def test_killTask(self): # noqa
proxy_driver = ProxyDriver()
class ProvidedThermosRunnerMatcher(object):
"""Matcher that ensures a bound method 'stop' from 'ProvidedThermosTaskRunner' is called."""
def __eq__(self, other):
return (type(other.im_self).__name__ == 'ProvidedThermosTaskRunner'
and other.__name__ == 'stop')
with contextlib.nested(
temporary_dir(),
mock.patch('apache.aurora.executor.aurora_executor.propagate_deadline',
wraps=propagate_deadline)) as (checkpoint_root, mock_propagate_deadline):
_, executor = make_executor(
proxy_driver,
checkpoint_root,
SLEEP60_MTI,
stop_timeout_in_secs=123)
# send two, expect at most one delivered
executor.killTask(proxy_driver, mesos_pb2.TaskID(value='sleep60-001'))
executor.killTask(proxy_driver, mesos_pb2.TaskID(value='sleep60-001'))
executor.terminated.wait()
updates = proxy_driver.method_calls['sendStatusUpdate']
mock_propagate_deadline.assert_called_with( # Ensure 'stop' is called with custom timeout.
ProvidedThermosRunnerMatcher(),
timeout=Amount(123, Time.SECONDS))
assert len(updates) == 3
assert updates[-1][0][0].state == mesos_pb2.TASK_KILLED
def _sync_running_job_executions(self):
"""Syncs job executions that are currently running by handling any canceled or timed out executions
"""
running_job_exes = {}
for job_exe in self._job_exe_manager.get_all_job_exes():
running_job_exes[job_exe.id] = job_exe
right_now = now()
for job_exe_model in JobExecution.objects.filter(id__in=running_job_exes.keys()).iterator():
running_job_exe = running_job_exes[job_exe_model.id]
task_to_kill = None
if job_exe_model.status == 'CANCELED':
task_to_kill = running_job_exe.execution_canceled()
elif job_exe_model.is_timed_out(right_now):
try:
task_to_kill = running_job_exe.execution_timed_out(right_now)
except DatabaseError:
logger.exception('Error failing timed out job execution %i', running_job_exe.id)
if task_to_kill:
pb_task_to_kill = mesos_pb2.TaskID()
pb_task_to_kill.value = task_to_kill.id
logger.info('Killing task %s', task_to_kill.id)
self._driver.killTask(pb_task_to_kill)
if running_job_exe.is_finished():
self._job_exe_manager.remove_job_exe(running_job_exe.id)
def test_killTask(self): # noqa
proxy_driver = ProxyDriver()
with temporary_dir() as checkpoint_root:
_, executor = make_executor(proxy_driver, checkpoint_root,
SLEEP60_MTI)
# send two, expect at most one delivered
executor.killTask(proxy_driver,
mesos_pb2.TaskID(value='sleep60-001'))
executor.killTask(proxy_driver,
mesos_pb2.TaskID(value='sleep60-001'))
executor.terminated.wait()
updates = proxy_driver.method_calls['sendStatusUpdate']
assert len(updates) == 3
assert updates[-1][0][0].state == mesos_pb2.TASK_KILLED
def test_killTask_during_runner_initialize(self): # noqa
proxy_driver = ProxyDriver()
task = make_task(HELLO_WORLD_MTI)
with temporary_dir() as td:
te = FastThermosExecutor(runner_provider=make_provider(td),
sandbox_provider=SlowSandboxProvider())
te.launchTask(proxy_driver, task)
te.sandbox_initialized.wait()
te.killTask(proxy_driver,
mesos_pb2.TaskID(value=task.task_id.value))
assert te.runner_aborted.is_set()
assert not te.sandbox_created.is_set()
# we've simulated a "slow" initialization by blocking it until the killTask was sent - so now,
# trigger the initialization to complete
te._sandbox._init_start.set()
# however, wait on the runner to definitely finish its initialization before continuing
# (otherwise, this function races ahead too fast)
te._sandbox._init_done.wait()
te.sandbox_created.wait()
assert te.sandbox_initialized.is_set()
assert te.sandbox_created.is_set()
proxy_driver.wait_stopped()
updates = proxy_driver.method_calls['sendStatusUpdate']
assert len(updates) == 2
assert updates[-1][0][0].state == mesos_pb2.TASK_KILLED
def cleanup_task():
"""
Runs cleanup tasks i.e. Kill tasks for Agents which have disappeared, reconcile running
task states and get new node lists from the master.
