def events(day=0):
today, tomorrow = today_times(day)
events = today_events(day=day)
alldays = []
endings = []
todays = []
for event in events:
event = event_times(event)
if event['start'] <= today and event['end'] >= tomorrow:
# all day!
alldays.append(event)
elif event['start'] <= today and event['end'] <= tomorrow:
# multi-day event (like an all-day) that we’re not in the middle of
endings.append(event)
else:
todays.append(event)
out = []
for event in alldays:
out.append(format_event(prefs['dates']['all_day'], event))
out.append(misc.thinhrule() + '\n')
# TODO: this output is so massively unclear. nobody who hasnt written this
# program will ever know what it means
for event in endings:
out.append(format_event(prefs['dates']['ending'], event))
out.append(misc.thinhrule() + '\n')
for event in todays:
out.append(format_event(misc.hoursminutes(event['start']), event))
return ''.join(out).rstrip()
def today_classes(day=0):
class_cals = calendar_match(prefs['calendar']['class_pat'])
classes = []
for cal in class_cals:
classes.extend(today_events(cal['id'], day=day))
out = []
for event in classes:
event = event_times(event)
if '_daily_report_processed' not in event:
event['summary'] += extformat(' ' + prefs['dates']['ending'],
event,
time=misc.hoursminutes(event['end']))
event['_daily_report_processed'] = True
out.append(format_event(misc.hoursminutes(event['start']), event))
return ''.join(out).rstrip()
def suntimes(location=prefs['weather']['location']):
risetime, settime = sunrise(location), sunset(location)
daylight = settime - risetime
risefmt = extformat(prefs['weather']['sun']['rise_format'],
sunrise=misc.hoursminutes(risetime, fillchar=''))
setfmt = extformat(prefs['weather']['sun']['set_format'],
sunset=misc.hoursminutes(settime, fillchar=''))
dayfmt = extformat(prefs['weather']['sun']['daylight_format'],
daylight=misc.formatdelta(daylight))
return extformat(
prefs['weather']['sun']['format'],
sunrise=risefmt,
sunset=setfmt,
daylight=dayfmt,
)
def today_work(day=0):
work_cals = calendar_match(prefs['calendar']['work_pat'])
shifts = []
for cal in work_cals:
shifts.extend(today_events(cal['id'], day=day))
out = []
for shift in shifts:
shift = event_times(shift)
out.append(format_event(misc.hoursminutes(shift['start']), shift))
return ''.join(out).rstrip()
def format_event(time, event):
today, tomorrow = today_times()
leader = ' ' + prefs['vert'] + ' '
if time == prefs['dates']['all_day'] and event['duration'].days > 1:
time = extformat(prefs['dates']['all_day'], event)
event['summary'] += (' (day ' +
str((today - event['start']).days + 1) + ' of ' +
str((event['end'] - event['start']).days) + ')')
elif time == prefs['dates']['ending']:
time = extformat(prefs['dates']['ending'],
event,
time=misc.hoursminutes(event['end']))
return misc.format_left(event['summary'],
leader=leader,
firstline=time + leader)
def now_hm(fillchar=''):
return misc.hoursminutes(datetime.datetime.now(), fillchar=fillchar)