def test_wildcard(self):
self.create({"period": 0.1, "metrics": {"rails.{controller}.{action}.{0}": "*"}}, self.events)
# 8 events expected - the above 6, and then 4 stat events
q = self.wait(events=10)
q = [i for i in q if i.stats]
q.sort(key=lambda k: k.metric)
expected = Event(
metric="rails.home.index.bytes",
stats={
"count": 3,
"rate": between(1, 100),
"max": 30159,
"min": 6926,
"median": 18150,
"mean": 18411,
"stddev": about(30789),
"upper95": 28958.1,
"upper99": 29918.82,
},
tags=["stat"],
)
assertEventEquals(self, expected, q[0])
expected = Event(
metric="rails.home.index.duration",
stats={
"count": 3,
"rate": between(1, 100),
"max": 4.0,
"min": 3.0,
"median": 3.5,
"mean": 3.5,
"stddev": 5.0,
"upper95": 3.95,
"upper99": 3.99,
},
tags=["stat"],
)
assertEventEquals(self, expected, q[1])
expected = Event(
metric="rails.home.login.duration",
stats={
"count": 1,
"rate": between(1, 100),
"max": 2.4,
"min": 2.4,
"median": 2.4,
"mean": 2.4,
"stddev": 0.0,
"upper95": 2.4,
"upper99": 2.4,
},
tags=["stat"],
)
assertEventEquals(self, expected, q[3])
def test_wildcard(self):
self.create({'period': 0.1, 'metrics': {'rails.{controller}.{action}.{0}': '*'}},
self.events)
# 8 events expected - the above 6, and then 4 stat events
q = self.wait(events=10)
q = [i for i in q if i.stats]
q.sort(key=lambda k: k.metric)
expected = Event(metric='rails.home.index.bytes',
stats={
'count': 3,
'rate': between(1, 100),
'max': 30159,
'min': 6926,
'median': 18150,
'mean': 18411,
'stddev': about(30789),
'upper95': 28958.1,
'upper99': 29918.82,
},
tags=['stat'],
)
assertEventEquals(self, expected, q[0])
expected = Event(metric='rails.home.index.duration',
stats={
'count': 3,
'rate': between(1, 100),
'max': 4.0,
'min': 3.0,
'median': 3.5,
'mean': 3.5,
'stddev': 5.0,
'upper95': 3.95,
'upper99': 3.99,
},
tags=['stat'],
)
assertEventEquals(self, expected, q[1])
expected = Event(metric='rails.home.login.duration',
stats={
'count': 1,
'rate': between(1, 100),
'max': 2.4,
'min': 2.4,
'median': 2.4,
'mean': 2.4,
'stddev': 0.0,
'upper95': 2.4,
'upper99': 2.4,
},
tags=['stat'],
)
assertEventEquals(self, expected, q[3])
def test_nested(self):
self.create(
{
'period': 0.1,
'metrics': {
'rails.{controller}.{action}.{0}': 'timings.*'
}
}, self.events)
# 8 events expected - the above 6, and then 2 stat events
q = self.wait(events=8)
q = [i for i in q if i.stats]
q.sort(key=lambda k: k.metric)
expected = Event(
metric='rails.home.index.timings.view',
stats={
'count': 3,
'max': 2.3,
'mean': 1.5,
'median': 1.2,
'min': 1.0,
'rate': between(1, 100),
'stddev': about(2.34, 2),
'upper95': 2.19,
'upper99': 2.278
},
tags=['stat'],
)
assertEventEquals(self, expected, q[0])
expected = Event(
metric='rails.home.login.timings.view',
stats={
'count': 1,
'max': 2.0,
'mean': 2.0,
'median': 2.0,
'min': 2.0,
'rate': between(1, 100),
'stddev': 0.0,
'upper95': 2.0,
'upper99': 2.0
},
tags=['stat'],
)
assertEventEquals(self, expected, q[1])
# wait for further two 'zero' stats
q = self.wait(events=2)
def test_nested(self):
self.create({"period": 0.1, "metrics": {"rails.{controller}.{action}.{0}": "timings.*"}}, self.events)
# 8 events expected - the above 6, and then 2 stat events
q = self.wait(events=8)
q = [i for i in q if i.stats]
q.sort(key=lambda k: k.metric)
expected = Event(
metric="rails.home.index.timings.view",
stats={
"count": 3,
"max": 2.3,
"mean": 1.5,
"median": 1.2,
"min": 1.0,
"rate": between(1, 100),
"stddev": about(2.34, 2),
"upper95": 2.19,
"upper99": 2.278,
},
tags=["stat"],
)
assertEventEquals(self, expected, q[0])
expected = Event(
metric="rails.home.login.timings.view",
stats={
"count": 1,
"max": 2.0,
"mean": 2.0,
"median": 2.0,
"min": 2.0,
"rate": between(1, 100),
"stddev": 0.0,
"upper95": 2.0,
"upper99": 2.0,
},
tags=["stat"],
)
assertEventEquals(self, expected, q[1])
# wait for further two 'zero' stats
q = self.wait(events=2)
def test_nested(self):
self.create({'period': 0.1, 'metrics': {'rails.{controller}.{action}.{0}': 'timings.*'}},
self.events)
# 8 events expected - the above 6, and then 2 stat events
q = self.wait(events=8)
q = [i for i in q if i.stats]
q.sort(key=lambda k: k.metric)
expected = Event(metric='rails.home.index.timings.view',
stats={
'count': 3,
'max': 2.3,
'mean': 1.5,
'median': 1.2,
'min': 1.0,
'rate': between(1, 100),
'stddev': about(2.34, 2),
'upper95': 2.19,
'upper99': 2.278},
tags=['stat'],
)
assertEventEquals(self, expected, q[0])
expected = Event(metric='rails.home.login.timings.view',
stats={
'count': 1,
'max': 2.0,
'mean': 2.0,
'median': 2.0,
'min': 2.0,
'rate': between(1, 100),
'stddev': 0.0,
'upper95': 2.0,
'upper99': 2.0},
tags=['stat'],
)
assertEventEquals(self, expected, q[1])
# wait for further two 'zero' stats
q = self.wait(events=2)
def test_wildcard(self):
self.create(
{
'period': 0.1,
'metrics': {
'rails.{controller}.{action}.{0}': '*'
}
}, self.events)
# 8 events expected - the above 6, and then 4 stat events
q = self.wait(events=10)
q = [i for i in q if i.stats]
q.sort(key=lambda k: k.metric)
expected = Event(
metric='rails.home.index.bytes',
stats={
'count': 3,
'rate': between(1, 100),
'max': 30159,
'min': 6926,
'median': 18150,
'mean': 18411,
'stddev': about(30789),
'upper95': 28958.1,
'upper99': 29918.82,
},
tags=['stat'],
)
assertEventEquals(self, expected, q[0])
expected = Event(
metric='rails.home.index.duration',
stats={
'count': 3,
'rate': between(1, 100),
'max': 4.0,
'min': 3.0,
'median': 3.5,
'mean': 3.5,
'stddev': 5.0,
'upper95': 3.95,
'upper99': 3.99,
},
tags=['stat'],
)
assertEventEquals(self, expected, q[1])
expected = Event(
metric='rails.home.login.duration',
stats={
'count': 1,
'rate': between(1, 100),
'max': 2.4,
'min': 2.4,
'median': 2.4,
'mean': 2.4,
'stddev': 0.0,
'upper95': 2.4,
'upper99': 2.4,
},
tags=['stat'],
)
assertEventEquals(self, expected, q[3])
