def add_tag(self, tag_name): from model.tag import Tag from model.tagtoevent import TagToEvent if any(tte.tag.name == tag_name for tte in self.tags): return tag = Tag.get_tag(tag_name) tag_to_event = TagToEvent(tag = tag, event = self) tag_to_event.save(force_insert=True)
def get_days():
global graph
filter_include = request.args.get('include') == "true"
tag_ids = [
Tag.get_tag(tag).id for tag in json.loads(request.args.get('tags'))
]
if graph is None or graph.outdated(filter_include, tag_ids):
graph = CalendarGraph(filter_include, tag_ids)
return jsonify(graph.to_dict())
def get_events():
time = request.args.get('time')
before = request.args.get('before') == 'true'
try:
date = datetime.datetime.fromtimestamp(float(time) / 1000.0)
except OSError:
date = datetime.datetime.min
filter_include = request.args.get('include') == "true"
tag_ids = [
Tag.get_tag(tag).id for tag in json.loads(request.args.get('tags'))
]
filter_query = fn.EXISTS(TagToEvent.select().where(
TagToEvent.tag.in_(tag_ids) & (TagToEvent.event == Event.id)))
if not filter_include:
filter_query = ~filter_query
n = 100
if any(tag_ids):
if before:
query = Event.select().where((Event.time < date)
& filter_query).order_by(
Event.time.desc())[:n]
else:
query = Event.select().where((Event.time > date)
& filter_query).order_by(
Event.time)[:n]
else:
if before:
query = Event.select().where(Event.time < date).order_by(
Event.time.desc())[:n]
else:
query = Event.select().where(Event.time > date).order_by(
Event.time)[:n]
result = [to_dict(event) for event in query]
if before:
result = reversed(result)
return jsonify(list(result))