def test_no_suites_matching_test_kind(self, mock_get_named_suites, mock_suite_class):
all_suites = ["core", "replica_sets_jscore_passthrough"]
mock_get_named_suites.return_value = all_suites
membership_map = suitesconfig.create_test_membership_map(test_kind="nonexistent_test")
self.assertEqual(membership_map, {})
self.assertEqual(mock_suite_class.call_count, 0)
def test_no_suites_matching_test_kind(self, mock_get_named_suites, mock_suite_class):
all_suites = ["core", "replica_sets_jscore_passthrough"]
mock_get_named_suites.return_value = all_suites
membership_map = suitesconfig.create_test_membership_map(test_kind="nonexistent_test")
self.assertEqual(membership_map, {})
self.assertEqual(mock_suite_class.call_count, 0)
def test_multiple_suites_matching_single_test_kind(self, mock_get_named_suites,
mock_suite_class):
all_suites = ["core", "replica_sets_jscore_passthrough"]
mock_get_named_suites.return_value = all_suites
mock_suite_class.return_value.tests = ["test1", "test2"]
membership_map = suitesconfig.create_test_membership_map(test_kind="js_test")
self.assertEqual(membership_map, dict(test1=all_suites, test2=all_suites))
self.assertEqual(mock_suite_class.call_count, 2)
def test_multiple_suites_matching_single_test_kind(self, mock_get_named_suites,
mock_suite_class):
all_suites = ["core", "replica_sets_jscore_passthrough"]
mock_get_named_suites.return_value = all_suites
mock_suite_class.return_value.tests = ["test1", "test2"]
membership_map = suitesconfig.create_test_membership_map(test_kind="js_test")
self.assertEqual(membership_map, dict(test1=all_suites, test2=all_suites))
self.assertEqual(mock_suite_class.call_count, 2)
def test_multiple_suites_matching_multiple_test_kinds(self, mock_get_named_suites,
mock_suite_class):
all_suites = ["core", "concurrency"]
mock_get_named_suites.return_value = all_suites
mock_suite_class.return_value.tests = ["test1", "test2"]
membership_map = suitesconfig.create_test_membership_map(
test_kind=("fsm_workload_test", "js_test"))
self.assertEqual(membership_map, dict(test1=all_suites, test2=all_suites))
self.assertEqual(mock_suite_class.call_count, 2)
def test_multiple_suites_matching_multiple_test_kinds(self, mock_get_named_suites,
mock_suite_class):
all_suites = ["core", "concurrency"]
mock_get_named_suites.return_value = all_suites
mock_suite_class.return_value.tests = ["test1", "test2"]
membership_map = suitesconfig.create_test_membership_map(
test_kind=("fsm_workload_test", "js_test"))
self.assertEqual(membership_map, dict(test1=all_suites, test2=all_suites))
self.assertEqual(mock_suite_class.call_count, 2)
def _find_suites_by_test(suites):
"""
Look up what other resmoke suites run the tests specified in the suites parameter.
Return a dict keyed by test name, value is array of suite names.
"""
memberships = {}
test_membership = suitesconfig.create_test_membership_map()
for suite in suites:
for test in suite.tests:
memberships[test] = test_membership[test]
return memberships
def _find_suites_by_test(suites):
"""
Look up what other resmoke suites run the tests specified in the suites parameter.
Return a dict keyed by test name, value is array of suite names.
"""
memberships = {}
test_membership = suitesconfig.create_test_membership_map()
for suite in suites:
for test in suite.tests:
memberships[test] = test_membership[test]
return memberships
def create_executor_list(suites, exclude_suites):
"""Create the executor list.
Looks up what other resmoke suites run the tests specified in the suites
parameter. Returns a dict keyed by suite name / executor, value is tests
to run under that executor.
"""
test_membership = create_test_membership_map(test_kind=SUPPORTED_TEST_KINDS)
memberships = defaultdict(list)
for suite in suites:
LOGGER.debug("Adding tests for suite", suite=suite, tests=suite.tests)
for test in suite.tests:
LOGGER.debug("membership for test", test=test, membership=test_membership[test])
for executor in set(test_membership[test]) - set(exclude_suites):
if test not in memberships[executor]:
memberships[executor].append(test)
return memberships