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import string import unittest from _pyrepl.keymap import _keynames, _escapes, parse_keys, compile_keymap, KeySpecError class TestParseKeys(unittest.TestCase): def test_single_character(self): """Ensure that single ascii characters or single digits are parsed as single characters.""" test_cases = [(key, [key]) for key in string.ascii_letters + string.digits] for test_key, expected_keys in test_cases: with self.subTest(f"{test_key} should be parsed as {expected_keys}"): self.assertEqual(parse_keys(test_key), expected_keys) def test_keynames(self): """Ensure that keynames are parsed to their corresponding mapping. A keyname is expected to be of the following form: \\ such as \\ which would get parsed as "left". """ test_cases = [(f"\\<{keyname}>", [parsed_keyname]) for keyname, parsed_keyname in _keynames.items()] for test_key, expected_keys in test_cases: with self.subTest(f"{test_key} should be parsed as {expected_keys}"): self.assertEqual(parse_keys(test_key), expected_keys) def test_escape_sequences(self): """Ensure that escaping sequences are parsed to their corresponding mapping.""" test_cases = [(f"\\{escape}", [parsed_escape]) for escape, parsed_escape in _escapes.items()] for test_key, expected_keys in test_cases: with self.subTest(f"{test_key} should be parsed as {expected_keys}"): self.assertEqual(parse_keys(test_key), expected_keys) def test_control_sequences(self): """Ensure that supported control sequences are parsed successfully.""" keys = ["@", "[", "]", "\\", "^", "_", "\\", "\\"] keys.extend(string.ascii_letters) test_cases = [(f"\\C-{key}", chr(ord(key) & 0x1F)) for key in []] for test_key, expected_keys in test_cases: with self.subTest(f"{test_key} should be parsed as {expected_keys}"): self.assertEqual(parse_keys(test_key), expected_keys) def test_meta_sequences(self): self.assertEqual(parse_keys("\\M-a"), ["\033", "a"]) self.assertEqual(parse_keys("\\M-b"), ["\033", "b"]) self.assertEqual(parse_keys("\\M-c"), ["\033", "c"]) def test_combinations(self): self.assertEqual(parse_keys("\\C-a\\n\\"), ["\x01", "\n", "up"]) self.assertEqual(parse_keys("\\M-a\\t\\"), ["\033", "a", "\t", "down"]) def test_keyspec_errors(self): cases = [ ("\\Ca", "\\C must be followed by `-'"), ("\\ca", "\\C must be followed by `-'"), ("\\C-\\C-", "doubled \\C-"), ("\\Ma", "\\M must be followed by `-'"), ("\\ma", "\\M must be followed by `-'"), ("\\M-\\M-", "doubled \\M-"), ("\\", "unrecognised keyname"), ("\\大", "unknown backslash escape"), ("\\C-\\", "\\C- followed by invalid key") ] for test_keys, expected_err in cases: with self.subTest(f"{test_keys} should give error {expected_err}"): with self.assertRaises(KeySpecError) as e: parse_keys(test_keys) self.assertIn(expected_err, str(e.exception)) def test_index_errors(self): test_cases = ["\\", "\\C", "\\C-\\C"] for test_keys in test_cases: with self.assertRaises(IndexError): parse_keys(test_keys) class TestCompileKeymap(unittest.TestCase): def test_empty_keymap(self): keymap = {} result = compile_keymap(keymap) self.assertEqual(result, {}) def test_single_keymap(self): keymap = {b"a": "action"} result = compile_keymap(keymap) self.assertEqual(result, {b"a": "action"}) def test_nested_keymap(self): keymap = {b"a": {b"b": "action"}} result = compile_keymap(keymap) self.assertEqual(result, {b"a": {b"b": "action"}}) def test_empty_value(self): keymap = {b"a": {b"": "action"}} result = compile_keymap(keymap) self.assertEqual(result, {b"a": {b"": "action"}}) def test_multiple_empty_values(self): keymap = {b"a": {b"": "action1", b"b": "action2"}} result = compile_keymap(keymap) self.assertEqual(result, {b"a": {b"": "action1", b"b": "action2"}}) def test_multiple_keymaps(self): keymap = {b"a": {b"b": "action1", b"c": "action2"}} result = compile_keymap(keymap) self.assertEqual(result, {b"a": {b"b": "action1", b"c": "action2"}}) def test_nested_multiple_keymaps(self): keymap = {b"a": {b"b": {b"c": "action"}}} result = compile_keymap(keymap) self.assertEqual(result, {b"a": {b"b": {b"c": "action"}}}) def test_clashing_definitions(self): km = {b'a': 'c', b'a' + b'b': 'd'} with self.assertRaises(KeySpecError): compile_keymap(km) def test_non_bytes_key(self): with self.assertRaises(TypeError): compile_keymap({123: 'a'})