Help on class ConverterBox in module __main__:

class ConverterBox
 |  Provides functions and wrapper code to encrypt text. Really nothing more than a convenient namespace.
 |  
 |  Methods defined here:
 |  
 |  __init__(self)
 |      Sets up a dictionary mapping cipher names to functions that encrypt using those ciphers.
 |  
 |  atbash(self, key, text)
 |      Alphabet-reversing cipher first discovered when used to encrypt old Hebrew texts.
 |  
 |  deROTX(self, key, text)
 |      Like ROT47, but rather than a 47-character shift, determines the number to shift by 
 |      the length of the message. This function decrypts using ROTX.
 |  
 |  deVig(self, key, text)
 |      The Vigenere autokey cipher.
 |  
 |  doByte(self, plain, shift)
 |  
 |  enROTX(self, key, text)
 |      Like ROT47, but rather than a 47-character shift, determines the number to shift by 
 |      the length of the message to be enciphered. This function encrypts using ROTX.
 |  
 |  enVig(self, key, text)
 |      The Vigenere autokey cipher, implemented by splitting the text into a list of charac-
 |      ters and then operating byte-wise on each in turn.
 |  
 |  encrypt(self, cipher, key, text)
 |      Wrapper function that calls the appropriate function when given a cipher name.
 |  
 |  hexlify(self, key, text)
 |      Uses the binascii module to return the 2-digit hexadecimal representation of every character.
 |  
 |  rot13(self, key, text)
 |      The classic 13-character Caesar shift.
 |  
 |  rot47(self, key, text)
 |      Expanded ROT13, using the upper 94 characters of the ASCII set.
 |  
 |  unhexlify(self, key, text)
 |      Uses the binascii module to return the ordinal byte for every 2-digit hexadecimal string passed in.