# Path: pgp/cipher/aidea.py
# def mul(x, y):
# def mul_inv(x):
#     def _generate_enc_keys(self, key):
#     def _generate_dec_keys(self, key, encryption_key_table):
#     def __init__(self, key, dummy=None):
#     def _bytes_to_shorts(self, block):
#     def _shorts_to_bytes(self, shorts):
#     def _cipher(self, block_in, key_table):
#     def encrypt(self, block_in):
#     def decrypt(self, block_in):
#     def _create_impl(cls, key):
#     def __init__(self, key, *args, **kwargs):
# def new(key, *args, **kwargs):
# class AIDEA(object):
# class _AIDEAObj(_InternalObj):
# class AIDEACipher(blockalgo.BlockAlgo):
# MODE_ECB = 1
# MODE_CBC = 2
# MODE_CFB = 3
# MODE_PGP = 4
# MODE_OFB = 5
# MODE_CTR = 6
# MODE_OPENPGP = 7
# MODE_EAX = 9


from pgp.cipher import aidea
    from Crypto.SelfTest.Cipher.common import make_block_tests
         'IDEA NESSIE, Set 8, vector 0'),

        ('f129a6601ef62a47', 'ea024714ad5c4d84',
         '2bd6459f82c5b300952c49104881ff48',
         'IDEA NESSIE, Set 8, vector 1'),

        # from PyCA's cryptography package:
        # http://bit.ly/1j3pnGT
        ('45cf12964fc824ab76616ae2f4bf0822',
         '2cb10d22ac22a375c0021ab6732936c1',
         '1f8e4973953f3fb0bd6b16662e9a3c17',
         'PyCA, CBC',
         dict(mode='CBC', iv='2fe2b333ceda8f98')),

        ('4b5a872260293312eea1a570fd39c788',
         '5d9c48bf7dc115f28e153dc93dfcff96',
         '085b8af6788fa6bc1a0b47dcf50fbd35',
         'PyCA, CFB',
         dict(mode='CFB', iv='58cb2b12bb52c6f1', segment_size=64)),

        ('81883f22165282ba6a442a8dd2a768d4',
         '770e7b0eacc089b7eef410d98d886e9e',
         'd7d57bd847154af9722a8df096e61a42',
         'PyCA, CFB',
         dict(mode='OFB', iv='fdde201c91e401d9')),
    ]


def test_aidea():


# Path: pgp/cipher/aidea.py
# def mul(x, y):
# def mul_inv(x):
#     def _generate_enc_keys(self, key):
#     def _generate_dec_keys(self, key, encryption_key_table):
#     def __init__(self, key, dummy=None):
#     def _bytes_to_shorts(self, block):
#     def _shorts_to_bytes(self, shorts):
#     def _cipher(self, block_in, key_table):
#     def encrypt(self, block_in):
#     def decrypt(self, block_in):
#     def _create_impl(cls, key):
#     def __init__(self, key, *args, **kwargs):
# def new(key, *args, **kwargs):
# class AIDEA(object):
# class _AIDEAObj(_InternalObj):
# class AIDEACipher(blockalgo.BlockAlgo):
# MODE_ECB = 1
# MODE_CBC = 2
# MODE_CFB = 3
# MODE_PGP = 4
# MODE_OFB = 5
# MODE_CTR = 6
# MODE_OPENPGP = 7
# MODE_EAX = 9


# Path: pgp/cipher/tests/test_aidea.py
from pgp.cipher import aidea
    from Crypto.SelfTest.Cipher.common import make_block_tests

         'IDEA NESSIE, Set 8, vector 0'),

        ('f129a6601ef62a47', 'ea024714ad5c4d84',
         '2bd6459f82c5b300952c49104881ff48',
         'IDEA NESSIE, Set 8, vector 1'),

        # from PyCA's cryptography package:
        # http://bit.ly/1j3pnGT
        ('45cf12964fc824ab76616ae2f4bf0822',
         '2cb10d22ac22a375c0021ab6732936c1',
         '1f8e4973953f3fb0bd6b16662e9a3c17',
         'PyCA, CBC',
         dict(mode='CBC', iv='2fe2b333ceda8f98')),

        ('4b5a872260293312eea1a570fd39c788',
         '5d9c48bf7dc115f28e153dc93dfcff96',
         '085b8af6788fa6bc1a0b47dcf50fbd35',
         'PyCA, CFB',
         dict(mode='CFB', iv='58cb2b12bb52c6f1', segment_size=64)),

        ('81883f22165282ba6a442a8dd2a768d4',
         '770e7b0eacc089b7eef410d98d886e9e',
         'd7d57bd847154af9722a8df096e61a42',
         'PyCA, CFB',
         dict(mode='OFB', iv='fdde201c91e401d9')),
    ]


def test_aidea():


    for testcase in make_block_tests(aidea, "AIDEA", test_data):