def parse_calendar(type_, file, user_geo, existing_data=None):
print('Processing {}'.format(file))
importer = Importer.get_importer(type_)
data = importer().open(file).read()
if not data:
Calendar.from_url(file, type_).destroy()
return
if data == existing_data:
return
events = Parser().parse(data)
if all(user_geo):
for event in events:
if not event.latitude:
cache_geolocation_info_for_event(event, *user_geo)
calendar = Calendar(file, type_, data, events)
return calendar.save()
def json_calendar_view(_id):
calendar = Calendar.find(_id)
return jsonify(calendar.to_dict())
def ics_calendar_view(_id):
calendar = Calendar.find(_id)
return Response(calendar.to_ical(), mimetype='text/calendar')
def api_create_view():
calendar = Calendar.from_url(request.form['url'], request.form['type'])
_id = calendar.save()
user_geo = (request.form.get('lat'), request.form.get('lng'))
Pooler.submit(parse_calendar, request.form['type'], request.form['url'], user_geo)
return jsonify({'status': 'success', 'id': str(_id)})
def monitor():
while True:
for calendar_data in calendars.find({'data': {'$exists': True}}):
calendar = Calendar.from_pickle(calendar_data['pickle'])
Pooler.submit(parse_calendar, calendar.type, calendar.url, [None, None], calendar.data)
time.sleep(int(os.getenv('MONITOR_DELAY') or 30))