"""
print "Reloading slaves @ %s" % time.ctime()
self.scheduler_lock.acquire()
self.scheduler.update()
if self.stored_driver is not None:
unmonitor = self.scheduler.unmonitor
for slave_id, _ in unmonitor.iteritems():
task_id = mesos_pb2.TaskID()
task_id.value = slave_id
if slave_id in self.scheduler.running or slave_id in self.scheduler.staging:
print "Killing task %s" % task_id.value
self.stored_driver.killTask(task_id)
# TODO(nnielsen): Introduce retry for task killing.
self.scheduler_lock.release()
threading.Timer(1, cleanup_task).start()
def killBatchJobs(self, jobIDs):
"""
Kills the given batchjob IDs.
"""
localSet = set()
if self.driver is None:
raise RuntimeError("There is no scheduler driver")
for jobID in jobIDs:
log.debug("passing tasks to kill to Mesos driver")
self.killSet.add(jobID)
localSet.add(jobID)
if jobID not in self.getIssuedBatchJobIDs():
self.killSet.remove(jobID)
localSet.remove(jobID)
log.debug("Batchjob %s already finished", jobID)
else:
taskId = mesos_pb2.TaskID()
taskId.value = str(jobID)
self.driver.killTask(taskId)
while localSet:
log.debug("in while loop")
intersection = localSet.intersection(self.killedSet)
localSet -= intersection
self.killedSet -= intersection
if not intersection:
log.debug("sleeping in the while")
time.sleep(1)
def _create_task(tid, offer, command, ns):
"""
`tid` (str) task id
`offer` a mesos Offer instance
`ns.mesos_task_resources` the stuff a task would consume:
{
"cpus": 10,
"mem": 1,
"disk": 12,
"ports": [(20, 34), (35, 35)],
"disks": ["sda1"]
}
`ns.docker_image` (str|None)
a docker image you wish to execute the command in
`ns.volumes` a list of volumes that get mounted into the container:
[
("host_path", "container_path", "mode"),
("/my/directory", "/path/on/container", "ro")
]
"""
task = dict(
task_id=mesos_pb2.TaskID(value=tid),
slave_id=offer.slave_id,
command=mesos_pb2.CommandInfo(
value=command,
uris=[mesos_pb2.CommandInfo.URI(value=uri) for uri in ns.uris],
environment=mesos_pb2.Environment(variables=[
mesos_pb2.Environment.Variable(name=k, value=v)
for k, v in ns.mesos_environment
])))
if ns.mesos_framework_name:
task.update(name="relay.mesos task: %s: %s" %
(ns.mesos_framework_name, tid))
else:
task.update(name="relay.mesos task: %s" % tid)
# ability to inject os.environ values into the command
if ns.docker_image:
volumes = [
mesos_pb2.Volume(host_path=host_path,
container_path=container_path,
mode=mesos_pb2.Volume.Mode.Value(mode.upper()))
for host_path, container_path, mode in ns.volumes
]
task.update(container=mesos_pb2.ContainerInfo(
type=mesos_pb2.ContainerInfo.DOCKER,
volumes=volumes,
docker=mesos_pb2.ContainerInfo.DockerInfo(
image=ns.docker_image,
force_pull_image=ns.force_pull_image,
network=mesos_pb2.ContainerInfo.DockerInfo.Network.Value(
ns.docker_network),
parameters=[
mesos_pb2.Parameter(key=k, value=v)
for k, v in ns.docker_parameters.items()
],
)))
task = mesos_pb2.TaskInfo(**task)
_create_task_add_task_resources(task, ns)
return task
def jobFinished(self, job):
logger.debug("job %s finished", job.id)
if job.id in self.activeJobs:
