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tap
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tests
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test_parser.py
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from contextlib import contextmanager import inspect from io import BytesIO, StringIO import sys import tempfile import unittest from unittest import mock from tap.parser import Parser try: import yaml from more_itertools import peekable # noqa have_yaml = True except ImportError: have_yaml = False @contextmanager def captured_output(): if sys.version_info[0] < 3: new_out, new_err = BytesIO(), BytesIO() else: new_out, new_err = StringIO(), StringIO() old_out, old_err = sys.stdout, sys.stderr try: sys.stdout, sys.stderr = new_out, new_err yield sys.stdout, sys.stderr finally: sys.stdout, sys.stderr = old_out, old_err class TestParser(unittest.TestCase): """Tests for tap.parser.Parser""" def test_finds_ok(self): """The parser extracts an ok line.""" parser = Parser() line = parser.parse_line("ok - This is a passing test line.") self.assertEqual("test", line.category) self.assertTrue(line.ok) self.assertTrue(line.number is None) def test_finds_number(self): """The parser extracts a test number.""" parser = Parser() line = parser.parse_line("ok 42 is the magic number.") self.assertEqual("test", line.category) self.assertEqual(42, line.number) def test_finds_description(self): parser = Parser() line = parser.parse_line("ok 42 A passing test.") self.assertEqual("test", line.category) self.assertEqual("A passing test.", line.description) def test_after_hash_is_not_description(self): parser = Parser() line = parser.parse_line("ok A description # Not part of description.") self.assertEqual("test", line.category) self.assertEqual("A description", line.description) def test_finds_todo(self): parser = Parser() line = parser.parse_line("ok A description # TODO Not done") self.assertEqual("test", line.category) self.assertTrue(line.todo) def test_finds_skip(self): parser = Parser() line = parser.parse_line("ok A description # SKIP for now") self.assertEqual("test", line.category) self.assertTrue(line.skip) def test_finds_not_ok(self): """The parser extracts a not ok line.""" parser = Parser() line = parser.parse_line("not ok - This is a failing test line.") self.assertEqual("test", line.category) self.assertFalse(line.ok) self.assertTrue(line.number is None) self.assertEqual("", line.directive.text) def test_finds_directive(self): """The parser extracts a directive""" parser = Parser() test_line = "not ok - This line fails # TODO not implemented" line = parser.parse_line(test_line) directive = line.directive self.assertEqual("test", line.category) self.assertEqual("TODO not implemented", directive.text) self.assertFalse(directive.skip) self.assertTrue(directive.todo) self.assertEqual("not implemented", directive.reason) def test_unrecognizable_line(self): """The parser returns an unrecognizable line.""" parser = Parser() line = parser.parse_line("This is not a valid TAP line. # srsly") self.assertEqual("unknown", line.category) def test_diagnostic_line(self): """The parser extracts a diagnostic line.""" text = "# An example diagnostic line" parser = Parser() line = parser.parse_line(text) self.assertEqual("diagnostic", line.category) self.assertEqual(text, line.text) def test_bail_out_line(self): """The parser extracts a bail out line.""" parser = Parser() line = parser.parse_line("Bail out! This is the reason to bail.") self.assertEqual("bail", line.category) self.assertEqual("This is the reason to bail.", line.reason) def test_finds_version(self): """The parser extracts a version line.""" parser = Parser() line = parser.parse_line("TAP version 13") self.assertEqual("version", line.category) self.assertEqual(13, line.version) def test_errors_on_old_version(self): """The TAP spec dictates that anything less than 13 is an error.""" parser = Parser() with self.assertRaises(ValueError): parser.parse_line("TAP version 12") def test_finds_plan(self): """The parser extracts a plan line.""" parser = Parser() line = parser.parse_line("1..42") self.assertEqual("plan", line.category) self.assertEqual(42, line.expected_tests) def test_finds_plan_with_skip(self): """The parser extracts a plan line containing a SKIP.""" parser = Parser() line = parser.parse_line("1..42 # Skipping this test file.") self.assertEqual("plan", line.category) self.assertTrue(line.skip) def test_ignores_plan_with_any_non_skip_directive(self): """The parser only recognizes SKIP directives in plans.""" parser = Parser() line = parser.parse_line("1..42 # TODO will not work.") self.assertEqual("unknown", line.category) def test_parses_text(self): sample = inspect.cleandoc( u"""1..2 ok 1 A passing test not ok 2 A failing test""" ) parser = Parser() lines = [] for line in parser.parse_text(sample): lines.append(line) self.assertEqual(3, len(lines)) self.assertEqual("plan", lines[0].category) self.assertEqual("test", lines[1].category) self.assertTrue(lines[1].ok) self.assertEqual("test", lines[2].category) self.assertFalse(lines[2].ok) def test_parses_file(self): sample = inspect.cleandoc( """1..2 ok 1 A passing test not ok 2 A failing test""" ) temp = tempfile.NamedTemporaryFile(delete=False) temp.write(sample.encode("utf-8")) temp.close() parser = Parser() lines = [] for line in parser.parse_file(temp.name): lines.append(line) self.assertEqual(3, len(lines)) self.assertEqual("plan", lines[0].category) self.assertEqual("test", lines[1].category) self.assertTrue(lines[1].ok) self.assertIsNone(lines[1].yaml_block) self.assertEqual("test", lines[2].category) self.assertFalse(lines[2].ok) def test_parses_yaml(self): sample = inspect.cleandoc( u"""TAP version 13 1..2 ok 1 A passing test --- test: sample yaml ... not ok 2 A failing test""" ) parser = Parser() lines = [] for line in parser.parse_text(sample): lines.append(line) if have_yaml: converted_yaml = yaml.safe_load(u"""test: sample yaml""") self.assertEqual(4, len(lines)) self.assertEqual(13, lines[0].version) self.assertEqual(converted_yaml, lines[2].yaml_block) self.assertEqual("test", lines[3].category) self.assertIsNone(lines[3].yaml_block) else: self.assertEqual(7, len(lines)) self.assertEqual(13, lines[0].version) for line_index in list(range(3, 6)): self.assertEqual("unknown", lines[line_index].category) self.assertEqual("test", lines[6].category) def test_parses_mixed(self): # Test that we can parse both a version 13 and earlier version files # using the same parser. Make sure that parsing works regardless of # the order of the incoming documents. sample_version_13 = inspect.cleandoc( u"""TAP version 13 1..2 ok 1 A passing version 13 test --- test: sample yaml ... not ok 2 A failing version 13 test""" ) sample_pre_13 = inspect.cleandoc( """1..2 ok 1 A passing pre-13 test not ok 2 A failing pre-13 test""" ) parser = Parser() lines = [] lines.extend(parser.parse_text(sample_version_13)) lines.extend(parser.parse_text(sample_pre_13)) if have_yaml: self.assertEqual(13, lines[0].version) self.assertEqual("A passing version 13 test", lines[2].description) self.assertEqual("A failing version 13 test", lines[3].description) self.assertEqual("A passing pre-13 test", lines[5].description) self.assertEqual("A failing pre-13 test", lines[6].description) else: self.assertEqual(13, lines[0].version) self.assertEqual("A passing version 13 test", lines[2].description) self.assertEqual("A failing version 13 test", lines[6].description) self.assertEqual("A passing pre-13 test", lines[8].description) self.assertEqual("A failing pre-13 test", lines[9].description) # Test parsing documents in reverse order parser = Parser() lines = [] lines.extend(parser.parse_text(sample_pre_13)) lines.extend(parser.parse_text(sample_version_13)) if have_yaml: self.assertEqual("A passing pre-13 test", lines[1].description) self.assertEqual("A failing pre-13 test", lines[2].description) self.assertEqual(13, lines[3].version) self.assertEqual("A passing version 13 test", lines[5].description) self.assertEqual("A failing version 13 test", lines[6].description) else: self.assertEqual("A passing pre-13 test", lines[1].description) self.assertEqual("A failing pre-13 test", lines[2].description) self.assertEqual(13, lines[3].version) self.assertEqual("A passing version 13 test", lines[5].description) self.assertEqual("A failing version 13 test", lines[9].description) def test_parses_yaml_no_end(self): sample = inspect.cleandoc( u"""TAP version 13 1..2 ok 1 A passing test --- test: sample yaml not ok 2 A failing test""" ) parser = Parser() lines = [] for