def test_meters(self):
"""
Test
"""
ai1a = Meters.ai("ai1")
self.assertIsInstance(ai1a, AtomicIntSafe)
ai1b = Meters.ai("ai1")
self.assertEqual(id(ai1a), id(ai1b))
ai1a = Meters.aii("ai1")
self.assertEqual(ai1a.get(), 1)
ai1a = Meters.aii("ai1", 2)
self.assertEqual(ai1a.get(), 3)
self.assertEqual(ai1a.get(), Meters.aig("ai1"))
af1a = Meters.af("af1")
self.assertIsInstance(af1a, AtomicFloatSafe)
af1b = Meters.af("af1")
self.assertEqual(id(af1a), id(af1b))
af1a = Meters.afi("af1")
self.assertEqual(af1a.get(), 1.0)
af1a = Meters.afi("af1", 2.0)
self.assertEqual(af1a.get(), 3.0)
self.assertEqual(af1a.get(), Meters.afg("af1"))
dtc1a = Meters.dtc("dtc1")
self.assertIsInstance(dtc1a, DelayToCountSafe)
dtc1b = Meters.dtc("dtc1")
self.assertEqual(id(dtc1a), id(dtc1b))
Meters.dtci("dtc1", 0)
Meters.dtci("dtc1", 50)
Meters.dtci("dtc1", 100)
self.assertEquals(Meters._hash_meter["dtc"]["dtc1#"]._sorted_dict[0].get(), 1)
self.assertEquals(Meters._hash_meter["dtc"]["dtc1#"]._sorted_dict[50].get(), 1)
self.assertEquals(Meters._hash_meter["dtc"]["dtc1#"]._sorted_dict[100].get(), 1)
self.assertEquals(Meters._hash_meter["dtc"]["dtc1#"]._sorted_dict[500].get(), 0)
Meters.dtc("dtc1").to_dict()
# Write
Meters.write_to_logger()
def test_meters_to_udp(self):
"""
Test
"""
ai1a = Meters.ai("ai1")
self.assertIsInstance(ai1a, AtomicIntSafe)
ai1b = Meters.ai("ai1")
self.assertEqual(id(ai1a), id(ai1b))
ai1a = Meters.aii("ai1")
self.assertEqual(ai1a.get(), 1)
ai1a = Meters.aii("ai1", 2)
self.assertEqual(ai1a.get(), 3)
self.assertEqual(ai1a.get(), Meters.aig("ai1"))
af1a = Meters.af("af1")
self.assertIsInstance(af1a, AtomicFloatSafe)
af1b = Meters.af("af1")
self.assertEqual(id(af1a), id(af1b))
af1a = Meters.afi("af1")
self.assertEqual(af1a.get(), 1.0)
af1a = Meters.afi("af1", 2.0)
self.assertEqual(af1a.get(), 3.0)
self.assertEqual(af1a.get(), Meters.afg("af1"))
dtc1a = Meters.dtc("dtc1")
self.assertIsInstance(dtc1a, DelayToCountSafe)
dtc1b = Meters.dtc("dtc1")
self.assertEqual(id(dtc1a), id(dtc1b))
Meters.dtci("dtc1", 0)
Meters.dtci("dtc1", 50)
Meters.dtci("dtc1", 100)
self.assertEquals(Meters._hash_meter["dtc"]["dtc1#"]._sorted_dict[0].get(), 1)
self.assertEquals(Meters._hash_meter["dtc"]["dtc1#"]._sorted_dict[50].get(), 1)
self.assertEquals(Meters._hash_meter["dtc"]["dtc1#"]._sorted_dict[100].get(), 1)
self.assertEquals(Meters._hash_meter["dtc"]["dtc1#"]._sorted_dict[500].get(), 0)
# Write
Meters.write_to_logger()
# Serialize
ar_json = Meters.meters_to_udp_format(send_pid=True, send_dtc=True)
logger.info("Got ar_json=%s", ar_json)
for cur_ar in ar_json:
logger.info("Got cur_ar=%s", cur_ar)
# Serialize, no dtc
ar_json = Meters.meters_to_udp_format(send_pid=True, send_dtc=False)
logger.info("Got ar_json=%s", ar_json)
for cur_ar in ar_json:
logger.info("Got cur_ar=%s", cur_ar)
# Send to daemon (assuming its up locally)
Meters.send_udp_to_knockdaemon()
Meters.send_udp_to_knockdaemon(send_dtc=True)
Meters.send_udp_to_knockdaemon(send_dtc=False)
# ------------------------
# UDP Scheduler test
# ------------------------
# Check
self.assertIsNone(Meters.UDP_SCHEDULER_GREENLET)
self.assertFalse(Meters.UDP_SCHEDULER_STARTED)
# Start
Meters.udp_scheduler_start(send_interval_ms=500)
# Check
self.assertIsNotNone(Meters.UDP_SCHEDULER_GREENLET)
self.assertTrue(Meters.UDP_SCHEDULER_STARTED)
# Start again
Meters.udp_scheduler_start(send_interval_ms=500)
# Check again
self.assertIsNotNone(Meters.UDP_SCHEDULER_GREENLET)
self.assertTrue(Meters.UDP_SCHEDULER_STARTED)
# Interval is 500 => we sleep 3.250 sec, we assume we must have at least 500, 1000, 1500, 2000, 2500, 3000 run => 6 runs
SolBase.sleep(3250)
# Check
self.assertGreaterEqual(Meters.aig("k.meters.udp.run.ok"), 6)
self.assertEqual(Meters.aig("k.meters.udp.run.ex"), 0)
self.assertIsNotNone(Meters.UDP_SCHEDULER_GREENLET)
self.assertTrue(Meters.UDP_SCHEDULER_STARTED)
# We stop
Meters.udp_scheduler_stop()
self.assertIsNone(Meters.UDP_SCHEDULER_GREENLET)
self.assertFalse(Meters.UDP_SCHEDULER_STARTED)
# Sleep again and check no more running
cur_run = Meters.aig("k.meters.udp.run.ok")
SolBase.sleep(2000)
self.assertEqual(cur_run, Meters.aig("k.meters.udp.run.ok"))