def test_exception_bubbling():
# do propagate
cfg['reactors']['propagate_exceptions'] = True
brq = Baroque()
brq.config = cfg
def reaction_raising_error(evt):
raise FileNotFoundError()
r = Reactor(reaction_raising_error)
brq.on(GenericEventType()).run(r)
with pytest.raises(FileNotFoundError):
brq.publish(Event(GenericEventType()))
pytest.fail()
# do not propagate
cfg['reactors']['propagate_exceptions'] = False
brq = Baroque()
brq.config = cfg
brq.on(GenericEventType()).run(r)
try:
brq.publish(Event(GenericEventType()))
except FileNotFoundError:
pytest.fail()
def test_register_on_binding():
# do register topics upon reactor binding
cfg['topics']['register_on_binding'] = True
brq = Baroque()
brq.config = cfg
t = Topic('test-topic')
assert len(brq.topics) == 0
brq.on_topic_run(t, ReactorFactory.stdout())
assert len(brq.topics) == 1
# do not register topics upon reactor binding: throw an exception
cfg['topics']['register_on_binding'] = False
brq = Baroque()
brq.config = cfg
with pytest.raises(UnregisteredTopicError):
brq.on_topic_run(t, ReactorFactory.stdout())
def test_ignore_unregistered_eventtypes():
# do ignore
cfg['eventtypes']['ignore_unregistered'] = True
brq = Baroque()
brq.config = cfg
try:
brq.publish(Event(GenericEventType()))
except UnregisteredEventTypeError:
pytest.fail()
# do not ignore
cfg['eventtypes']['ignore_unregistered'] = False
brq = Baroque()
brq.config = cfg
with pytest.raises(UnregisteredEventTypeError):
brq.publish(Event(FakeEventType()))
pytest.fail()
def test_persist():
# persist events
brq = Baroque()
cfg['eventtypes']['ignore_unregistered'] = True
cfg['eventtypes']['pre_registered'] = [
'baroque.defaults.eventtypes.GenericEventType'
]
cfg['topics']['register_on_binding'] = True
cfg['events']['persist'] = True
brq.config = cfg
evt1 = Event(GenericEventType())
assert len(brq._persistance_backend) == 0
brq.publish(evt1)
assert len(brq._persistance_backend) == 1
assert evt1 in brq._persistance_backend
evt2 = Event(GenericEventType())
t = brq.topics.new('test-topic',
eventtypes=[MetricEventType(),
GenericEventType()])
assert len(brq._persistance_backend) == 1
brq.publish_on_topic(evt2, t)
assert len(brq._persistance_backend) == 2
assert evt2 in brq._persistance_backend
# do not persist events
brq = Baroque()
cfg['events']['persist'] = False
brq.config = cfg
evt3 = Event(GenericEventType())
assert len(brq._persistance_backend) == 0
brq.publish(evt3)
assert len(brq._persistance_backend) == 0
evt4 = Event(GenericEventType())
t = brq.topics.new('test-topic',
eventtypes=[MetricEventType(),
GenericEventType()])
assert len(brq._persistance_backend) == 0
brq.publish_on_topic(evt4, t)
assert len(brq._persistance_backend) == 0
def test_validate_schema():
cfg['eventtypes']['pre_registered'] = [
'baroque.defaults.eventtypes.MetricEventType'
]
brq = Baroque()
brq.config = cfg
et = MetricEventType()
event = Event(et, payload=dict(a=1, b=2))
# do not validate
cfg['events']['validate_schema'] = False
brq.config = cfg
try:
brq.publish(event)
except InvalidEventSchemaError:
pytest.fail()
# do validate
cfg['events']['validate_schema'] = True
with pytest.raises(InvalidEventSchemaError):
brq.publish(event)
def test_persistence_backend():
brq = Baroque()
# test we're actually using the claimed persistence backend
cfg['events']['persist'] = True
cfg['events'][
'persistence_backend'] = 'tests.test_configuration.FakePersistenceBackend'
brq.config = cfg
pb = brq._persistance_backend
assert len(pb) == 0
evt = Event(GenericEventType())
brq.publish(evt)
assert len(pb) == 1
assert evt in pb
