def _validate_single_test(test, results):
param_names = {p.id: p.name for p in _find_all_parameters(test)}
for param_values in _iter_param_value_sets(test):
is_excluded = any(
(param_names[param_id], value) in test.excluded_param_values
for param_id, value in param_values.items())
for repetition in xrange(test.get_num_expected_repetitions()): # pylint: disable=unused-variable
for index, result in enumerate(results):
if _result_matches(result, param_values):
results.pop(index)
if is_excluded:
assert result.is_skip()
else:
_validate_single_test_result(test, result)
break
else:
assert False, 'Could not find parameter set {}'.format(
param_values)
assert not results, 'Unmatched results exist'
def _validate_single_test(test, results):
for param_values in _iter_param_value_sets(test):
for repetition in xrange(test.get_num_expected_repetitions()):
for index, result in enumerate(results):
if _result_matches(test, result, param_values):
results.pop(index)
_validate_single_test_result(test, result)
break
else:
assert False, "Could not find parameter set {0}".format(param_values)
assert not results, "Unmatched results exist"
def _validate_single_test(test, results):
for param_values in _iter_param_value_sets(test):
for repetition in xrange(test.get_num_expected_repetitions()):
for index, result in enumerate(results):
if _result_matches(test, result, param_values):
results.pop(index)
_validate_single_test_result(test, result)
break
else:
assert False, 'Could not find parameter set {0}'.format(
param_values)
assert not results, 'Unmatched results exist'
def generate_tests(self, num_tests=3):
return [self.generate_test() for _ in xrange(num_tests)]
def test_fixtures_representation_strings(results, a_values, fixture_values, filename, is_class):
prefix = '{0}:'.format(filename)
if is_class:
prefix += 'Test.'
assert len(results) == len(a_values) * len(fixture_values)
assert set(result.test_metadata.address for result in results) == set(
'{0}test_1(a={1}, fixture=fixture{2})'.format(prefix, i, j) for i, j in itertools.product(a_values, xrange(len(fixture_values))))
def test_fixtures_representation_strings(results, a_values, fixture_values, filename, is_class):
prefix = '{0}:'.format(filename)
if is_class:
prefix += 'Test.'
assert len(results) == len(a_values) * len(fixture_values)
assert set(result.test_metadata.address for result in results) == set(
'{0}test_1(a={1},fixture=fixture{2})'.format(prefix, i, j) for i, j in itertools.product(a_values, xrange(len(fixture_values))))
def generate_tests(self, num_tests=3):
return [self.generate_test() for _ in xrange(num_tests)]