def auto_sync_toggled(auto_button, time_button):
active = auto_button.get_active()
if active:
(hours, minutes) = time_button.get_time()
event = alarm.Event()
event.appid = "erminig"
event.title = "Synchronization with erminig"
#event.flags |= alarm.EVENT_RUN_DELAYED
action = event.add_actions(1)[0]
action.flags |= alarm.ACTION_WHEN_TRIGGERED | alarm.ACTION_WHEN_DELAYED | alarm.ACTION_TYPE_EXEC
action.command = os.path.abspath(sys.argv[0]) + " -a -d"
recur = event.add_recurrences(1)[0]
# let's see what this does...
recur.mask_min = 1 << minutes
recur.mask_hour = 1 << hours
# initialize alarm time to somewhere in the future
event.alarm_time = time.time() + 5
# lt = time.localtime(time.time() + 5)
# tz = time.tzname[lt.tm_isdst]
# event.alarm_time = time.mktime(recur.next(lt, tz))
event.recurrences_left = -1
sync_id = alarm.add_event(event)
auto_sync_update_syncid(sync_id)
auto_sync_update_synctime(hours, minutes)
else:
alarm.delete_event(int(auto_sync_get_syncid()))
dblayer.run("DELETE FROM Prefs where name='auto_sync_id'")
dblayer.commit()
def auto_sync_toggled(auto_button, time_button):
active = auto_button.get_active()
if active:
(hours, minutes) = time_button.get_time()
event = alarm.Event()
event.appid = "erminig"
event.title = "Synchronization with erminig"
#event.flags |= alarm.EVENT_RUN_DELAYED
action = event.add_actions(1)[0]
action.flags |= alarm.ACTION_WHEN_TRIGGERED | alarm.ACTION_WHEN_DELAYED | alarm.ACTION_TYPE_EXEC
action.command = os.path.abspath(sys.argv[0]) + " -a -d"
recur = event.add_recurrences(1)[0]
# let's see what this does...
recur.mask_min = 1 << minutes
recur.mask_hour = 1 << hours
# initialize alarm time to somewhere in the future
event.alarm_time = time.time() + 5
# lt = time.localtime(time.time() + 5)
# tz = time.tzname[lt.tm_isdst]
# event.alarm_time = time.mktime(recur.next(lt, tz))
event.recurrences_left = -1
sync_id=alarm.add_event(event)
auto_sync_update_syncid(sync_id)
auto_sync_update_synctime(hours, minutes)
else:
alarm.delete_event(int(auto_sync_get_syncid()))
dblayer.run("DELETE FROM Prefs where name='auto_sync_id'")
dblayer.commit()
def testExecuteCommand(self):
'''Execute a command through alarm activation'''
action = self.event.add_actions(1)[0]
action.flags |= alarm.ACTION_WHEN_TRIGGERED | alarm.ACTION_TYPE_EXEC
action.command = 'touch /tmp/alarm.txt'
self.cookie = alarm.add_event(self.event)
sleep(2)
self.assert_(os.path.isfile('/tmp/alarm.txt'))
def main():
event = alarm.Event()
event.appid = 'simple_recurrence'
event.message = 'Example Recurring Message'
event.alarm_time = time() + 5
action = event.add_actions(1)[0]
action.flags |= alarm.ACTION_WHEN_RESPONDED | alarm.ACTION_TYPE_NOP
action.label = 'Stop'
recurrence = event.add_recurrences(1)[0]
recurrence.mask_min |= alarm.RECUR_MIN_ALL
recurrence.mask_hour |= alarm.RECUR_HOUR_DONTCARE
recurrence.mask_mday |= alarm.RECUR_MDAY_DONTCARE
recurrence.mask_wday |= alarm.RECUR_WDAY_DONTCARE
recurrence.mask_mon |= alarm.RECUR_MON_DONTCARE
recurrence.special |= alarm.RECUR_SPECIAL_NONE
event.recurrences_left = 5
print alarm.add_event(event)
def add_two_button_alarm():
event = alarm.Event()
event.appid = 'myappid'
event.message = 'Example Message'
event.alarm_time = time() + 10
action_stop, action_snooze = event.add_actions(2)
action_stop.label = 'Stop'
action_stop.flags |= alarm.ACTION_WHEN_RESPONDED | alarm.ACTION_TYPE_NOP
action_snooze.label = 'Snooze'
action_snooze.flags |= alarm.ACTION_WHEN_RESPONDED | alarm.ACTION_TYPE_SNOOZE
print event.is_sane()
cookie = alarm.add_event(event)
return cookie
def testSimple(self):
'''Simple DBus call through alarm'''
event = alarm.Event()
event.appid = 'dbus-alarm-test'
event.alarm_time = time.time() + 2
action = event.add_actions(1)[0]
action.flags |= alarm.ACTION_WHEN_TRIGGERED | alarm.ACTION_TYPE_DBUS
action.dbus_service = 'org.foobar.Dummy'
action.dbus_path = '/SomeObject'
action.dbus_interface = 'org.foobar.Dummy'
action.dbus_name = 'CallMe'
self.cookie = alarm.add_event(event)
time.sleep(3)
self.assert_(os.path.isfile(confirmation_file))
def testCreateDelete(self):
'''General lifecycle of an Event: Add, Retrieve, Update, Delete'''
event = alarm.Event()
appid = 'aaaa'
event.appid = appid
action = event.add_actions(1)[0]
action.flags |= alarm.ACTION_WHEN_TRIGGERED | alarm.ACTION_TYPE_SNOOZE
cookie = alarm.add_event(event)
# Compare with 'cookie', as event.cookie is still 0 after adding
event2 = alarm.get_event(cookie)
self.assertEqual(cookie, event2.cookie)
