def test_timer(self):
t1 = counters._start_timer()
t2 = t1 - timedelta(seconds=1)
self.assertEqual((t1 - t2).seconds, 1)
elem = {}
spec = [{"item_name": "time", "item_type": "real", "item_default": 0.0}]
counters._stop_timer(t2, elem, spec, "time")
self.assertGreaterEqual(counters._get_counter(elem, "time"), 1.0)
def test_rasing_incrementers(self):
""" use Thread"""
concurrency = 3 # number of the threads
number = 10000 # number of counting per thread
counter_name = "counter"
timer_name = "seconds"
start_time = counters._start_timer()
start_functor(concurrency, number, self.counters.inc, counter_name)
counters._stop_timer(start_time, self.counters._statistics_data, self.counters._statistics_spec, timer_name)
self.assertEqual(counters._get_counter(self.counters._statistics_data, counter_name), concurrency * number)
self.assertGreaterEqual(counters._get_counter(self.counters._statistics_data, timer_name), 0.0)
def test_timer(self):
t1 = counters._start_timer()
t2 = t1 - timedelta(seconds=1)
self.assertEqual((t1 - t2).seconds, 1)
elem = {}
spec = [{
'item_name': 'time',
'item_type': 'real',
'item_default': 0.0
}]
counters._stop_timer(t2, elem, spec, 'time')
self.assertGreaterEqual(counters._get_counter(elem, 'time'), 1.0)
def test_rasing_incrementers(self):
""" use Thread"""
concurrency = 3 # number of the threads
number = 10000 # number of counting per thread
counter_name = "counter"
timer_name = "seconds"
start_time = counters._start_timer()
start_functor(concurrency, number, self.counters.inc, counter_name)
counters._stop_timer(start_time, self.counters._statistics_data,
self.counters._statistics_spec, timer_name)
self.assertEqual(
counters._get_counter(self.counters._statistics_data,
counter_name), concurrency * number)
self.assertGreaterEqual(
counters._get_counter(self.counters._statistics_data, timer_name),
0.0)