def get_last_open_session(self, dtime, uid):
dt = day_serialize(dtime)
try:
return self.data_per_days[dt][uid][-1]
except (KeyError, IndexError) as no_sessions:
# session may break at midnight as we're looking on daily basis
prev_dt = day_serialize(dtime - datetime.timedelta(days=1))
try:
return self.data_per_days[prev_dt][uid][-1]
except (KeyError, IndexError) as no_prev_day_sessions:
# we assume we have no sessions
# with more than a 24-hour duration
return
def get_last_open_session(self, dtime, uid):
dt = day_serialize(dtime)
try:
return self.data_per_days[dt][uid][-1]
except (KeyError, IndexError) as no_sessions:
# session may break at midnight as we're looking on daily basis
prev_dt = day_serialize(dtime - datetime.timedelta(days=1))
try:
return self.data_per_days[prev_dt][uid][-1]
except (KeyError, IndexError) as no_prev_day_sessions:
# we assume we have no sessions
# with more than a 24-hour duration
return
def create_broken_session(self, dtime, uid):
dt = day_serialize(dtime)
session = Session(start=dtime,
mode=self._users2modes.get(uid, None),
is_broken=True)
self.data_per_days[dt].setdefault(uid, []).append(session)
return session
def create_broken_session(self, dtime, uid):
dt = day_serialize(dtime)
session = Session(
start=dtime, mode=self._users2modes.get(uid, None),
is_broken=True
)
self.data_per_days[dt].setdefault(uid, []).append(session)
return session
def process_unspecified(self, event):
dte = day_serialize(event.event_time.dtime.date())
if event.event_time.is_accurate:
self.dates[dte]['users'].add(event.user_info.uid)
self.dates[dte]['events'] += 1
def get_session_history(self, dtime, uid):
return self.data_per_days[day_serialize(dtime)].setdefault(uid, [])
def get_session_history(self, dtime, uid):
return self.data_per_days[day_serialize(dtime)].setdefault(uid, [])
def process_unspecified(self, event):
dte = day_serialize(event.event_time.dtime.date())
if event.event_time.is_accurate:
self.dates[dte]["users"].add(event.user_info.uid)
self.dates[dte]["events"] += 1
