def _get_events(type_events, fetch_function, filter_function, page=1):
user_id = unicode('all_public')
if 'indico_user' in flask_session:
if flask_session['indico_user']:
user_id = flask_session['indico_user']
now = datetime.utcnow()
events = _get_cached_events(user_id, type_events, now, page)
if not events:
offset = db_event.get_last_offset_cached(user_id, type_events)
while len(events) < PAGE_SIZE:
appended = 0
results = fetch_function(user_id, offset, PAGE_SIZE * 2)
if not results:
break
for event in results:
if filter_function(event, now):
events.append(event)
db_event.store_cached_event(user_id,type_events, now, event)
appended += 1
if len(events) == PAGE_SIZE:
break
if len(events) == PAGE_SIZE:
break
offset += PAGE_SIZE * 2
db_event.remove_last_offset_cached(user_id, type_events)
db_event.store_last_offset_cached(user_id, type_events, offset + appended)
return events
def _filter_future_events(user_id, now, events):
cached = False
for event in events:
if dt_from_indico(event['startDate']) - utc.localize(now) > timedelta(
days=1) and not db_event.is_cached(user_id, event["id"]):
cached = True
db_event.store_cached_event(user_id, now, event)
return cached
def _filter_future_events(user_id, now, events):
cached = False
for event in events:
if dt_from_indico(event["startDate"]) - utc.localize(now) > timedelta(days=1) and not db_event.is_cached(
user_id, event["id"]
):
cached = True
db_event.store_cached_event(user_id, now, event)
return cached
def _filter_events(user_id, now, events):
for event in events:
if utc.localize(now) - dt_from_indico(event['startDate']) < timedelta(
days=30):
db_event.store_cached_event(user_id, now, event)
def _filter_events(user_id, now, events):
for event in events:
if utc.localize(now) - dt_from_indico(event["startDate"]) < timedelta(days=30):
db_event.store_cached_event(user_id, now, event)