def test_should_report_on_all_failing_scenarios(self):
self._add_failure_pattern = re.compile('Scenario: Add two numbers\n\s*Then the result should be "120" on the screen\n\s*.*AssertionError:\s*70 != 120', re.DOTALL)
self._substract_failure_pattern = re.compile('Scenario: Subtract two numbers\n\s*Then the result should be "80" on the screen\n\s*.*AssertionError:\s*70 != 80', re.DOTALL)
self._multiply_failure_pattern = re.compile('Scenario: Multiply two numbers\n\s*Then the result should be "12" on the screen\n\s*.*AssertionError:\s*3 != 12', re.DOTALL)
self._division_failure_pattern = re.compile('Scenario: Divide two numbers\n\s*Then the result should be "4" on the screen\n\s*.*AssertionError:\s*2 != 4', re.DOTALL)
filename = os.path.join(pwd, 'features/info_on_all_failing_scenarios.feature')
ast = Parser().parse_file(filename)
ast.evaluate(self)
def step_a_file_contains_statements_produce_diagnostics_(self, statements, diagnostics):
r'a file contains (.+), it produces (.+)'
try:
statements = statements.replace('\\n', '\n')
statements = statements.replace('\\', '')
language = self._get_language()
p = Parser(language=language).parse_features(statements)
p.evaluate(self)
raise Exception('we expect syntax errors here') # pragma: nocover
except (SyntaxError, AssertionError) as e:
e = e.args[0]
self.assert_regex_contains(re.escape(diagnostics), e)
def step_a_file_contains_statements_produce_diagnostics_(
self, statements, diagnostics):
r'a file contains (.+), it produces (.+)'
try:
statements = statements.replace('\\n', '\n')
statements = statements.replace('\\', '')
language = self._get_language()
p = Parser(language=language).parse_features(statements)
p.evaluate(self)
raise Exception('we expect syntax errors here') # pragma: nocover
except (SyntaxError, AssertionError) as e:
e = e.args[0]
self.assert_regex_contains(re.escape(diagnostics), e)
def test_labels(self):
filename = os.path.join(pwd, 'features/labels.feature')
ast = Parser().parse_file(filename)
ast.evaluate(self, show_all_missing=True)
def test_many_test_methods(self):
"""Check setUp/tearDown when many tests in one TestCase."""
filename = os.path.join(pwd, 'features/setupteardown.feature')
ast = Parser().parse_file(filename)
ast.evaluate(self, show_all_missing=True)
def test_setup_teardown(self):
"""Check for multiple setUp/tearDown calls."""
filename = os.path.join(pwd, 'features/setupteardown.feature')
ast = Parser().parse_file(filename)
ast.evaluate(self, show_all_missing=True)
def test_evaluate_file(self):
language = self._get_language()
thang = Parser(language=language).parse_file(pwd + '/features/morelia%s.feature' % (language or ''))
thang.evaluate(self)
def test_background(self):
filename = os.path.join(pwd, 'features/background.feature')
ast = Parser().parse_file(filename)
self.__scenarios_num = sum(1 for s in ast.steps
if isinstance(s, Scenario))
ast.evaluate(self)
def test_docstrings_should_be_passed_as_text_to_step(self):
filename = os.path.join(pwd, 'features/docstrings.feature')
ast = Parser().parse_file(filename)
ast.evaluate(self, show_all_missing=True)
def test_evaluate_file(self):
language = self._get_language()
thang = Parser(language=language).parse_file(
'{}/features/morelia{}.feature'.format(pwd, language or ''))
thang.evaluate(self)
class InfoOnAllFailingScenariosTest(TestCase):
def test_should_report_on_all_failing_scenarios(self):
self._add_failure_pattern = re.compile('Scenario: Add two numbers\n\s*Then the result should be "120" on the screen\n\s*.*AssertionError:\s*70 != 120', re.DOTALL)
self._substract_failure_pattern = re.compile('Scenario: Subtract two numbers\n\s*Then the result should be "80" on the screen\n\s*.*AssertionError:\s*70 != 80', re.DOTALL)
self._multiply_failure_pattern = re.compile('Scenario: Multiply two numbers\n\s*Then the result should be "12" on the screen\n\s*.*AssertionError:\s*3 != 12', re.DOTALL)
