def record_action_metric(self, metric):
"""
:param metric:
:return:
"""
key = (metric.name, metric.scope or '') # metric key for protocol
packets = self.__action_packets.get(key)
if packets is None:
packets = TimePackets()
packets.merge_time_metric(metric)
self.__action_packets[key] = packets
return key
def record_general_metric(self, metric):
"""
:param metric:
:return:
"""
key = (metric.name.split("/", 1)[1], '')
packets = self.__general_packets.get(key)
if packets is None:
packets = TimePackets()
packets.merge_time_metric(metric)
self.__general_packets[key] = packets
return key
def record_time_metric(self, metric):
"""
:param metric:
:return:
"""
# filter the general data from the metric, the metric node should be distinguish general and basic metric
if metric.name.startswith("GENERAL"):
self.record_general_metric(metric)
return
key = (metric.name, metric.scope or '') # metric key for protocol
packets = self.__time_packets.get(key)
if packets is None:
packets = TimePackets()
packets.merge_time_metric(metric)
self.__time_packets[key] = packets
return key
def test_time_packets(self):
"""
:return:
"""
time_node = TimePacketsNode(3, 2)
packets = TimePackets()
packets.merge_time_metric(time_node)
self.assertEqual(packets[0], 1, "call times count error.")
self.assertEqual(packets[1], 3, "total cost times count error.")
self.assertEqual(packets[2], 2, "total exclusive times count error.")
self.assertEqual(packets[3], 3, "max cost time count error.")
self.assertEqual(packets[4], 3, "min cost time count error.")
self.assertEqual(packets[5], 9, "time square count error.")
time_node = TimePacketsNode(5, 3)
packets.merge_time_metric(time_node)
self.assertEqual(packets[0], 2, "call times count error.")
self.assertEqual(packets[1], 8, "total cost times count error.")
self.assertEqual(packets[2], 5, "total exclusive times count error.")
self.assertEqual(packets[3], 5, "max cost time count error.")
self.assertEqual(packets[4], 3, "min cost time count error.")
self.assertEqual(packets[5], 34, "time square count error.")
packets_other = TimePackets()
time_node = TimePacketsNode(4, 3)
packets_other.merge_time_metric(time_node)
self.assertEqual(packets_other[0], 1, "call times count error.")
self.assertEqual(packets_other[1], 4, "total cost times count error.")
self.assertEqual(packets_other[2], 3, "total exclusive times count error.")
self.assertEqual(packets_other[3], 4, "max cost time count error.")
self.assertEqual(packets_other[4], 4, "min cost time count error.")
self.assertEqual(packets_other[5], 16, "time square count error.")
time_node = TimePacketsNode(8, 2)
packets_other.merge_time_metric(time_node)
self.assertEqual(packets_other[0], 2, "call times count error.")
self.assertEqual(packets_other[1], 12, "total cost times count error.")
self.assertEqual(packets_other[2], 5, "total exclusive times count error.")
self.assertEqual(packets_other[3], 8, "max cost time count error.")
self.assertEqual(packets_other[4], 4, "min cost time count error.")
self.assertEqual(packets_other[5], 80, "time square count error.")
packets.merge_packets(packets_other)
self.assertEqual(packets[0], 4, "call times count error.")
self.assertEqual(packets[1], 20, "total cost times count error.")
self.assertEqual(packets[2], 10, "total exclusive times count error.")
self.assertEqual(packets[3], 8, "max cost time count error.")
self.assertEqual(packets[4], 3, "min cost time count error.")
self.assertEqual(packets[5], 114, "time square count error.")