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cryptography

Easy implementation of professional Python cryptography packages

Installation

pip install kabbes_cryptography

Usage

For more in-depth documentation, read the information provided on the Pages. Or better yet, read the source code.

import kabbes_cryptography as kcryp
import dir_ops as do

RSA

# Initializing RSA tokens
RSA_inst = kcryp.RSA()
RSA_inst.get_new_Keys( set = True )
RSA_inst.export_public_Key( do.Path( 'publickey' ) )
RSA_inst.export_private_Key( do.Path( 'privatekey' ) )

#Encryption with RSA
RSA_inst.encrypt( bytes('test', encoding = 'utf-8') )
print (RSA_inst.encrypted)

>>> b'nb\\\x02|:M\x82\x8a\xe1\xc7U\xfd\x1e\xc5O\xcc\x7f\x06\xc2~\xaf\x85"\ -- ETC -- '

#Decryption with RSA
dec_message = RSA_inst.decrypt()
print (dec_message.decode( 'utf-8' ))

>>> 'test'

AES

# Initializing AES
AES_inst = kcryp.AES()
AES_inst.prep_for_encrypt()

AES_inst.encrypt( bytes('test', encoding = 'utf-8') )
print (AES_inst.encrypted)

>>> b'\xd1\xf8\x0b='

dec_message = AES_inst.decrypt()
print (dec_message.decode( 'utf-8' ))

>>> 'test'

Combined

# Initializing Combined
Combined_inst = kcryp.Combined( Dir = do.Dir( do.get_cwd() ).join_Dir( path = 'CombinedEncryption' ) )
Combined_inst.RSA.import_private_Key( do.Path( 'privatekey' ), set=True )
Combined_inst.RSA.import_public_Key( do.Path( 'publickey' ), set=True )

Combined_inst.encrypt( bytes('test', encoding = 'utf-8' ) )
print (Combined_inst.encrypted)

>>> b'\xdeA\xe7\x1e'

dec_message = Combined_inst.decrypt()
print (dec_message.decode( 'utf-8 '))

>>> 'test'

Author

James Kabbes