def command(text, verbose, quality):
"""
"""
# logging
if verbose:
kwargs = {'stream': sys.stderr, 'level': logging.DEBUG}
else:
kwargs = {
'level': logging.INFO,
'format': '%(asctime)s %(levelname)s %(message)s',
'filename': os.path.join(config.LOG_DIR, 'report.log')
}
logging.basicConfig(**kwargs)
# period
period = periods.Period(text)
metas = {t: get_metas(NAMES[t], period) for t in 'fhd'}
checker = Checker(quality)
failures = []
# the checking
for d in period:
for t in utils.get_valid_timeframes(d):
m = checker.check(meta=metas[t].get(d, {}), date=d)
if m:
failures.append(
TEMPLATE_LOG.format(
datetime=d,
timeframe=t,
message=m,
))
# communicate
if failures:
logger.info('There were {} failures'.format(len(failures)))
for f in failures:
logger.info(f)
report = TEMPLATE_EMAIL.format('\n'.join(failures))
logger.debug('Email body:\n{}'.format(report))
send_mail(report)
else:
logger.debug('Everything o.k.')
def command(text, verbose, quality):
"""
"""
# logging
if verbose:
kwargs = {'stream': sys.stderr,
'level': logging.DEBUG}
else:
kwargs = {'level': logging.INFO,
'format': '%(asctime)s %(levelname)s %(message)s',
'filename': os.path.join(config.LOG_DIR, 'report.log')}
logging.basicConfig(**kwargs)
# period
period = periods.Period(text)
metas = {t: get_metas(NAMES[t], period) for t in 'fhd'}
checker = Checker(quality)
failures = []
# the checking
for d in period:
for t in utils.get_valid_timeframes(d):
m = checker.check(meta=metas[t].get(d, {}), date=d)
if m:
failures.append(TEMPLATE_LOG.format(
datetime=d, timeframe=t, message=m,
))
# communicate
if failures:
logger.info('There were {} failures'.format(len(failures)))
for f in failures:
logger.info(f)
report = TEMPLATE_EMAIL.format('\n'.join(failures))
logger.debug('Email body:\n{}'.format(report))
send_mail(report)
else:
logger.debug('Everything o.k.')
def process(self, period):
"""
Controls flushing and filters according to timeframe.
on start: init according to datetime
on edge: init and flush
on finish: flush
"""
datetimes = (d for d in period
if self.timeframe in utils.get_valid_timeframes(d))
# grab first datetime if any, reset band index, meta accordingly
try:
first = datetimes.next()
except StopIteration:
return
self.reset(first)
self.consider(first)
for datetime in datetimes:
if datetime not in self.bands:
if self.flush():
yield # makes unlocking possible here
self.reset(datetime)
self.consider(datetime)
self.flush()
def process(self, period):
"""
Controls flushing and filters according to timeframe.
on start: init according to datetime
on edge: init and flush
on finish: flush
"""
datetimes = (d
for d in period
if self.timeframe in utils.get_valid_timeframes(d))
# grab first datetime if any, reset band index, meta accordingly
try:
first = datetimes.next()
except StopIteration:
return
self.reset(first)
self.consider(first)
for datetime in datetimes:
if datetime not in self.bands:
if self.flush():
yield # makes unlocking possible here
self.reset(datetime)
self.consider(datetime)
self.flush()