del self.activeJobs[job.id]
self.activeJobsQueue.remove(job)
for tid in self.jobTasks[job.id]:
self.driver.killTask(mesos_pb2.TaskID(value=tid))
del self.jobTasks[job.id]
self.last_finish_time = time.time()
if not self.activeJobs:
self.slaveTasks.clear()
for tid, jid in self.taskIdToJobId.iteritems():
if jid not in self.activeJobs:
logger.debug('kill task %s, because it is orphan', tid)
self.driver.killTask(mesos_pb2.TaskID(value=tid))
def statusUpdate(self, driver, status):
tid = status.task_id.value
state = status.state
logger.debug("status update: %s %s", tid, state)
jid = self.taskIdToJobId.get(tid)
_, task_id, tried = map(int, tid.split(':'))
if state == mesos_pb2.TASK_RUNNING:
if jid in self.activeJobs:
job = self.activeJobs[jid]
job.statusUpdate(task_id, tried, state)
else:
logger.debug('kill task %s as its job has gone', tid)
self.driver.killTask(mesos_pb2.TaskID(value=tid))
return
self.taskIdToJobId.pop(tid, None)
if jid in self.jobTasks:
self.jobTasks[jid].remove(tid)
if tid in self.taskIdToSlaveId:
slave_id = self.taskIdToSlaveId[tid]
if slave_id in self.slaveTasks:
self.slaveTasks[slave_id] -= 1
del self.taskIdToSlaveId[tid]
if jid not in self.activeJobs:
logger.debug('ignore task %s as its job has gone', tid)
return
job = self.activeJobs[jid]
if state in (mesos_pb2.TASK_FINISHED,
mesos_pb2.TASK_FAILED) and status.data:
try:
reason, result, accUpdate = cPickle.loads(status.data)
if result:
flag, data = result
if flag >= 2:
try:
data = urllib.urlopen(data).read()
except IOError:
# try again
data = urllib.urlopen(data).read()
flag -= 2
data = decompress(data)
if flag == 0:
result = marshal.loads(data)
else:
result = cPickle.loads(data)
except Exception, e:
logger.warning("error when cPickle.loads(): %s, data:%s", e,
len(status.data))
state = mesos_pb2.TASK_FAILED
return job.statusUpdate(task_id, tried, mesos_pb2.TASK_FAILED,
'load failed: %s' % e)
else:
return job.statusUpdate(task_id, tried, state, reason, result,
accUpdate)
def _kill_tasks(self):
"""Sends kill messages for any tasks that need to be stopped
"""
for task in system_task_mgr.get_tasks_to_kill():
# Send kill message for system task
pb_task_to_kill = mesos_pb2.TaskID()
pb_task_to_kill.value = task.id
logger.info('Killing task %s', task.id)
self._driver.killTask(pb_task_to_kill)
def cancel(self, proc):
if self.driver.aborted:
raise RuntimeError('driver already aborted')
with self._lock:
if proc.id in self.procs_pending:
del self.procs_pending[proc.id]
elif proc.id in self.procs_launched:
del self.procs_launched[proc.id]
self.driver.killTask(mesos_pb2.TaskID(value=str(proc.id)))
for slave_id, procs in self.slave_to_proc.items():
procs.pop(proc.id)
if not procs:
del self.slave_to_proc[slave_id]
def kill(self, password):
"""
Kill the cluster.
NOTE: Cluster killing is asynchronous. Use 'terminated' property to check if all tasks in the
cluster are killed.
"""
with self._lock:
if not self._password_box.match(password, self._cluster.encrypted_password):
raise self.PermissionError("No permission to kill cluster %s" % self.cluster_name)
