def _doAnalysisGen(self, sessionId):
# generator to limit max number of profile loggings per frame
p2ap = self._period2aggregateProfile
self._id2task.pop(sessionId)
session = self._id2session.pop(sessionId)
if session.profileSucceeded():
# always add this profile to the first aggregated profile
period = self._logSchedule[0]
if period not in self._period2aggregateProfile:
p2ap[period] = session.getReference()
else:
p2ap[period].aggregate(session)
else:
self.notify.warning('frame profile did not succeed')
session.release()
session = None
counter = 0
# log profiles when it's time, and aggregate them upwards into the
# next-longer profile
for pi in range(len(self._logSchedule)):
period = self._logSchedule[pi]
if (self._timeElapsed % period) == 0:
if period in p2ap:
# delay until the next frame if we've already processed N profiles this frame
if counter >= 3:
counter = 0
yield Task.cont
self.notify.info(
'aggregate profile of sampled frames over last %s\n%s'
% (formatTimeExact(period), p2ap[period].getResults()))
counter += 1
# aggregate this profile into the next larger profile
nextIndex = pi + 1
if nextIndex >= len(self._logSchedule):
# if we're adding a new period to the end of the log period table,
# set it to double the duration of the current longest period
nextPeriod = period * 2
self._logSchedule.append(nextPeriod)
else:
nextPeriod = self._logSchedule[nextIndex]
if nextPeriod not in p2ap:
p2ap[nextPeriod] = p2ap[period].getReference()
else:
p2ap[nextPeriod].aggregate(p2ap[period])
# this profile is now represented in the next larger profile
# throw it out
p2ap[period].release()
del p2ap[period]
else:
# current time is not divisible evenly into selected period, and all higher
# periods are multiples of this one
break
yield Task.done
def _doAnalysisGen(self, sessionId):
# generator to limit max number of profile loggings per frame
p2ap = self._period2aggregateProfile
self._id2task.pop(sessionId)
session = self._id2session.pop(sessionId)
if session.profileSucceeded():
# always add this profile to the first aggregated profile
period = self._logSchedule[0]
if period not in self._period2aggregateProfile:
p2ap[period] = session.getReference()
else:
p2ap[period].aggregate(session)
else:
self.notify.warning('frame profile did not succeed')
session.release()
session = None
counter = 0
# log profiles when it's time, and aggregate them upwards into the
# next-longer profile
for pi in xrange(len(self._logSchedule)):
period = self._logSchedule[pi]
if (self._timeElapsed % period) == 0:
if period in p2ap:
# delay until the next frame if we've already processed N profiles this frame
if counter >= 3:
counter = 0
yield Task.cont
self.notify.info('aggregate profile of sampled frames over last %s\n%s' %
(formatTimeExact(period), p2ap[period].getResults()))
counter += 1
# aggregate this profile into the next larger profile
nextIndex = pi + 1
if nextIndex >= len(self._logSchedule):
# if we're adding a new period to the end of the log period table,
# set it to double the duration of the current longest period
nextPeriod = period * 2
self._logSchedule.append(nextPeriod)
else:
nextPeriod = self._logSchedule[nextIndex]
if nextPeriod not in p2ap:
p2ap[nextPeriod] = p2ap[period].getReference()
else:
p2ap[nextPeriod].aggregate(p2ap[period])
# this profile is now represented in the next larger profile
# throw it out
p2ap[period].release()
del p2ap[period]
else:
# current time is not divisible evenly into selected period, and all higher
# periods are multiples of this one
break
yield Task.done
def update(self):
self._trimTimestamps()
if (not self._penaltyActive()) and self._overThreshold():
if self._penaltyDuration == 0:
self._penaltyDuration = Settings.FirstPenalty * 60 # seconds/min
else:
self._penaltyDuration = self._penaltyDuration * Settings.PenaltyMultiplier
MaxPenaltySecs = Settings.MaxPenaltyDays * 24 * 60 * 60
if self._penaltyDuration > MaxPenaltySecs:
self._penaltyDuration = MaxPenaltySecs
self._penaltyUntil = globalClock.getRealTime() + self._penaltyDuration
self._timestamps = self._timestamps[Settings.DetectThreshold:]
durationStr = formatTimeExact(self._penaltyDuration)
self.notify.info('time penalty for %s: %s' % (self._avId, durationStr))
def _doAnalysisGen(self, sessionId):
p2ap = self._period2aggregateProfile
self._id2task.pop(sessionId)
session = self._id2session.pop(sessionId)
if session.profileSucceeded():
period = self._logSchedule[0]
if period not in self._period2aggregateProfile:
p2ap[period] = session.getReference()
else:
p2ap[period].aggregate(session)
else:
self.notify.warning('frame profile did not succeed')
session.release()
session = None
counter = 0
for pi in xrange(len(self._logSchedule)):
period = self._logSchedule[pi]
if self._timeElapsed % period == 0:
if period in p2ap:
if counter >= 3:
counter = 0
yield Task.cont
self.notify.info('aggregate profile of sampled frames over last %s\n%s' % (
formatTimeExact(period), p2ap[period].getResults()))
counter += 1
nextIndex = pi + 1
if nextIndex >= len(self._logSchedule):
nextPeriod = period * 2
self._logSchedule.append(nextPeriod)
else:
nextPeriod = self._logSchedule[nextIndex]
if nextPeriod not in p2ap:
p2ap[nextPeriod] = p2ap[period].getReference()
else:
p2ap[nextPeriod].aggregate(p2ap[period])
p2ap[period].release()
del p2ap[period]
else:
break
yield Task.done
return
