def encodeVigenere(self, key):
"""endodes using a key"""
key = key.upper().replace(" ", "")
encode = Vig(key)
cipherText = encode.encode(self.planeText)
if (self.verbose == 1):
print(cipherText)
return (cipherText)
def decodeVigenere(self, key):
"""decode a viginere with known key"""
key = key.upper().replace(" ", "")
decode = Vig(key)
planeText = decode.decode(self.cipherText)
if (self.verbose == 1):
print(planeText)
return (planeText)
def test_encryption(self):
plainText = 'TOBEORNOTTOBE'
key = 'RELATIONSRELA'
cipheredText = 'KSMEHZBBLKSME'
self.assertEqual(cipheredText,
Vigenere(plainText, None, key).encryption())
def main(argv):
# Create instance of the CipherInterface
cipher = CipherInterface()
if len(argv) < 6:
print("ERROR: not enough arguments filled out")
else:
cipherName = argv[1]
key = argv[2]
encOrDec = argv[3]
textInput = argv[4] + ".txt"
textOutput = argv[5] + ".txt"
# print(cipherName)
# print(key)
# print(encOrDec)
# print(textInput)
# print(textOutput)
# Open inputfile to read contents
# assign contents to variable to encrypt/decrypt
inputFile = open(textInput, "rt")
contents = inputFile.read()
inputFile.close()
# print("File Contents")
# print(contents)
# Choose the cipher
if cipherName.lower() == "plf":
print("Playfair is chosen")
cipher = Playfair()
elif cipherName.lower() == "vig":
print("Vigenere is chosen")
cipher = Vigenere()
elif cipherName.lower() == "rfc":
print("Railfence is chosen")
cipher = Railfence()
elif cipherName.lower() == "rts":
print("Row Transposition is chosen")
cipher = RowTransposition()
elif cipherName.lower() == "ces":
print("Caesar is chosen")
cipher = Caesar()
# Set the encryption key
cipher.setKey(key)
if (encOrDec.lower() == "enc"):
# Perform encryption
outputText = cipher.encrypt(contents)
else:
# Perform decryption
outputText = cipher.decrypt(contents)
# Create and write into output file the outputText
outputFile = open(textOutput, "w+")
outputFile.write(outputText)
outputFile.close()
def cipherVig(key):
#key = int(key)
key = str(key)
kek = Vigenere()
text = Files.ReadFromFile()
print('text:', kek.NormilizeText(text), 'key:', key)
#a = input()
Files.WriteInFile(kek.encrypt(key, kek.NormilizeText(text)))
menu += "|"+(" "*5)+subtitulo+(" "*28)+"|"+salto
menu += linea+salto+"|"+(" "*5)+tit_algs+(" "*51)+"|"+salto
menu += "|"+(" "*10)+tit_algo_uno+(" "*36)+"|"+salto
menu += "|"+(" "*10)+tit_algo_dos+(" "*19)+"|"+salto+linea+salto
menu += "|"+(" "*5)+tit_algo_tres+(" "*14)+"|"+salto
menu += "|"+(" "*20)+tit_help_uno+(" "*13)+"|"+salto
menu += "|"+(" "*30)+tit_help_dos+(" "*10)+"|"+salto+linea+salto
menu += "|"+(" "*5)+tit_config+(" "*23)+"|"+salto
menu += "|"+(" "*15)+tit_help_config_uno+(" "*8)+"|"+salto+linea+salto+cabecera
print(menu)
else:
# Se valida que el usuario escogió la opción de algoritmo Vigenere Autoclave
if(sys.argv[1] == "-va"):
vigenere = Vigenere()
# En caso de que el usuario no coloque el parametro de ayuda y no hayan mas parametros,
# de igual forma se muestra el menú
if(len(sys.argv)) <= 3:
sys.argv.insert(2, "-a")
# Se valida que el usuario escogió el menú de ayuda y se muestra
else:
# Se realiza el cargue de la clave en claro y se quitan los espacios en blanco
archivoClave = open(sys.argv[4], "r",encoding='ISO-8859-1')
for lineaFileClave in archivoClave.readlines():
clave = lineaFileClave
archivoClave.close()
clave = clave.replace(" ", "")
tamClave = len(clave)
# Se valida que el usuario escogió la opción de ayuda para algoritmo Virgene (Autoclave)
def dechipherVig(key):
key = str(key)
kek = Vigenere()
text = Files.ReadFromFile()
Files.WriteInFile(kek.decrypt(key, kek.NormilizeText(text)))
@author: omeil
"""
import Vigenere as VV
from Vigenere import Vigenere as Vin
import numpy as np
pr = True
fake = Vin("FAKE")
cipher = "OCNYBIFHBRUPBNYAZGBBNBYESSYXYYNSQVMFDCHDNCSWHTEGNPMNLRSWXRYPPAFNGBUCFNGBISLRTRPILFXYXOMUXBTIHFXRHONRLQIOFYLRBBXNFGHVNLPMNOHJBRIONBKAIKBBLCGZUZXGTHBRBKQFCFHLFRFVZFUBCAZYORBRKLBAYZHRISLBYCYWFRLDSCGUXPCSUPHLIOHQZJPKMJHPMRQVWCXSFPHKFVYEFGMRYLXQDCGZTLEHBRTGSPLVWEFRBNKZPFNUTRUKCAVGUWYFYPBAYXXCQOHPBCOHFNGBTMIHKQUCLVXBQCGCVPJSMFACXWNULGMSHGEGQGAVOCNSSBNPUWLRWWPILCHMSMIHKFVRXYXBNOMFXQZSUEGGOUNBUPFONUXDSSYGACXFYGVFFRLRYSTSISRMVFNRXKJBAFAMSSMRGBUVYFXRISBBFCMSMFMCNDYFMRPGNGHKFWFVYRNMFNFNCSMVWCUVYTHJESHQHMS"
ln = VV.findL(cipher)
#keyholder = np.zeros(l)
for i in range(26):
for j in range(26):
for k in range(26):
for l in range(26):
for m in range(26):
for n in range(26):
keyholder = np.array((i, j, k, l, m, n))
key = ""
for i in range(len(keyholder)):
ch = chr((keyholder[i] % 26) + 65)
key += ch
vin = Vin(key)
decode = vin.decode(cipher)
if (pr == True):
print(decode)
#!/usr/bin/env python3
''' decrypts the first passage'''
from Vigenere import Vigenere
keyword_1 = 'kryptos'
keyword_2 = 'abscissa'
with open('text_a.txt', 'r') as f:
text = f.read().replace('\n', '').lower()
key_1 = 'betweensubtleshadingandtheabsenceoflightliesthenuanceofiqlusion'
text = text[len(key_1):].replace('?', '')
print(text)
my_decriptor_1 = Vigenere(keyword_1, keyword_2)
text_dec = my_decriptor_1.decrypt(text)
print(text_dec)
def test_encrypt(self):
plaintext = "TOBEO"
encrypt = "KSMEH"
self.assertEqual(encrypt,Vigenere(plaintext, None).encrypt())
def test_encrypt(self):
plaintext = "TOBEO"
encrypt = "KSMEH"
self.assertEqual(plaintext ,Vigenere(None,encrypt).decrypt())