def test_task_query_by_task_id():
task_id = "A-8AqzvvRsqH9b0VHBXYjA"
with patch.object(taskcluster.Queue, "task", new=mocked_definition), patch.object(taskcluster.Queue, "status", new=mocked_status):
task = Task(task_id=task_id)
assert task.kind == "test"
assert task.state == "completed"
def test_task_query_by_task_id():
task_id = 'A-8AqzvvRsqH9b0VHBXYjA'
with patch.object(taskcluster.Queue, 'task', new=mocked_definition) as mocked_method, patch.object(taskcluster.Queue, 'status', new=mocked_status) as mocked_method2:
task = Task(task_id=task_id)
assert task.kind == 'test'
assert task.state == 'completed'
async def _read_file_cache(self):
try:
jsondata = json.loads(await fetch_file(self.cache_file))
self.tasklist = [Task(json=data) for data in jsondata]
except Exception as e:
log.warning(e)
return False
return True
async def fetch_tasks(self, limit=None):
"""Return tasks with the associated group ID.
Handles continuationToken without the user being aware of it.
Enforces the limit parameter as a limit of the total number of tasks
to be returned.
"""
if self.cache_file:
if self._read_file_cache():
return
query = {}
if limit:
# Default taskcluster-client api asks for 1000 tasks.
query['limit'] = min(limit, 1000)
def under_limit(length):
"""Indicate if we've returned enough tasks."""
if not limit or length < limit:
return True
return False
async with aiohttp.ClientSession() as session:
queue = Queue(session=session)
outcome = await queue.listTaskGroup(self.groupid, query=query)
tasks = outcome.get('tasks', [])
while under_limit(len(tasks)) and outcome.get('continuationToken'):
query.update({
'continuationToken': outcome.get('continuationToken')
})
outcome = await queue.listTaskGroup(self.groupid, query=query)
tasks.extend(outcome.get('tasks', []))
if limit:
tasks = tasks[:limit]
self.tasklist = [Task(json=data) for data in tasks]
if self.cache_file:
self._write_file_cache()
def test_task_kind(filename, expected):
task = Task(json=get_dummy_task_json(filename))
assert task.kind == expected
def test_run_durations(filename, expected):
task = Task(json=get_dummy_task_json(filename))
assert task.run_durations() == expected
def test_task_resolved(filename, expected):
task = Task(json=get_dummy_task_json(filename))
assert task.resolved == expected
def test_task_scheduled(filename, expected):
task = Task(json=get_dummy_task_json(filename))
assert task.scheduled == expected
def test_task_state_completed(filename, expected):
task = Task(json=get_dummy_task_json(filename))
assert task.state == expected
def test_task_completed_bool(filename, state):
task = Task(json=get_dummy_task_json(filename))
assert task.completed is state
def test_task_taskid():
task = Task(json=get_dummy_task_json("completed.json"))
assert task.taskid == "A-8AqzvvRsqH9b0VHBXYjA"
def test_run_durations2():
task = Task(json=get_dummy_task_json("completed.json"))
assert task.run_durations() == [datetime.timedelta(seconds=852, microseconds=561000)]
def test_task_no_input():
with pytest.raises(ValueError):
Task()
def test_scopes(filename, expected):
task = Task(json=get_dummy_task_json(filename))
assert task.scopes == expected
def test_task_names(filename, expected):
task = Task(json=get_dummy_task_json(filename))
assert task.label == expected
assert task.name == expected
def test_task_has_failures(filename, expected):
task = Task(json=get_dummy_task_json(filename))
assert task.has_failures == expected
