def test_autokey(self):
hpf.main(algorithm=1,
shift_id=0,
reversed_text=False,
reverse_gematria=False,
interrupter=None,
ciphertext=tt.test_autokey_encryption_ct())
df = pd.read_csv('keys.txt', sep=',')
self.assertEqual(
hpf.translate_to_english(tt.test_autokey_encryption_plaintext(),
reverse_gematria=False),
df.loc[0, 'Message text'])
def test_vigenere_decryption_koan2(self):
interrupter = 0
plaintext = tt.get_koan2_plaintext()
ct = tt.get_koan2_text()
hpf.main(algorithm=0,
shift_id=0,
reversed_text=False,
reverse_gematria=False,
interrupter=interrupter,
ciphertext=ct)
df = pd.read_csv('keys.txt', sep=',')
self.assertEqual(
hpf.translate_to_english(tt.get_koan2_plaintext(),
reverse_gematria=False),
df.loc[0, 'Message text'])
def test_autokey_full(self):
key = np.array([20, 10, 17, 18, 4]) # Liber
interrupter = 0
ct = enc.autokey_encryption(tt.get_koan2_plaintext(), interrupter, key)
hpf.main(algorithm=1,
shift_id=0,
reversed_text=False,
reverse_gematria=False,
interrupter=0,
ciphertext=ct)
df = pd.read_csv('keys.txt', sep=',')
self.assertEqual(
hpf.translate_to_english(tt.get_koan2_plaintext(),
reverse_gematria=False),
df.loc[0, 'Message text'])
def test_autokey_shift0(self):
interrupter = 0
ct_numbers = tt.get_koan2_plaintext()
interrupter_array = np.asarray(ct_numbers == interrupter)
ciphertext = enc.encrypt_text(plaintext=ct_numbers,
algorithm='Autokey',
shift_id=0,
reverse_text=False,
reverse_gematria=False,
interrupter=interrupter,
key=np.array(
[0, 10, 15, 8, 18, 4, 19, 24, 9]),
interrupter_array=interrupter_array)
hpf.main(algorithm=1,
shift_id=0,
reversed_text=False,
reverse_gematria=False,
interrupter=interrupter,
ciphertext=ciphertext)
df = pd.read_csv('keys.txt', sep=',')
self.assertEqual(
hpf.translate_to_english(tt.get_koan2_plaintext(),
reverse_gematria=False),
df.loc[0, 'Message text'])