def test_regular_queue(self):
"""Test testcase with regular queue."""
t = data_types.Testcase(job_type='job_linux', queue='old')
self.assertEqual('jobs-linux', tasks.queue_for_testcase(t))
t = data_types.Testcase(job_type='job_project', queue='old')
self.assertEqual('jobs-project-linux-lib', tasks.queue_for_testcase(t))
def test_high_end_queue(self):
"""Test testcase with high end queue."""
t = data_types.Testcase(job_type='job_linux', queue='high-end-jobs')
self.assertEqual('high-end-jobs-linux', tasks.queue_for_testcase(t))
t = data_types.Testcase(job_type='job_project', queue='high-end-jobs')
self.assertEqual('high-end-jobs-project-linux-lib',
tasks.queue_for_testcase(t))
def update(testcase):
"""Update from trunk."""
testcase.last_tested_crash_stacktrace = 'Pending'
testcase.put()
tasks.add_task('variant',
testcase.key.id(),
testcase.job_type,
queue=tasks.queue_for_testcase(testcase))
helpers.log(
'Marked testcase %s for last tested stacktrace update' %
testcase.key.id(), helpers.MODIFY_OPERATION)
def get(self):
"""Handle a GET request."""
assert self.task
# Create new tasks for the open reproducible test cases.
for status in ['Processed', 'Duplicate']:
testcases = data_types.Testcase.query(
ndb_utils.is_true(data_types.Testcase.open),
ndb_utils.is_false(data_types.Testcase.one_time_crasher_flag),
data_types.Testcase.status == status)
for testcase in testcases:
try:
tasks.add_task(self.task,
testcase.key.id(),
testcase.job_type,
queue=tasks.queue_for_testcase(testcase))
except Exception:
logs.log_error('Failed to add task.')
continue