def parse(sem, year):
"""Parses the files downloaded by :func:`get`."""
# Make sure the time is valid, but don't do anything with the
# return values.
parse_time(sem, year)
ct_parse.main(sem, year)
scg_parse.main(sem, year)
st_parse.main(sem, year)
xl_parse.main(sem, year)
def parse(sem, year):
"""Parses the files downloaded by :func:`get`."""
# Make sure the time is valid, but don't do anything with the
# return values.
parse_time(sem, year)
ct_parse.main(sem, year)
scg_parse.main(sem, year)
st_parse.main(sem, year)
xl_parse.main(sem, year)
def try_set_arguments(sky, coordinates, date_and_time):
if date_and_time:
sky.set_angle(parse.parse_time(date_and_time))
if coordinates:
sky.change_direction(*parse.parse_coordinates(
coordinates[0].replace('_', '-'), coordinates[1]))
def get(sem, year):
"""Uses wget to download the registrar files. Files need to be
converted into UTF-8 by user afterward."""
index = parse_time(sem, year)
print('Semester-year string: %s.' % index)
wget_files(index)
print('Now convert the files to UTF-8 with Unix line endings using Emacs and then pass in --parse.')
def get(sem, year):
"""Uses wget to download the registrar files. Files need to be
converted into UTF-8 by user afterward."""
index = parse_time(sem, year)
print('Semester-year string: %s.' % index)
wget_files(index)
print(
'Now convert the files to UTF-8 with Unix line endings using Emacs and then pass in --parse.'
)
def send_time_to_match(bot, user):
time = parse.parse_time(user)
if isinstance(time, str):
message_text = time
bot.send_message(user.id, message_text)
return
else:
days, hours, minutes = time
endings = get_endings(user.language, days, hours, minutes)
if minutes < 0:
message_text = LANG_DICT[user.language]['match_started_msg']
else:
message_text = '{} {} {} {}, {} {}, {} {}'.format(LANG_DICT[user.language]['time_to_match_msg'],
endings[0],
days, endings[1],
hours, endings[2],
minutes, endings[3])
bot.send_message(user.id, message_text)
def handle_match_started_users(bot, users):
if datetime.now().minute % 5 == 0:
for user in users:
try:
days, hours, minutes = parse.parse_time(user)
except ValueError:
continue
if days == 0:
if datetime.now().hour == 10 and not user.match_started_notifs['day_left']:
bot.send_message(user.id, LANG_DICT[user.language]['match_today_msg'])
bot.send_message(user.id, get_match_info(user),
parse_mode='markdown')
users_controller.update_match_started_notifs(user, 'day_left')
elif hours == 0 and minutes == 10 and not user.match_started_notifs['ten_minutes_left']:
bot.send_message(user.id, LANG_DICT[user.language]['ten_minutes_left_msg'])
users_controller.update_match_started_notifs(user, 'ten_minutes_left')
send_match_links(bot, user)
else:
users_controller.update_match_started_notifs(user)
elif days == -1 and hours == 23 and minutes == 59 and not user.match_started_notifs['started']:
bot.send_message(user.id, LANG_DICT[user.language]['match_started_msg'])
users_controller.update_match_started_notifs(user, 'started')
send_match_links(bot, user)
def test_parse_time(self):
self.assertEqual(parse.parse_time('1.1.2001 12:30'), 31667400000)
def handle_text_broadcast_users(bot, users):
if datetime.now().minute % 5 == 0:
for user in users:
days, hours, minutes = parse.parse_time(user)
if days == -1 and hours == 23 and minutes == 59:
threading.Thread(target=start_text_broadcast, args=(bot, users,)).start()