from __future__ import absolute_import, unicode_literals import pytest from case import Mock from celery import uuid from celery.app import control from celery.exceptions import DuplicateNodenameWarning from celery.five import items from celery.utils.collections import LimitedSet def _info_for_commandclass(type_): from celery.worker.control import Panel return [ (name, info) for name, info in items(Panel.meta) if info.type == type_ ] def test_client_implements_all_commands(app): commands = _info_for_commandclass('control') assert commands for name, info in commands: assert getattr(app.control, name) def test_inspect_implements_all_commands(app): inspect = app.control.inspect() commands = _info_for_commandclass('inspect') assert commands for name, info in commands: if info.type == 'inspect': assert getattr(inspect, name) class test_flatten_reply: def test_flatten_reply(self): reply = [ {'foo@example.com': {'hello': 10}}, {'foo@example.com': {'hello': 20}}, {'bar@example.com': {'hello': 30}} ] with pytest.warns(DuplicateNodenameWarning) as w: nodes = control.flatten_reply(reply) assert 'Received multiple replies from node name: {0}.'.format( next(iter(reply[0]))) in str(w[0].message.args[0]) assert 'foo@example.com' in nodes assert 'bar@example.com' in nodes class test_inspect: def setup(self): self.app.control.broadcast = Mock(name='broadcast') self.app.control.broadcast.return_value = {} self.inspect = self.app.control.inspect() def test_prepare_reply(self): reply = self.inspect._prepare([ {'w1': {'ok': 1}}, {'w2': {'ok': 1}}, ]) assert reply == { 'w1': {'ok': 1}, 'w2': {'ok': 1}, } i = self.app.control.inspect(destination='w1') assert i._prepare([{'w1': {'ok': 1}}]) == {'ok': 1} def assert_broadcast_called(self, command, destination=None, callback=None, connection=None, limit=None, timeout=None, reply=True, **arguments): self.app.control.broadcast.assert_called_with( command, arguments=arguments, destination=destination or self.inspect.destination, callback=callback or self.inspect.callback, connection=connection or self.inspect.connection, limit=limit if limit is not None else self.inspect.limit, timeout=timeout if timeout is not None else self.inspect.timeout, reply=reply, ) def test_active(self): self.inspect.active() self.assert_broadcast_called('active') def test_clock(self): self.inspect.clock() self.assert_broadcast_called('clock') def test_conf(self): self.inspect.conf() self.assert_broadcast_called('conf', with_defaults=False) def test_conf__with_defaults(self): self.inspect.conf(with_defaults=True) self.assert_broadcast_called('conf', with_defaults=True) def test_hello(self): self.inspect.hello('george@vandelay.com') self.assert_broadcast_called( 'hello', from_node='george@vandelay.com', revoked=None) def test_hello__with_revoked(self): revoked = LimitedSet(100) for i in range(100): revoked.add('id{0}'.format(i)) self.inspect.hello('george@vandelay.com', revoked=revoked._data) self.assert_broadcast_called( 'hello', from_node='george@vandelay.com', revoked=revoked._data) def test_memsample(self): self.inspect.memsample() self.assert_broadcast_called('memsample') def test_memdump(self): self.inspect.memdump() self.assert_broadcast_called('memdump', samples=10) def test_memdump__samples_specified(self): self.inspect.memdump(samples=303) self.assert_broadcast_called('memdump', samples=303) def test_objgraph(self): self.inspect.objgraph() self.assert_broadcast_called( 'objgraph', num=200, type='Request', max_depth=10) def test_scheduled(self): self.inspect.scheduled() self.assert_broadcast_called('scheduled') def test_reserved(self): self.inspect.reserved() self.assert_broadcast_called('reserved') def test_stats(self): self.inspect.stats() self.assert_broadcast_called('stats') def test_revoked(self): self.inspect.revoked() self.assert_broadcast_called('revoked') def test_registered(self): self.inspect.registered() self.assert_broadcast_called('registered', taskinfoitems=()) def test_registered__taskinfoitems(self): self.inspect.registered('rate_limit', 'time_limit') self.assert_broadcast_called( 'registered', taskinfoitems=('rate_limit', 'time_limit'), ) def