self._division_failure_pattern = re.compile('Scenario: Divide two numbers\n\s*Then the result should be "4" on the screen\n\s*.*AssertionError:\s*2 != 4', re.DOTALL)
filename = os.path.join(pwd, 'features/info_on_all_failing_scenarios.feature')
ast = Parser().parse_file(filename)
ast.evaluate(self)
def step_feature_with_number_scenarios_has_been_described_in_file(self, feature_file):
r'that feature with 4 scenarios has been described in file "([^"]+)"'
filename = os.path.join(pwd, 'features/{}'.format(feature_file))
self._ast = Parser().parse_file(filename)
def step_that_test_case_passing_number_and_number_scenario_and_failing_number_and_number_has_been_written(self):
r'that test case passing 1 and 3 scenario and failing 2 and 4 has been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
def step_I_press_subtract(self):
pass
def step_I_press_divide(self):
pass
self._evaluated_test_case = _EvaluatedTestCase
self._failing_patterns = [
self._substract_failure_pattern,
self._division_failure_pattern
]
def step_that_test_case_failing_all_scenarios_been_written(self):
r'that test case failing all scenarios been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
def step_I_press_add(self):
pass
def step_I_press_subtract(self):
pass
def step_I_press_multiply(self):
pass
def step_I_press_divide(self):
pass
self._evaluated_test_case = _EvaluatedTestCase
self._failing_patterns = [
self._add_failure_pattern,
self._substract_failure_pattern,
self._multiply_failure_pattern,
self._division_failure_pattern
]
def step_that_test_case_passing_number_number_and_number_scenario_and_failing_number_has_been_written(self):
r'that test case passing 2, 3 and 4 scenario and failing 1 has been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
def step_I_press_add(self):
pass
self._evaluated_test_case = _EvaluatedTestCase
self._failing_patterns = [
self._add_failure_pattern,
]
def step_that_test_case_passing_all_scenarios_been_written(self):
r'that test case passing all scenarios been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
pass
self._evaluated_test_case = _EvaluatedTestCase
def step_that_test_case_failing_number_number_and_number_scenario_and_passing_number_has_been_written(self):
r'that test case failing 1, 2 and 3 scenario and passing 4 has been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
def step_I_press_add(self):
pass
def step_I_press_subtract(self):
pass
def step_I_press_multiply(self):
pass
self._evaluated_test_case = _EvaluatedTestCase
self._failing_patterns = [
self._add_failure_pattern,
self._substract_failure_pattern,
self._multiply_failure_pattern,
]
def step_I_run_test_case(self):
r'I run test case'
self._catch_exception = None
try:
tc = self._evaluated_test_case()
self._ast.evaluate(tc)
except Exception as e:
self._catch_exception = e # warning: possible leak, use with caution
def step_I_will_get_assertion_error_with_information_number_scenarios_passed_number_scenarios_failed(self, message):
r'I will get assertion error with information "([^"]+)"'
message = self._catch_exception.args[0]
self.assertTrue(message.startswith(message))
def step_I_will_get_traceback_of_each_failing_scenario(self):
r'I will get traceback of each failing scenario'
patterns = self._failing_patterns
message = self._catch_exception.args[0]
for pattern in patterns:
self.assertRegexpMatches(message, pattern)
def step_I_won_t_get_assertion_error(self):
r'I won\'t get assertion error'
self.assertIsNone(self._catch_exception)
class InfoOnAllFailingScenariosTest(TestCase):
def test_should_report_on_all_failing_scenarios(self):
self._add_failure_pattern = re.compile(
'Scenario: Add two numbers\n\s*Then the result should be "120" on the screen\n\s*.*AssertionError:\s*70 != 120',
re.DOTALL)
self._substract_failure_pattern = re.compile(
