def test_crypt_make_key_input_handles_unicode_encode_error(mocker):
passphrase = 's3cr3t'
class ExpectedUnicodeException(UnicodeEncodeError):
def __init__(self):
pass
side_effect = [ExpectedUnicodeException, KEY_INPUT.format(passphrase)]
mock_key_input = mocker.patch('passpie.crypt.KEY_INPUT',
new=mocker.MagicMock())
mock_key_input.format.side_effect = side_effect
key_input = make_key_input(passphrase)
assert key_input == KEY_INPUT.format(passphrase)
def test_crypt_make_key_input_handles_unicode_encode_error(mocker):
passphrase = 's3cr3t'
class ExpectedUnicodeException(UnicodeEncodeError):
def __init__(self):
pass
side_effect = [
ExpectedUnicodeException,
KEY_INPUT.format(passphrase)
]
mock_key_input = mocker.patch('passpie.crypt.KEY_INPUT', new=mocker.MagicMock())
mock_key_input.format.side_effect = side_effect
key_input = make_key_input(passphrase)
assert key_input == KEY_INPUT.format(passphrase)
def test_create_keys_export_public_and_secret_keys_into_keyspath(self):
cryptor = Cryptor("path/to/database")
passphrase = "passphrase"
self.patch("passpie.crypt.os.path.exists",
self.Mock(return_value=False))
keys = self.Mock(fingerprint="HEX")
cryptor._gpg.gen_key.return_value = keys
mock_open = self.patch("passpie.crypt.mkdir_open",
self.mock_open(), create=True)
mock_keyfile = self.Mock()
mock_open().__enter__.return_value = mock_keyfile
cryptor.create_keys(passphrase)
key_input = KEY_INPUT.format(passphrase)
cryptor._gpg.gen_key.assert_called_once_with(key_input)
cryptor._gpg.export_keys.assert_any_call(keys.fingerprint)
pubkey = cryptor._gpg.export_keys(keys.fingerprint)
seckey = cryptor._gpg.export_keys(keys.fingerprint, secret=True)
cryptor._gpg.export_keys.assert_any_call(keys.fingerprint, secret=True)
mock_keyfile.write.called_once_with(pubkey + seckey)
def test_create_keys_export_public_and_secret_keys_into_keyspath(self):
cryptor = Cryptor("path/to/database")
passphrase = "passphrase"
self.patch("passpie.crypt.os.path.exists",
self.Mock(return_value=False))
keys = self.Mock(fingerprint="HEX")
cryptor._gpg.gen_key.return_value = keys
mock_open = self.patch("passpie.crypt.mkdir_open",
self.mock_open(),
create=True)
mock_keyfile = self.Mock()
mock_open().__enter__.return_value = mock_keyfile
cryptor.create_keys(passphrase)
key_input = KEY_INPUT.format(passphrase)
cryptor._gpg.gen_key.assert_called_once_with(key_input)
cryptor._gpg.export_keys.assert_any_call(keys.fingerprint)
pubkey = cryptor._gpg.export_keys(keys.fingerprint)
seckey = cryptor._gpg.export_keys(keys.fingerprint, secret=True)
cryptor._gpg.export_keys.assert_any_call(keys.fingerprint, secret=True)
mock_keyfile.write.called_once_with(pubkey + seckey)
def test_crypt_make_key_input_handles_unicode_encode_error_handling(mocker):
passphrase = 'passphrase'
key_length = '2064'
key_input = KEY_INPUT.format(key_length, passphrase)
assert key_input == make_key_input(passphrase, key_length)
def test_key_input_format_with_unicode_characters(self):
unicode_string = 'áçéèúü'
self.assertIsNotNone(KEY_INPUT.format(unicode_string))
def test_key_input_format_with_unicode_characters(self):
unicode_string = 'áçéèúü'
self.assertIsNotNone(KEY_INPUT.format(unicode_string))
def test_crypt_make_key_input_handles_unicode_encode_error_handling(mocker):
passphrase = 'passphrase'
key_length = '2064'
key_input = KEY_INPUT.format(key_length, passphrase)
assert key_input == make_key_input(passphrase, key_length)