test_ping(self): self.inspect.ping() self.assert_broadcast_called('ping') def test_active_queues(self): self.inspect.active_queues() self.assert_broadcast_called('active_queues') def test_query_task(self): self.inspect.query_task('foo', 'bar') self.assert_broadcast_called('query_task', ids=('foo', 'bar')) def test_query_task__compat_single_list_argument(self): self.inspect.query_task(['foo', 'bar']) self.assert_broadcast_called('query_task', ids=['foo', 'bar']) def test_query_task__scalar(self): self.inspect.query_task('foo') self.assert_broadcast_called('query_task', ids=('foo',)) def test_report(self): self.inspect.report() self.assert_broadcast_called('report') class test_Control_broadcast: def setup(self): self.app.control.mailbox = Mock(name='mailbox') def test_broadcast(self): self.app.control.broadcast('foobarbaz', arguments={'foo': 2}) self.app.control.mailbox.assert_called() self.app.control.mailbox()._broadcast.assert_called_with( 'foobarbaz', {'foo': 2}, None, False, 1.0, None, None, channel=None, ) def test_broadcast_limit(self): self.app.control.broadcast( 'foobarbaz1', arguments=None, limit=None, destination=[1, 2, 3], ) self.app.control.mailbox.assert_called() self.app.control.mailbox()._broadcast.assert_called_with( 'foobarbaz1', {}, [1, 2, 3], False, 1.0, None, None, channel=None, ) class test_Control: def setup(self): self.app.control.broadcast = Mock(name='broadcast') self.app.control.broadcast.return_value = {} @self.app.task(shared=False) def mytask(): pass self.mytask = mytask def assert_control_called_with_args(self, name, destination=None, _options=None, **args): self.app.control.broadcast.assert_called_with( name, destination=destination, arguments=args, **_options or {}) def test_purge(self): self.app.amqp.TaskConsumer = Mock(name='TaskConsumer') self.app.control.purge() self.app.amqp.TaskConsumer().purge.assert_called_with() def test_rate_limit(self): self.app.control.rate_limit(self.mytask.name, '100/m') self.assert_control_called_with_args( 'rate_limit', destination=None, task_name=self.mytask.name, rate_limit='100/m', ) def test_rate_limit__with_destination(self): self.app.control.rate_limit( self.mytask.name, '100/m', 'a@w.com', limit=100) self.assert_control_called_with_args( 'rate_limit', destination='a@w.com', task_name=self.mytask.name, rate_limit='100/m', _options={'limit': 100}, ) def test_time_limit(self): self.app.control.time_limit(self.mytask.name, soft=10, hard=20) self.assert_control_called_with_args( 'time_limit', destination=None, task_name=self.mytask.name, soft=10, hard=20, ) def test_time_limit__with_destination(self): self.app.control.time_limit( self.mytask.name, soft=10, hard=20, destination='a@q.com', limit=99, ) self.assert_control_called_with_args( 'time_limit', destination='a@q.com', task_name=self.mytask.name, soft=10, hard=20, _options={'limit': 99}, ) def test_add_consumer(self): self.app.control.add_consumer('foo') self.assert_control_called_with_args( 'add_consumer', destination=None, queue='foo', exchange=None, exchange_type='direct', routing_key=None, ) def test_add_consumer__with_options_and_dest(self): self.app.control.add_consumer( 'foo', 'ex', 'topic', 'rkey', destination='a@q.com', limit=78) self.assert_control_called_with_args( 'add_consumer', destination='a@q.com', queue='foo', exchange='ex', exchange_type='topic', routing_key='rkey', _options={'limit': 78}, ) def test_cancel_consumer(self): self.app.control.cancel_consumer('foo') self.assert_control_called_with_args( 'cancel_consumer', destination=None, queue='foo', ) def test_cancel_consumer__with_destination(self): self.app.control.cancel_consumer( 'foo', destination='w1@q.com', limit=3) self.assert_control_called_with_args( 'cancel_consumer', destination='w1@q.com', queue='foo', _options={'limit': 3}, ) def test_shutdown(self): self.app.control.shutdown() self.assert_control_called_with_args('shutdown', destination=None) def test_shutdown__with_destination(self): self.app.control.shutdown(destination='a@q.com', limit=3) self.assert_control_called_with_args( 'shutdown', destination='a@q.com', _options={'limit': 3}) def