def test_keypair_faulty():
LOGGER.info('Try to use faulty curves and keyid')
with pytest.raises(ValueError):
rsa.generate_keypair(key_size='102')
with pytest.raises(ValueError):
rsa.generate_keypair(keyid=KeyId.ECC_KEY_E0F1)
def test_keypair_2k():
LOGGER.info('Generate an RSA2048 keypair')
k = rsa.generate_keypair(key_size='2048')
assert isinstance(k.pkey, bytes)
assert len(k.pkey) > 0
assert k.algorithm is 'rsa'
assert k.keyid == KeyId.RSA_KEY_E0FC
assert k.key_size == 2048
def test_keypair_default():
LOGGER.info('Generate a keypair using default parameters')
k = rsa.generate_keypair()
assert isinstance(k.pkey, bytes)
assert len(k.pkey) > 0
assert k.algorithm is 'rsa'
assert k.keyid in KeyId
assert k.key_size == 1024
def test_keypair_2k_keyid(ki):
LOGGER.info(
'Generate a RSA2048 keypair for a specific Object ID {0}'.format(ki))
k = rsa.generate_keypair(key_size='2048', keyid=ki)
assert isinstance(k.pkey, bytes)
assert len(k.pkey) > 0
assert k.algorithm is 'rsa'
assert k.keyid == ki
assert k.key_size == 2048
def setup_keys_2k(): pytest.twok = rsa.generate_keypair(key_size='2048', keyid=KeyId.RSA_KEY_E0FC) pytest.twok_fail = rsa.generate_keypair(key_size='2048', keyid=KeyId.RSA_KEY_E0FD)
def setup_keys_1k(): pytest.onek = rsa.generate_keypair(key_size='1024', keyid=KeyId.RSA_KEY_E0FC) pytest.onek_fail = rsa.generate_keypair(key_size='1024', keyid=KeyId.RSA_KEY_E0FD)