""" Tests for IRC parsers. """ from pathlib import Path import unittest import yaml PARSER_DATA_PATH = Path(__file__).parent.resolve() / 'parser-tests' / 'tests' print(PARSER_DATA_PATH) from pylinkirc import utils from pylinkirc.protocols.ircs2s_common import IRCCommonProtocol class MessageParserTest(unittest.TestCase): @classmethod def setUpClass(cls): with open(PARSER_DATA_PATH / 'msg-split.yaml') as f: cls.MESSAGE_SPLIT_TEST_DATA = yaml.safe_load(f) with open(PARSER_DATA_PATH / 'userhost-split.yaml') as f: cls.USER_HOST_SPLIT_TEST_DATA = yaml.safe_load(f) def testMessageSplit(self): for testdata in self.MESSAGE_SPLIT_TEST_DATA['tests']: inp = testdata['input'] atoms = testdata['atoms'] with self.subTest(): expected = [] has_source = False if 'source' in atoms: has_source = True expected.append(atoms['source']) if 'verb' in atoms: expected.append(atoms['verb']) if 'params' in atoms: expected.extend(atoms['params']) if 'tags' in atoms: # Remove message tags before parsing _, inp = inp.split(" ", 1) if has_source: parts = IRCCommonProtocol.parse_prefixed_args(inp) else: parts = IRCCommonProtocol.parse_args(inp) self.assertEqual(expected, parts, "Parse test failed for string: %r" % inp) @unittest.skip("Not quite working yet") def testMessageTags(self): for testdata in self.MESSAGE_SPLIT_TEST_DATA['tests']: inp = testdata['input'] atoms = testdata['atoms'] with self.subTest(): if 'tags' in atoms: self.assertEqual(atoms['tags'], IRCCommonProtocol.parse_message_tags(inp.split(" ")), "Parse test failed for message tags: %r" % inp) def testUserHostSplit(self): for test in self.USER_HOST_SPLIT_TEST_DATA['tests']: inp = test['source'] atoms = test['atoms'] with self.subTest(): if 'nick' not in atoms or 'user' not in atoms or 'host' not in atoms: # Trying to parse a hostmask with missing atoms is an error in split_hostmask() with self.assertRaises(ValueError): utils.split_hostmask(inp) else: expected = [atoms['nick'], atoms['user'], atoms['host']] self.assertEqual(expected, utils.split_hostmask(inp)) if __name__ == '__main__': unittest.main()