmap or a dict for it be saved!
MyHash = Hashmap(5, {'A': 'something_unique'}, True)
## Now we have the hashmap object which we can create your encryption from
## 5 -> The size of each hashmap key, If your hash key are different from one another give the avg of them all
## The dict is your hashmap. To keep things simple you can just do that!
## True -> Shows all of the hash sizes are equal to 5
'''
Want custom lengths?
Input your dict like this:
{
"A": ['Something Unique', 16] ## Size of the hash this is just to make the deciphering easier
}
'''
MyCrypter = Creator.MakeCrypt(MyHash)
MyMessage = 'Hello, World!'
Encrypted = MyCrypter.encrypt(MyMessage)
## Same as the premade models
Decrypted = MyCrypter.decrypt(Encrypted)In the Near future I will make it allowable to use files such as .json and .yml to be used as your hash maps!