def get_events():
cal = CalendarParser(ics_url=ics_url)
ics_events = cal.parse_calendar()
for event in ics_events:
try:
eventAgile = {
'origin': 'Agile Aragón',
'title': event['name'],
'description': event['description'],
'start_date': str(event['start_time']),
'end_date': str(event['end_time']),
'location': event['location'],
}
agile_events.append(eventAgile)
except KeyError:
eventAgile = {
'origin': 'Agile Aragón',
'title': event['name'],
'description': event['description'],
'start_date': str(event['start_time']),
'end_date': str(event['end_time']),
}
agile_events.append(eventAgile)
return agile_events
def getCalendarEvents():
cal = CalendarParser(ics_url=ics_url)
eventsDict = {} # ensure uniqueness by using a dict
for event in cal.parse_calendar():
if event["start_time"] > datetime.datetime.now():
eventsDict[event["name"] + str(event["start_time"])] = {"name": event["name"], "start_time": event["start_time"]}
return eventsDict
def get_events():
cal = CalendarParser(ics_url=ics_url)
ics_events = cal.parse_calendar()
for event in ics_events:
ciem_events.append({
'origin': 'CIEM',
'title': getValue(event, "name"),
'description': getValue(event, 'description'),
'start_date': getValue(event, ' start_time'),
'end_date': getValue(event, 'end_time'),
'location': getValue(event, 'location'),
})
return ciem_events
def reset_events():
global events
event_list = []
cal = CalendarParser(ics_url=ics_url)
for event in cal.parse_calendar():
NewEvent = Event()
NewEvent.name = event["name"]
NewEvent.location = event["location"]
NewEvent.start_time = event["start_time"]
NewEvent.end_time = event["end_time"]
NewEvent.description = event["description"]
NewEvent.clean_dates = tidytime(event["start_time"], event["end_time"])
event_list.append(NewEvent)
event_list.sort(key=lambda r: r.start_time)
k = 0
for event in event_list:
events[k] = event
k += 1
# print events
return render_template('reset.html', events=events)
strg += ' week list,\n'
strg += ' month label above centered,\n'
strg += ' month text=\\textsc{\%mt \%y0},\n'
strg += ' day headings={font=\small},\n'
strg += ' day letter headings]\n'
strg += ' if (Sunday) [red]\n'
if print_KW:
strg += ' if(Monday,equals=01-01,equals=02-01,equals=03-01,equals=04-01,\n'
strg += ' equals=05-01,equals=06-01,equals=07-01,equals=08-01,\n'
strg += ' equals=09-01,equals=10-01,equals=11-01,equals=12-01)\n'
strg += ' [week number]\n'
return strg
if __name__ == "__main__":
print "Loading calendars..."
cal = [CalendarParser(ics_url=ics) for ics in ics_feed]
event_list = [event for c in cal for event in c.parse_calendar()]
with open(out_tex_file, 'w') as f:
for month in months:
startdate = dt.date(year, month, 1)
print "Processing " + str(startdate)
if month + 1 <= 12:
enddate = dt.date(year, month + 1, 1) - dt.timedelta(days=1)
else:
enddate = dt.date(year + 1, 1, 1) - dt.timedelta(days=1)
f.write(preamble(startdate, enddate))
to_print = [ev for ev in event_list if
startdate < ev.start_time.date() < enddate]
strgs = map (tex_escape, map (all_event, to_print))
f.write (''.join(strgs).encode('utf-8'))
