def testUncollectable(self):
# make some fake garbage
self.patch(gc, "garbage", [1, 2])
clock = task.Clock()
metrics.periodicCheck(_reactor=clock)
clock.pump([0.1, 0.1, 0.1])
# We should have 0 reactor delay since we're using a fake clock
report = self.observer.asDict()
self.assertEquals(report["timers"]["reactorDelay"], 0)
self.assertEquals(report["counters"]["gc.garbage"], 2)
self.assertEquals(report["alarms"]["gc.garbage"][0], "WARN")
def testUncollectable(self):
# make some fake garbage
self.patch(gc, 'garbage', [1, 2])
clock = task.Clock()
metrics.periodicCheck(_reactor=clock)
clock.pump([0.1, 0.1, 0.1])
# We should have 0 reactor delay since we're using a fake clock
report = self.observer.asDict()
self.assertEquals(report['timers']['reactorDelay'], 0)
self.assertEquals(report['counters']['gc.garbage'], 2)
self.assertEquals(report['alarms']['gc.garbage'][0], 'WARN')
def testUncollectable(self):
# make some fake garbage
self.patch(gc, 'garbage', [1, 2])
clock = task.Clock()
metrics.periodicCheck(_reactor=clock)
clock.pump([0.1, 0.1, 0.1])
# We should have 0 reactor delay since we're using a fake clock
report = self.observer.asDict()
self.assertEqual(report['timers']['reactorDelay'], 0)
self.assertEqual(report['counters']['gc.garbage'], 2)
self.assertEqual(report['alarms']['gc.garbage'][0], 'WARN')
def testPeriodicCheck(self):
# fake out that there's no garbage (since we can't rely on Python
# not having any garbage while running tests)
self.patch(gc, "garbage", [])
clock = task.Clock()
metrics.periodicCheck(_reactor=clock)
clock.pump([0.1, 0.1, 0.1])
# We should have 0 reactor delay since we're using a fake clock
report = self.observer.asDict()
self.assertEquals(report["timers"]["reactorDelay"], 0)
self.assertEquals(report["counters"]["gc.garbage"], 0)
self.assertEquals(report["alarms"]["gc.garbage"][0], "OK")
def testPeriodicCheck(self):
# fake out that there's no garbage (since we can't rely on Python
# not having any garbage while running tests)
self.patch(gc, 'garbage', [])
clock = task.Clock()
metrics.periodicCheck(_reactor=clock)
clock.pump([0.1, 0.1, 0.1])
# We should have 0 reactor delay since we're using a fake clock
report = self.observer.asDict()
self.assertEquals(report['timers']['reactorDelay'], 0)
self.assertEquals(report['counters']['gc.garbage'], 0)
self.assertEquals(report['alarms']['gc.garbage'][0], 'OK')