self._terminating = True
# TODO(jyx): Task killing is unreliable. Reconciliation should retry killing.
for task_id in self._cluster.tasks:
log.info("Killing task %s of cluster %s" % (task_id, self.cluster_name))
self._driver.killTask(mesos_pb2.TaskID(value=task_id))
def _perform_sync(self):
"""Performs the sync with the database
"""
scheduler_mgr.sync_with_database()
job_type_mgr.sync_with_database()
workspace_mgr.sync_with_database()
mesos_master = scheduler_mgr.mesos_address
node_mgr.sync_with_database(mesos_master.hostname, mesos_master.port)
# Kill running tasks for canceled job executions
for task_to_kill in job_exe_mgr.sync_with_database():
pb_task_to_kill = mesos_pb2.TaskID()
pb_task_to_kill.value = task_to_kill.id
logger.info('Killing task %s', task_to_kill.id)
self._driver.killTask(pb_task_to_kill)
if settings.SECRETS_URL:
secrets_mgr.sync_with_backend()
def _execute(self):
"""See :meth:`scheduler.threads.base_thread.BaseSchedulerThread._execute`
"""
scheduler_mgr.sync_with_database()
job_type_mgr.sync_with_database()
workspace_mgr.sync_with_database()
node_mgr.sync_with_database(scheduler_mgr.config)
cleanup_mgr.update_nodes(node_mgr.get_nodes())
mesos_master = scheduler_mgr.mesos_address
resource_mgr.sync_with_mesos(mesos_master.hostname, mesos_master.port)
# Kill running tasks for canceled job executions
for task_to_kill in job_exe_mgr.sync_with_database():
pb_task_to_kill = mesos_pb2.TaskID()
pb_task_to_kill.value = task_to_kill.id
logger.info('Killing task %s', task_to_kill.id)
self._driver.killTask(pb_task_to_kill)
if settings.SECRETS_URL:
secrets_mgr.sync_with_backend()
def _timeout_tasks(self, when):
"""Handles any tasks that have exceeded their time out thresholds
:param when: The current time
:type when: :class:`datetime.datetime`
"""
# Time out tasks that have exceeded thresholds
for task in task_mgr.get_timeout_tasks(when):
# Handle task timeout based on the type of the task
if task.id.startswith(JOB_TASK_ID_PREFIX):
# Job task, notify job execution manager
job_exe_mgr.handle_task_timeout(task, when)
else:
# Not a job task, so must be a node task
node_mgr.handle_task_timeout(task)
# Send kill message for timed out task
pb_task_to_kill = mesos_pb2.TaskID()
pb_task_to_kill.value = task.id
logger.info('Killing task %s', task.id)
self._driver.killTask(pb_task_to_kill)
def killBatchJobs(self, jobIDs):
# FIXME: probably still racy
assert self.driver is not None
localSet = set()
for jobID in jobIDs:
self.killJobIds.add(jobID)
localSet.add(jobID)
self.intendedKill.add(jobID)
# FIXME: a bit too expensive for my taste
if jobID in self.getIssuedBatchJobIDs():
taskId = mesos_pb2.TaskID()
taskId.value = str(jobID)
self.driver.killTask(taskId)
else:
self.killJobIds.remove(jobID)
localSet.remove(jobID)
while localSet:
intersection = localSet.intersection(self.killedJobIds)
if intersection:
localSet -= intersection
self.killedJobIds -= intersection
else:
time.sleep(1)
def test_executor_event_handlers(mocker):
executor = mocker.Mock()
driver = mocker.Mock()
proxy = ExecutorProxy(executor)
proxy.registered(driver, mesos_pb2.ExecutorInfo(),
mesos_pb2.FrameworkInfo(), mesos_pb2.SlaveInfo())
proxy.reregistered(driver, mesos_pb2.SlaveInfo())
proxy.disconnected(driver)
proxy.launchTask(driver, mesos_pb2.TaskInfo())
proxy.killTask(driver, mesos_pb2.TaskID())
proxy.frameworkMessage(driver, 'message')
proxy.shutdown(driver)
proxy.error(driver, 'message')
executor.on_registered.assert_called_once()
executor.on_reregistered.assert_called_once()
executor.on_disconnected.assert_called_once()
executor.on_launch.assert_called_once()
executor.on_kill.assert_called_once()
executor.on_message.assert_called_once()
executor.on_shutdown.assert_called_once()
executor.on_error.assert_called_once()
def kill_task(self, driver, t):
task_id = mesos_pb2.TaskID()
task_id.value = "%s-%s" % (t.id, t.tried)
driver.killTask(task_id)
def kill_task(self, driver, task):
tid = mesos_pb2.TaskID()
tid.value = task
driver.killTask(tid)
self.tasks_with_flags[task].mesos_task_state = TASK_KILLING
def killTask():
taskID = request.args.get('taskID')
print taskID
driver.killTask(mesos_pb2.TaskID(value=taskID))
return "Success"
def deleteTask(self, instance):
task_id = mesos_pb2.TaskID()
task_id.value = instance.task_id
driver.killTask(task_id)
def killTask(self, job_id, task_id, tried):
tid = mesos_pb2.TaskID()
tid.value = "%s:%s:%s" % (job_id, task_id, tried)
self.driver.killTask(tid)
