def test_launcher_list_dictionaries():
provided_args = "dictionary list".split()
parsed_arguments: Dict[str,
str] = cifra_launcher.parse_arguments(provided_args)
def _assert(key, value):
return _assert_dict_key(key, value, parsed_arguments)
_assert("mode", "dictionary")
_assert("action", "list")
def test_launcher_delete_dictionary():
provided_args = "dictionary delete klingon".split()
parsed_arguments: Dict[str,
str] = cifra_launcher.parse_arguments(provided_args)
def _assert(key, value):
return _assert_dict_key(key, value, parsed_arguments)
_assert("mode", "dictionary")
_assert("action", "delete")
_assert("dictionary_name", "klingon")
def test_launcher_update_dictionary():
with tempfile.NamedTemporaryFile() as words_file:
provided_args = f"dictionary update klingon {words_file.name}".split()
parsed_arguments: Dict[str, str] = cifra_launcher.parse_arguments(
provided_args)
def _assert(key, value):
return _assert_dict_key(key, value, parsed_arguments)
_assert("mode", "dictionary")
_assert("action", "update")
_assert("dictionary_name", "klingon")
_assert("words_file", f"{words_file.name}")
def test_launcher_cipher_caesar():
with tempfile.NamedTemporaryFile() as message_file:
provided_args = f"cipher caesar 3 {message_file.name}".split()
parsed_arguments: Dict[str, str] = cifra_launcher.parse_arguments(
provided_args)
def _assert(key, value):
return _assert_dict_key(key, value, parsed_arguments)
_assert("mode", "cipher")
_assert("algorithm", "caesar")
_assert("key", "3")
_assert("file_to_cipher", f"{message_file.name}")
assert "ciphered_file" not in parsed_arguments.keys()
def test_launcher_create_dictionary_with_initial_file():
with tempfile.NamedTemporaryFile() as output_file:
provided_args = f"dictionary create klingon --initial_words_file {output_file.name}".split(
)
parsed_arguments: Dict[str, str] = cifra_launcher.parse_arguments(
provided_args)
def _assert(key, value):
return _assert_dict_key(key, value, parsed_arguments)
_assert("mode", "dictionary")
_assert("action", "create")
_assert("dictionary_name", "klingon")
_assert("initial_words_file", f"{output_file.name}")
def test_launcher_attack_caesar_with_charset():
with tempfile.NamedTemporaryFile() as message_file:
provided_args = f"attack caesar {message_file.name} --deciphered_file recovered_message.txt " \
"--charset abcdefghijklmnñopqrstuvwxyz".split()
parsed_arguments: Dict[str, str] = cifra_launcher.parse_arguments(
provided_args)
def _assert(key, value):
return _assert_dict_key(key, value, parsed_arguments)
_assert("mode", "attack")
_assert("algorithm", "caesar")
_assert("file_to_attack", f"{message_file.name}")
_assert("deciphered_file", "recovered_message.txt")
_assert("charset", "abcdefghijklmnñopqrstuvwxyz")
def test_launcher_create_dictionary_with_not_existing_initial_file():
with pytest.raises(BaseException):
provided_args = "dictionary create klingon --initial_words_file klingon_novel.txt".split(
)
_: Dict[str, str] = cifra_launcher.parse_arguments(provided_args)
def test_launcher_incorrect_decipher_algorithm():
with tempfile.NamedTemporaryFile() as message_file:
provided_args = f"decipher augustus 3 {message_file.name} --deciphered_file deciphered_message.txt".split(
)
with pytest.raises(BaseException):
_: Dict[str, str] = cifra_launcher.parse_arguments(provided_args)