def test_do_call_method_sql_transport_type(self):
self.app.connection = Mock()
conn = self.app.connection.return_value = Mock(name='Connection')
conn.transport.driver_type = 'sql'
i = inspect(app=self.app)
with pytest.raises(i.Error):
i.do_call_method(['ping'])
def autoscale_gpu_node():
autoscaling_client = boto3.client(
'autoscaling',
region_name=settings.AWS_AUTOSCALING_REGION,
aws_access_key_id=settings.AWS_AUTOSCALING_ACCESS_KEY_ID,
aws_secret_access_key=settings.AWS_AUTOSCALING_SECRET_ACCESS_KEY,
)
i = inspect()
active_tasks_per_node = [a[1] for a in list(i.active().items())]
scheduled_tasks_per_node = [a[1] for a in list(i.scheduled().items())]
reserved_tasks_per_node = [a[1] for a in list(i.reserved().items())]
tasks_per_node = active_tasks_per_node + scheduled_tasks_per_node + reserved_tasks_per_node
tasks = reduce(lambda x, y: x + y, tasks_per_node)
task_names = [task['name'] for task in tasks]
scale_to = 0
if run_submission.name in task_names:
scale_to = 1
print(f"Scaling to {str(scale_to)} GPU nodes.")
print(
autoscaling_client.set_desired_capacity(
AutoScalingGroupName='terraform-eks-eyra-prod01-gpu',
DesiredCapacity=scale_to))
def test_do_call_method_sql_transport_type(self):
self.app.connection = Mock()
conn = self.app.connection.return_value = Mock(name='Connection')
conn.transport.driver_type = 'sql'
i = inspect(app=self.app)
with pytest.raises(i.Error):
i.do_call_method(['ping'])
def test_run(self, real):
out = WhateverIO()
i = inspect(app=self.app, stdout=out)
with pytest.raises(Error):
i.run()
with pytest.raises(Error):
i.run('help')
with pytest.raises(Error):
i.run('xyzzybaz')
i.run('ping')
real.assert_called()
i.run('ping', destination='foo,bar')
assert real.call_args[1]['destination'], ['foo' == 'bar']
assert real.call_args[1]['timeout'] == 0.2
callback = real.call_args[1]['callback']
callback({'foo': {'ok': 'pong'}})
assert 'OK' in out.getvalue()
with patch('celery.bin.control.dumps') as dumps:
i.run('ping', json=True)
dumps.assert_called()
instance = real.return_value = Mock()
instance._request.return_value = None
with pytest.raises(Error):
i.run('ping')
out.seek(0)
out.truncate()
i.quiet = True
i.say_chat('<-', 'hello')
assert not out.getvalue()
def test_run(self, real):
out = WhateverIO()
i = inspect(app=self.app, stdout=out)
with pytest.raises(Error):
i.run()
with pytest.raises(Error):
i.run('help')
with pytest.raises(Error):
i.run('xyzzybaz')
i.run('ping')
real.assert_called()
i.run('ping', destination='foo,bar')
assert real.call_args[1]['destination'], ['foo' == 'bar']
assert real.call_args[1]['timeout'] == 0.2
callback = real.call_args[1]['callback']
callback({'foo': {'ok': 'pong'}})
assert 'OK' in out.getvalue()
with patch('celery.bin.control.dumps') as dumps:
i.run('ping', json=True)
dumps.assert_called()
instance = real.return_value = Mock()
instance._request.return_value = None
with pytest.raises(Error):
i.run('ping')
out.seek(0)
out.truncate()
i.quiet = True
i.say_chat('<-', 'hello')
assert not out.getvalue()
def test_command_info(self):
i = inspect(app=self.app)
assert i.get_command_info(
'ping',
help=True,
color=i.colored.red,
app=self.app,
)
def queue(self, request, *args, **kwargs):
try:
inspect_task = inspect(app=celery_app)
replies = inspect_task.run('active_queues')
res = [{
'name': key,
'queue': [item['name'] for item in replies[key]]
} for key in replies.keys()]
return Response(msg(data=res))
except Exception as e:
return Response(msg(err=str(e)))
def queue_count():
"""Count tasks in celery."""
inspector = inspect()
task_count = 0
reserved = inspector.reserved()
if reserved:
for key, values in reserved.items():
task_count += len(values)
active = inspector.active()
if active:
task_count = sum(active.values())
return task_count
def has_any_tasks():
excluded = ['check_if_idle', 'auto_sync']
inspector = inspect(celery.app)
active = inspector.call(method='active', arguments={})
scheduled = inspector.call(method='scheduled', arguments={})
reserved = inspector.call(method='reserved', arguments={})
count = (
count_tasks(active, excluded)
+ count_tasks(scheduled, excluded)
+ count_tasks(reserved, excluded)
)
return not not count
def test_say_directions(self):
i = inspect(self.app)
i.out = Mock()
i.quiet = True
i.say_chat('<-', 'hello out')
i.out.assert_not_called()
i.say_chat('->', 'hello in')
i.out.assert_called()
i.quiet = False
i.out.reset_mock()
i.say_chat('<-', 'hello out', 'body')
i.out.assert_called()
def test_say_directions(self):
i = inspect(self.app)
i.out = Mock()
i.quiet = True
i.say_chat('<-', 'hello out')
i.out.assert_not_called()
i.say_chat('->', 'hello in')
i.out.assert_called()
i.quiet = False
i.out.reset_mock()
i.say_chat('<-', 'hello out', 'body')
i.out.assert_called()
def check_if_idle():
excluded = ['check_if_idle']
inspector = inspect(celery.app)
active = inspector.call(method='active', arguments={})
scheduled = inspector.call(method='scheduled', arguments={})
reserved = inspector.call(method='reserved', arguments={})
count = count_tasks(active, excluded) + count_tasks(scheduled, excluded) + \
count_tasks(reserved, excluded)
if not count:
db_tasks = Task.objects.exclude(status=Task.STATUS_BROKEN).\
exclude(status=Task.STATUS_SUCCESS).count()
if db_tasks:
print('Dispatching remaining %d tasks.' % db_tasks)
dispatch_pending_tasks()
from snoop.data.dispatcher import dispatch_walk_tasks
dispatch_walk_tasks()
def test_command_info(self):
i = inspect(app=self.app)
assert i.get_command_info(
'ping', help=True, color=i.colored.red, app=self.app,
)
def test_epilog(self):
assert inspect(app=self.app).epilog
def test_list_commands_color(self):
i = inspect(app=self.app)
assert i.list_commands(help=True, color=i.colored.red, app=self.app)
assert i.list_commands(help=False, color=None, app=self.app)
def test_list_commands_color(self):
i = inspect(app=self.app)
assert i.list_commands(help=True, color=i.colored.red, app=self.app)
assert i.list_commands(help=False, color=None, app=self.app)
def test_usage(self):
assert inspect(app=self.app).usage('foo')
def test_usage(self):
assert inspect(app=self.app).usage('foo')
def test_epilog(self):
assert inspect(app=self.app).epilog
