from cryptle.metric.base import Timeseries, MemoryTS
import scipy.stats as sp
import cryptle.logging as logging
logger = logging.getLogger(__name__)
class Skewness(Timeseries):
"""Timeseries for calculating the skewness of the upstream.
Args
----
lookback : int
The lookback period for sampling upstream timeseries values.
name : str, optional
To be used by :meth:`__repr__` method for debugging
"""
def __repr__(self):
return self.name
def __init__(self, ts, lookback, name='skewness'):
self.name = f'{name}{lookback}'
super().__init__(ts)
logger.debug('Obj: {}. Initialized the parent Timeseries of Skewness.',
type(self))
self._lookback = lookback
self._ts = ts
self._cache = []
import logging
import cryptle.logging as clogging
logger = logging.getLogger('test')
clogger = clogging.getLogger('ctest')
# Previous root logger changes would affect the logger in this run - consider
# encapulation such as fixture in test_logging.
def test_naive(caplog):
logger.error('testing pytest capturing for standard library')
if not caplog.records:
assert False
for record in caplog.records:
assert record.name == 'test'
assert record.message == 'testing pytest capturing for standard library'
assert record.module == 'test_pytest_capture'
def test_cryptle_logging_capture(caplog):
clogger.error('testing pytest capturing for cryptle logging')
if not caplog.records:
assert False
for record in caplog.records:
assert record.name == 'ctest'
assert record.message == 'testing pytest capturing for cryptle logging'
assert record.module == 'test_pytest_capture'
