def test_timing_reset(self):
x = 0
with stats.time("hundred"):
for i in xrange(100): x += i
self.assertEqual(1, stats.get_timing_stats(reset=False)["hundred"].count)
with stats.time("hundred"):
for i in xrange(100): x += i
self.assertEqual(2, stats.get_timing_stats(reset=False)["hundred"].count)
self.assertEqual(2, stats.get_timing_stats(reset=True)["hundred"].count)
with stats.time("hundred"):
for i in xrange(100): x += i
self.assertEqual(1, stats.get_timing_stats(reset=False)["hundred"].count)
def test_timings_report(self):
x = 0
with stats.time("hundred"):
for i in xrange(100):
x += i
timings = stats.get_timing_stats()
self.assertEquals(["hundred"], timings.keys())
self.assertEquals(1, timings["hundred"].count)
self.assertEquals(timings["hundred"].average, timings["hundred"].min)
self.assertEquals(timings["hundred"].average, timings["hundred"].max)
def test_timing_add(self):
x = 0
with stats.time("hundred"):
for i in xrange(100): x += 1
self.assertEquals(1, len(stats.get_timing_stats(reset=False)))
stats.add_timing("foobar", timing.TimingStat(1, 0, 0))
self.assertEquals(2, len(stats.get_timing_stats(reset=False)))
self.assertEquals(1, stats.get_timing_stats(reset=True)["foobar"].count)
stats.add_timing("foobar", timing.TimingStat(3, 0, 0))
self.assertEquals(3, stats.get_timing_stats(reset=False)["foobar"].count)
def test_timing_with(self):
with stats.time("test"):
time.sleep(0.01)
test = stats.get_timing("test")
self.assertTrue(test.get().average >= 10)