def execute(self, select_metadata=None, select_tests=None,
parallel_manager=None):
if select_metadata:
self.cases = find_by_metadata(select_metadata, self.cases)
self.describes = children_with_tests_with_metadata(
select_metadata, self)
if select_tests:
self.cases = find_by_names(select_tests, self.cases)
self.describes = children_with_tests_named(select_tests, self)
# If it doesn't have tests or describes don't run it
if len(self.cases) <= 0 and len(self.describes) <= 0:
return
# Sort suite case funcs to ensure stable order of execution
self.cases = self._sort_cases(self.cases)
if parallel_manager:
self.parallel_execution(
parallel_manager,
select_metadata,
select_tests
)
else:
self.standard_execution(select_metadata, select_tests)
def execute(self, select_metadata=None):
if select_metadata:
self.cases = find_by_metadata(select_metadata, self.cases)
self.describes = children_with_tests_with_metadata(
select_metadata, self)
# If it doesn't have tests or describes don't run it
if len(self.cases) <= 0 and len(self.describes) <= 0:
return
self.top_parent.dispatch(DescribeEvent(DescribeEvent.START, self))
self.before_all()
# Execute Cases
for case in self.cases:
self.before_each()
case.execute(context=self)
self.after_each()
self.top_parent.dispatch(TestEvent(case))
# Execute Suites
for describe in self.describes:
describe.execute(select_metadata=select_metadata)
self.after_all()
self.top_parent.dispatch(DescribeEvent(DescribeEvent.COMPLETE, self))
def execute(self, select_metadata=None, select_tests=None,
parallel_manager=None):
if select_metadata:
self.cases = find_by_metadata(select_metadata, self.cases)
self.describes = children_with_tests_with_metadata(
select_metadata, self)
if select_tests:
self.cases = find_by_names(select_tests, self.cases)
self.describes = children_with_tests_named(select_tests, self)
# If it doesn't have tests or describes don't run it
if len(self.cases) <= 0 and len(self.describes) <= 0:
return
# Sort suite case funcs to ensure stable order of execution
self.cases = self._sort_cases(self.cases)
if parallel_manager:
self.parallel_execution(
parallel_manager,
select_metadata,
select_tests
)
else:
self.standard_execution(select_metadata, select_tests)
def test_find_by_metadata(self):
wrap1 = spec.CaseWrapper(None, None, metadata={'test': 'smoke'})
wrap2 = spec.CaseWrapper(None, None, metadata={'test': 'bam'})
test_list = {wrap1.id: wrap1, wrap2.id: wrap2}
found = util.find_by_metadata({'test': 'smoke'}, test_list)
self.assertEqual(len(found), 1)
self.assertIn(wrap1.id, found)
def test_find_by_metadata(self):
wrap1 = spec.CaseWrapper(None, None, metadata={'test': 'smoke'})
wrap2 = spec.CaseWrapper(None, None, metadata={'test': 'bam'})
test_list = {wrap1.id: wrap1, wrap2.id: wrap2}
found = util.find_by_metadata({'test': 'smoke'}, test_list)
self.assertEqual(len(found), 1)
self.assertIn(wrap1.id, found)
def execute(self, select_metadata=None, parallel_manager=None):
if select_metadata:
self.cases = find_by_metadata(select_metadata, self.cases)
self.describes = children_with_tests_with_metadata(
select_metadata, self)
# If it doesn't have tests or describes don't run it
if len(self.cases) <= 0 and len(self.describes) <= 0:
return
if parallel_manager:
self.parallel_execution(parallel_manager, select_metadata)
else:
self.standard_execution(select_metadata)