'Scenario: Subtract two numbers\n\s*Then the result should be "80" on the screen\n\s*.*AssertionError:\s*70 != 80',
re.DOTALL)
self._multiply_failure_pattern = re.compile(
'Scenario: Multiply two numbers\n\s*Then the result should be "12" on the screen\n\s*.*AssertionError:\s*3 != 12',
re.DOTALL)
self._division_failure_pattern = re.compile(
'Scenario: Divide two numbers\n\s*Then the result should be "4" on the screen\n\s*.*AssertionError:\s*2 != 4',
re.DOTALL)
filename = os.path.join(
pwd, 'features/info_on_all_failing_scenarios.feature')
run(filename, self)
def step_feature_with_number_scenarios_has_been_described_in_file(
self, feature_file):
r'that feature with 4 scenarios has been described in file "([^"]+)"'
filename = os.path.join(pwd, 'features/{}'.format(feature_file))
self._ast = Parser().parse_file(filename)
def step_that_test_case_passing_number_and_number_scenario_and_failing_number_and_number_has_been_written(
self):
r'that test case passing 1 and 3 scenario and failing 2 and 4 has been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
def step_I_press_subtract(self):
pass
def step_I_press_divide(self):
pass
self._evaluated_test_case = _EvaluatedTestCase
self._failing_patterns = [
self._substract_failure_pattern, self._division_failure_pattern
]
def step_that_test_case_failing_all_scenarios_been_written(self):
r'that test case failing all scenarios been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
def step_I_press_add(self):
pass
def step_I_press_subtract(self):
pass
def step_I_press_multiply(self):
pass
def step_I_press_divide(self):
pass
self._evaluated_test_case = _EvaluatedTestCase
self._failing_patterns = [
self._add_failure_pattern, self._substract_failure_pattern,
self._multiply_failure_pattern, self._division_failure_pattern
]
def step_that_test_case_passing_number_number_and_number_scenario_and_failing_number_has_been_written(
self):
r'that test case passing 2, 3 and 4 scenario and failing 1 has been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
def step_I_press_add(self):
pass
self._evaluated_test_case = _EvaluatedTestCase
self._failing_patterns = [
self._add_failure_pattern,
]
def step_that_test_case_passing_all_scenarios_been_written(self):
r'that test case passing all scenarios been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
pass
self._evaluated_test_case = _EvaluatedTestCase
def step_that_test_case_failing_number_number_and_number_scenario_and_passing_number_has_been_written(
self):
r'that test case failing 1, 2 and 3 scenario and passing 4 has been written'
class _EvaluatedTestCase(SampleTestCaseMixIn, TestCase):
def step_I_press_add(self):
pass
def step_I_press_subtract(self):
pass
def step_I_press_multiply(self):
pass
self._evaluated_test_case = _EvaluatedTestCase
self._failing_patterns = [
self._add_failure_pattern,
self._substract_failure_pattern,
self._multiply_failure_pattern,
]
def step_I_run_test_case(self):
r'I run test case'
self._catch_exception = None
try:
tc = self._evaluated_test_case()
self._ast.evaluate(tc)
except Exception as e:
self._catch_exception = e # warning: possible leak, use with caution
def step_I_will_get_assertion_error_with_information_number_scenarios_passed_number_scenarios_failed(
self, message):
r'I will get assertion error with information "([^"]+)"'
message = self._catch_exception.args[0]
self.assertTrue(message.startswith(message))
def step_I_will_get_traceback_of_each_failing_scenario(self):
r'I will get traceback of each failing scenario'
patterns = self._failing_patterns
message = self._catch_exception.args[0]
for pattern in patterns:
if six.PY2:
self.assertRegexpMatches(message, pattern)
else:
self.assertRegex(message, pattern)
def step_I_won_t_get_assertion_error(self):
r'I won\'t get assertion error'
self.assertIsNone(self._catch_exception)
