def test_not_enabled(self):
t = TaskTimerStats()
t.enabled = False
self.assertFalse(t.publish(isnot="enabled"))
self.assertFalse(getattr(t, "time_start", None))
t.run("foo", "bar", [], {})
t.stop()
def assertTimeElapsed(self, time_sleep, max_appx, min_appx, appx):
t = TaskTimerStats()
t.enabled = True
t.run("foo", "bar", [], {})
self.assertTrue(t.time_start)
time.sleep(time_sleep)
time_stop = t.stop()
self.assertTrue(time_stop)
self.assertFalse(time_stop > max_appx)
self.assertFalse(time_stop <= min_appx)
strstop = str(time_stop)[0:3]
# Time elapsed is approximately 0.1 seconds.
self.assertTrue(strstop == appx)
def test_collect_report_dump(self):
timer1 = TaskTimerStats()
timer1.enabled = True
timer1.run("foo", "bar", [], {})
timer2 = TaskTimerStats()
timer2.enabled = True
timer2.run("foo", "bar", [], {})
timer3 = TaskTimerStats()
timer3.enabled = True
timer3.run("foo", "bar", [], {})
for timer in (timer1, timer2, timer3):
timer.stop()
# Collect
self.s.collect()
self.assertEquals(self.s.total_tasks_processed, 3)
# Report
with OverrideStdout() as outs:
stdout, stderr = outs
self.s.report()
self.assertTrue(
"Total processing time by task type:" in stdout.getvalue())
# Dump to cache
self.s.dump_to_cache()
