def test_ValueAccumulator(self):
events = []
with EventCatcher(events):
ac = ValueAccumulator(name="ac")
THREAD_DISPATCHER.add_listener(ac)
try:
value("s1", 1, auto_add_counter=False)
value("s1", 2, auto_add_counter=False)
value("s2", 5, auto_add_counter=False)
ac.raise_value_events()
finally:
THREAD_DISPATCHER.remove_listener(ac)
self.assertEqual(events,
[
("s1", "value", 1),
("s1", "value", 2),
("s2", "value", 5),
("ac.s2", "value", 5),
("ac.s1", "value", 3),
]
)
def test_ThreadTimeCategorizer(self):
tc = ThreadTimeCategorizer("tc", ["cat1", "cat2", "f"], timer_class=FakeTimer)
THREAD_DISPATCHER.add_listener(tc)
try:
@report_start_end("cat1")
def cat1():
pass
@report_start_end("cat2")
def cat2():
pass
@report_start_end()
def multicat():
cat1()
cat2()
def f():
with report_start_end("f"):
multicat()
cat1()
f()
events = []
with EventCatcher(events):
tc.raise_value_events()
self.assertEqual(events,
[
("tc.cat1", "value", 2.0),
("tc.cat2", "value", 1.0),
("tc.f", "value", 4.0),
]
)
finally:
THREAD_DISPATCHER.remove_listener(tc)
def __exit__(self,exc_type, exc_value, traceback):
THREAD_DISPATCHER.remove_listener(self.event_trace)
def __enter__(self):
self.event_trace = self.create_listener(self.event_store)
THREAD_DISPATCHER.add_listener(self.event_trace)