line in parser.parse_text(sample): lines.append(line) if have_yaml: converted_yaml = yaml.safe_load(u"""test: sample yaml""") self.assertEqual(4, len(lines)) self.assertEqual(13, lines[0].version) self.assertEqual(converted_yaml, lines[2].yaml_block) self.assertEqual("test", lines[3].category) self.assertIsNone(lines[3].yaml_block) else: self.assertEqual(6, len(lines)) self.assertEqual(13, lines[0].version) for line_index in list(range(3, 5)): self.assertEqual("unknown", lines[line_index].category) self.assertEqual("test", lines[5].category) def test_parses_yaml_more_complex(self): sample = inspect.cleandoc( u"""TAP version 13 1..2 ok 1 A passing test --- message: test severity: fail data: got: - foo expect: - bar output: |- a multiline string must be handled properly even with | pipes | here > and: there""" ) parser = Parser() lines = [] for line in parser.parse_text(sample): lines.append(line) if have_yaml: converted_yaml = yaml.safe_load( u''' message: test severity: fail data: got: - foo expect: - bar output: "a multiline string\\nmust be handled properly\\neven with | pipes\\n| here > and: there"''' # noqa ) self.assertEqual(3, len(lines)) self.assertEqual(13, lines[0].version) self.assertEqual(converted_yaml, lines[2].yaml_block) else: self.assertEqual(16, len(lines)) self.assertEqual(13, lines[0].version) for line_index in list(range(3, 11)): self.assertEqual("unknown", lines[line_index].category) def test_parses_yaml_no_association(self): sample = inspect.cleandoc( u"""TAP version 13 1..2 ok 1 A passing test # Diagnostic line --- test: sample yaml ... not ok 2 A failing test""" ) parser = Parser() lines = [] for line in parser.parse_text(sample): lines.append(line) self.assertEqual(8, len(lines)) self.assertEqual(13, lines[0].version) self.assertIsNone(lines[2].yaml_block) self.assertEqual("diagnostic", lines[3].category) for line_index in list(range(4, 7)): self.assertEqual("unknown", lines[line_index].category) self.assertEqual("test", lines[7].category) def test_parses_yaml_no_start(self): sample = inspect.cleandoc( u"""TAP version 13 1..2 ok 1 A passing test test: sample yaml ... not ok 2 A failing test""" ) parser = Parser() lines = [] for line in parser.parse_text(sample): lines.append(line) self.assertEqual(6, len(lines)) self.assertEqual(13, lines[0].version) self.assertIsNone(lines[2].yaml_block) for line_index in list(range(3, 5)): self.assertEqual("unknown", lines[line_index].category) self.assertEqual("test", lines[5].category) def test_malformed_yaml(self): self.maxDiff = None sample = inspect.cleandoc( u"""TAP version 13 1..2 ok 1 A passing test --- test: sample yaml \tfail: tabs are not allowed! ... not ok 2 A failing test""" ) yaml_err = inspect.cleandoc( u""" WARNING: Optional imports not found, TAP 13 output will be ignored. To parse yaml, see requirements in docs: https://tappy.readthedocs.io/en/latest/consumers.html#tap-version-13""" ) parser = Parser() lines = [] with captured_output() as (parse_out, _): for line in parser.parse_text(sample): lines.append(line) if have_yaml: self.assertEqual(4, len(lines)) self.assertEqual(13, lines[0].version) with captured_output() as (out, _): self.assertIsNone(lines[2].yaml_block) self.assertEqual( "Error parsing yaml block. Check formatting.", out.getvalue().strip() ) self.assertEqual("test", lines[3].category) self.assertIsNone(lines[3].yaml_block) else: self.assertEqual(8, len(lines)) self.assertEqual(13, lines[0].version) for line_index in list(range(3, 7)): self.assertEqual("unknown", lines[line_index].category) self.assertEqual("test", lines[7].category) self.assertEqual(yaml_err, parse_out.getvalue().strip()) def test_parse_empty_file(self): temp = tempfile.NamedTemporaryFile(delete=False) temp.close() parser = Parser() lines = [] for line in parser.parse_file(temp.name): lines.append(line) self.assertEqual(0, len(lines)) @mock.patch( "tap.parser.sys.stdin", StringIO( u"""1..2 ok 1 A passing test not ok 2 A failing test""" ), ) def test_parses_stdin(self): parser = Parser() lines = [] for line in parser.parse_stdin(): lines.append(line) self.assertEqual(3, len(lines)) self.assertEqual("plan", lines[0].category) self.assertEqual("test", lines[1].category) self.assertTrue(lines[1].ok) self.assertEqual("test", lines[2].category) self.assertFalse(lines[2].ok)