self.assertEqual(appid, event2.appid)
event2.alarm_time = time() + 3
alarm.update_event(event2)
alarm.delete_event(cookie)
self.assertRaises(IndexError, alarm.get_event, cookie)
def _set_alarm(self, recurrenceMins): assert 1 <= recurrenceMins, "Notifications set to occur too frequently: %d" % recurrenceMins alarmTime = _get_start_time(recurrenceMins) event = alarm.Event() event.appid = self._TITLE event.alarm_time = alarmTime event.recurrences_left = self._REPEAT_FOREVER action = event.add_actions(1)[0] action.flags |= alarm.ACTION_TYPE_EXEC | alarm.ACTION_WHEN_TRIGGERED action.command = self._launcher recurrence = event.add_recurrences(1)[0] recurrence.mask_min |= _create_recurrence_mask(recurrenceMins, 60) recurrence.mask_hour |= alarm.RECUR_HOUR_DONTCARE recurrence.mask_mday |= alarm.RECUR_MDAY_DONTCARE recurrence.mask_wday |= alarm.RECUR_WDAY_DONTCARE recurrence.mask_mon |= alarm.RECUR_MON_DONTCARE recurrence.special |= alarm.RECUR_SPECIAL_NONE assert event.is_sane() self._alarmCookie = alarm.add_event(event)
def new_alarm(input):
event = alarm.Event()
event.appid = 'saera'
event.message = 'Wake Up'
time = datetime.datetime.today()
words, has_nums = parse_to_nums(input.lower().split())
day_identifier = [i for i in words if i in weekdays]
if "after tomorrow" in input.lower():
time = time+datetime.timedelta(days=2)
elif 'tomorrow' in words:
time = time+datetime.timedelta(days=1)
elif day_identifier:
day = weekdays.index(day_identifier[0])
print day
time = time+datetime.timedelta(days=(day-time.weekday())%7)
hour = [i for i in words if i in times]
if hour:
time = time.replace(hour=times[hour[0]],minute=0,second=0,microsecond=0)
hour = False
minute = 0
pmam = False
bell = False
for i in words:
if hasattr(i, '__int__'):
if type(hour)==bool and not hour:
hour = i
elif not minute:
minute = i
if i in bells:
bell = True
minute = bells[i]
elif bell:
if i in ['as', 'past', 'after']:
pass
elif i in ['to', 'told', 'til', 'till', 'of']:
minute = -minute
bell = False
elif pmam:
if i=='m.':
if pmam=='pm':
hour = hour%12+12
elif pmam=='am':
hour = hour%12
pmam = False
elif i in ['p.', 'a.']:
pmam = {'p.':'pm','a.':'am'}[i]
if minute<0:
hour=(hour-1)%24
minute = 60+minute
if type(hour)==bool:
hour = time.hour
time = time.replace(hour=hour,minute=minute,second=0,microsecond=0)
event.alarm_time = float(time.strftime("%s"))
action_stop, action_snooze = event.add_actions(2)
action_stop.label = 'Stop'
action_stop.flags |= alarm.ACTION_WHEN_RESPONDED | alarm.ACTION_TYPE_NOP
action_snooze.label = 'Snooze'
action_snooze.flags |= alarm.ACTION_WHEN_RESPONDED | alarm.ACTION_TYPE_SNOOZE
print event.is_sane()
cookie = alarm.add_event(event)
return "Okay, I set your alarm for "+time.strftime("%I:%M %P"), None
def new_alarm(input):
event = alarm.Event()
event.appid = 'saera'
event.message = 'Wake Up'
time = datetime.datetime.today()
words, has_nums = parse_to_nums(input.lower().split())
day_identifier = [i for i in words if i in weekdays]
if "after tomorrow" in input.lower():
time = time + datetime.timedelta(days=2)
elif 'tomorrow' in words:
time = time + datetime.timedelta(days=1)
elif day_identifier:
day = weekdays.index(day_identifier[0])
print day
time = time + datetime.timedelta(days=(day - time.weekday()) % 7)
hour = [i for i in words if i in times]
if hour:
time = time.replace(hour=times[hour[0]],
minute=0,
second=0,
microsecond=0)
hour = False
minute = 0
pmam = False
bell = False
for i in words:
if hasattr(i, '__int__'):
if type(hour) == bool and not hour:
hour = i
elif not minute:
minute = i
if i in bells:
bell = True
minute = bells[i]
elif bell:
if i in ['as', 'past', 'after']:
pass
elif i in ['to', 'told', 'til', 'till', 'of']:
minute = -minute
bell = False
elif pmam:
if i == 'm.':
if pmam == 'pm':
hour = hour % 12 + 12
elif pmam == 'am':
hour = hour % 12
pmam = False
elif i in ['p.', 'a.']:
pmam = {'p.': 'pm', 'a.': 'am'}[i]
if minute < 0:
hour = (hour - 1) % 24
minute = 60 + minute
if type(hour) == bool:
hour = time.hour
time = time.replace(hour=hour, minute=minute, second=0, microsecond=0)
event.alarm_time = float(time.strftime("%s"))
action_stop, action_snooze = event.add_actions(2)
action_stop.label = 'Stop'
action_stop.flags |= alarm.ACTION_WHEN_RESPONDED | alarm.ACTION_TYPE_NOP
action_snooze.label = 'Snooze'
action_snooze.flags |= alarm.ACTION_WHEN_RESPONDED | alarm.ACTION_TYPE_SNOOZE
print event.is_sane()
cookie = alarm.add_event(event)
return "Okay, I set your alarm for " + time.strftime("%I:%M %P"), None