def build(self):
self._screenManager = ScreenManager(transition=SlideTransition())
# main screen has to be added first to screenmanager
self.clockFace = SimpleDigiClock()
self.clockFace.register_actions(self.on_settings, self.on_sleep,
self.on_stop, self.on_mic)
clockFaceScreen = Screen(name="clockface")
clockFaceScreen.add_widget(self.clockFace.currentLayout)
self._screenManager.add_widget(clockFaceScreen)
# this is the first "satelite" screen
settingsScreen = Screen(name="settings")
# settingsScreen.add_widget(ClockSettings())
self._screenManager.add_widget(settingsScreen)
# TODO: some default sizes; make configurable?
self.font_size = 36
# initialize clock scheduling
self.currentTime = datetime.now()
AlarmManager.next_alarm(self.settings.alarms, self.currentTime)
self.changeTime(self.currentTime)
self.changeDate(self.currentTime)
Clock.schedule_interval(self.updateClockFace, 0.2)
# self.testalarm.on_alarm(self.context)
return self._screenManager
def updateClockFace(self, delta):
newDateTime = datetime.now()
newBrightness = self.context.brightnessSensor.isDayLight()
if (self.brightness != newBrightness):
self.changeBrightness(newBrightness)
self.brightness = newBrightness
#newDirection = self.context.directionSensor.getDirection()
# if (self.direction != newDirection):
# self.changeDirection(newDirection)
#self.direction = newDirection
if (self.currentTime.second != newDateTime.second):
# update on_time every second
self.changeTime(newDateTime)
if (self.currentTime.minute != newDateTime.minute):
# check for alarm only every minute
if AlarmManager.is_alarm_now(newDateTime):
# start Alarm effect, do callback
effect = filter(
lambda e: e.name == AlarmManager.alarm_config.effect,
self.settings.effects)
EffectType = type(effect.effect_type, (), {})
self.currentEffect = Effect(effects.links[0])
self.currentEffect.on_alarm(self.context)
if AlarmManager.alarm_time < newDateTime:
# compute new alarm if old one is in the past
AlarmManager.next_alarm(self.settings.alarms, newDateTime)
if (self.currentTime.day != newDateTime.day):
# notify on date changes
self.changeDate(newDateTime)
self.currentTime = newDateTime
def test_is_alarm_now(self):
# test direct matching day
alarm_configs_once = [
AlarmConfig(waketime='6:12', days=[], enabled=True),
]
AlarmManager.next_alarm(
alarm_configs_once,
datetime(day=18, month=3, year=2020, hour=6, minute=13))
atime = datetime(day=19,
month=3,
year=2020,
hour=6,
minute=12,
second=44,
microsecond=123)
self.assertTrue(AlarmManager.is_alarm_now(atime))
atime = datetime(day=19,
month=3,
year=2020,
hour=6,
minute=13,
second=44,
microsecond=123)
self.assertFalse(AlarmManager.is_alarm_now(atime))
atime = datetime(day=19,
month=3,
year=2020,
hour=6,
minute=11,
second=59,
microsecond=123)
self.assertFalse(AlarmManager.is_alarm_now(atime))
def test_str_alarm_relative_none(self):
# test direct matching day
alarm_configs_once = [
AlarmConfig(waketime='6:12', days=[], enabled=False),
]
AlarmManager.next_alarm(
alarm_configs_once,
datetime(day=18, month=3, year=2020, hour=15, minute=13))
todayalarm = datetime(day=18, month=3, year=2020, hour=6, minute=13)
self.assertEqual("", AlarmManager.str_alarm_relative(todayalarm))
def test_next_alarm_none(self):
# this is a sunday, so iso weekday=7
timepoint = datetime(day=1, month=3, year=2020, hour=6, minute=13)
# test direct matching day
alarm_configs_none = [
AlarmConfig(waketime='7:15', days=[6, 7], enabled=False),
AlarmConfig(waketime='5:12', days=[], enabled=False),
AlarmConfig(waketime='6:00', days=[1, 2, 3, 4, 5], enabled=False),
]
AlarmManager.next_alarm(alarm_configs_none, timepoint)
self.assertEqual(timepoint.max, AlarmManager.alarm_time)