test_heartbeat(self): self.app.control.heartbeat() self.assert_control_called_with_args('heartbeat', destination=None) def test_heartbeat__with_destination(self): self.app.control.heartbeat(destination='a@q.com', limit=3) self.assert_control_called_with_args( 'heartbeat', destination='a@q.com', _options={'limit': 3}) def test_pool_restart(self): self.app.control.pool_restart() self.assert_control_called_with_args( 'pool_restart', destination=None, modules=None, reload=False, reloader=None) def test_terminate(self): self.app.control.revoke = Mock(name='revoke') self.app.control.terminate('124') self.app.control.revoke.assert_called_with( '124', destination=None, terminate=True, signal=control.TERM_SIGNAME, ) def test_enable_events(self): self.app.control.enable_events() self.assert_control_called_with_args('enable_events', destination=None) def test_enable_events_with_destination(self): self.app.control.enable_events(destination='a@q.com', limit=3) self.assert_control_called_with_args( 'enable_events', destination='a@q.com', _options={'limit': 3}) def test_disable_events(self): self.app.control.disable_events() self.assert_control_called_with_args( 'disable_events', destination=None) def test_disable_events_with_destination(self): self.app.control.disable_events(destination='a@q.com', limit=3) self.assert_control_called_with_args( 'disable_events', destination='a@q.com', _options={'limit': 3}) def test_ping(self): self.app.control.ping() self.assert_control_called_with_args( 'ping', destination=None, _options={'timeout': 1.0, 'reply': True}) def test_ping_with_destination(self): self.app.control.ping(destination='a@q.com', limit=3) self.assert_control_called_with_args( 'ping', destination='a@q.com', _options={ 'limit': 3, 'timeout': 1.0, 'reply': True, }) def test_revoke(self): self.app.control.revoke('foozbaaz') self.assert_control_called_with_args( 'revoke', destination=None, task_id='foozbaaz', signal=control.TERM_SIGNAME, terminate=False, ) def test_revoke__with_options(self): self.app.control.revoke( 'foozbaaz', destination='a@q.com', terminate=True, signal='KILL', limit=404, ) self.assert_control_called_with_args( 'revoke', destination='a@q.com', task_id='foozbaaz', signal='KILL', terminate=True, _options={'limit': 404}, ) def test_election(self): self.app.control.election('some_id', 'topic', 'action') self.assert_control_called_with_args( 'election', destination=None, topic='topic', action='action', id='some_id', _options={'connection': None}, ) def test_autoscale(self): self.app.control.autoscale(300, 10) self.assert_control_called_with_args( 'autoscale', max=300, min=10, destination=None) def test_autoscale__with_options(self): self.app.control.autoscale(300, 10, destination='a@q.com', limit=39) self.assert_control_called_with_args( 'autoscale', max=300, min=10, destination='a@q.com', _options={'limit': 39} ) def test_pool_grow(self): self.app.control.pool_grow(2) self.assert_control_called_with_args( 'pool_grow', n=2, destination=None) def test_pool_grow__with_options(self): self.app.control.pool_grow(2, destination='a@q.com', limit=39) self.assert_control_called_with_args( 'pool_grow', n=2, destination='a@q.com', _options={'limit': 39} ) def test_pool_shrink(self): self.app.control.pool_shrink(2) self.assert_control_called_with_args( 'pool_shrink', n=2, destination=None) def test_pool_shrink__with_options(self): self.app.control.pool_shrink(2, destination='a@q.com', limit=39) self.assert_control_called_with_args( 'pool_shrink', n=2, destination='a@q.com', _options={'limit': 39} ) def test_revoke_from_result(self): self.app.control.revoke = Mock(name='revoke') self.app.AsyncResult('foozbazzbar').revoke() self.app.control.revoke.assert_called_with( 'foozbazzbar', connection=None, reply=False, signal=None, terminate=False, timeout=None) def test_revoke_from_resultset(self): self.app.control.revoke = Mock(name='revoke') uuids = [uuid() for _ in range(10)] r = self.app.GroupResult( uuid(), [self.app.AsyncResult(x) for x in uuids]) r.revoke() self.app.control.revoke.assert_called_with( uuids, connection=None, reply=False, signal=None, terminate=False, timeout=None)