def run(self):
try:
self.sleeptimer.resetsleep()
lcd.init()
self.framebuffer = graphics.Surface(lcd.LCD_WIDTH, lcd.LCD_HEIGHT)
lcd.set_backlight_enabled(True)
self.broker.register_service(services.clock.ClockService)
self.broker.register_service(services.weather.WeatherService)
self.broker.register_service(services.podcast.PodcastService)
self.broker.register_service(services.audio.AudioService)
self.broker.register_service(
services.public_transport.PublicTransportService)
for p, args in self.panel_defs:
self.addpanel(p, args)
self.activate_panel(0)
self.broker.start_bound_services()
while True:
services.deliver_pending_notifications()
self.sleeptimer.update_sleep()
self.trigger_key_events()
self.active_panel.update()
if self.activate_panel:
if self.active_panel.paint_if_needed(self.active_panel_fb):
# logging.debug('Updating LCD (active_panel)')
lcd.update(self.active_panel_fb)
time.sleep(1.0 / UPDATE_RATE)
finally:
self.broker.stop_running()
def run(self):
try:
self.sleeptimer.resetsleep()
lcd.init()
self.framebuffer = graphics.Surface(lcd.LCD_WIDTH, lcd.LCD_HEIGHT)
lcd.set_backlight_enabled(True)
self.broker.register_service(services.clock.ClockService)
self.broker.register_service(services.weather.WeatherService)
self.broker.register_service(services.podcast.PodcastService)
self.broker.register_service(services.audio.AudioService)
self.broker.register_service(services.public_transport.PublicTransportService)
for p, args in self.panel_defs:
self.addpanel(p, args)
self.activate_panel(0)
self.broker.start_bound_services()
while True:
services.deliver_pending_notifications()
self.sleeptimer.update_sleep()
self.trigger_key_events()
self.active_panel.update()
if self.activate_panel:
if self.active_panel.paint_if_needed(self.active_panel_fb):
# logging.debug('Updating LCD (active_panel)')
lcd.update(self.active_panel_fb)
time.sleep(1.0 / UPDATE_RATE)
finally:
self.broker.stop_running()
def center_pressed(self):
if self.state == 'SET_TIME':
self.state = 'COUNTDOWN'
self.alarmtime = (time.time() +
self.countdown if not self.alarmtime else None)
elif self.state == 'ALARM':
lcd.set_backlight_enabled(True)
self.state = 'SET_TIME'
self.set_needs_repaint()
def update(self):
if self.state == 'COUNTDOWN':
if self.alarmtime and time.time() >= self.alarmtime:
self.fire_alarm()
elif self.state == 'ALARM':
lcd.set_backlight_enabled(bool(int(time.time()) % 2 == 0))
if self.countdown_str != self.countdownstring():
self.countdown_str = self.countdownstring()
self.set_needs_repaint()
def center_pressed(self):
if self.state == 'SET_TIME':
self.state = 'COUNTDOWN'
self.alarmtime = (time.time() + self.countdown
if not self.alarmtime else None)
elif self.state == 'ALARM':
lcd.set_backlight_enabled(True)
self.state = 'SET_TIME'
self.set_needs_repaint()
def update(self):
if self.state == 'COUNTDOWN':
if self.alarmtime and time.time() >= self.alarmtime:
self.fire_alarm()
elif self.state == 'ALARM':
lcd.set_backlight_enabled(bool(int(time.time()) % 2 == 0))
if self.countdown_str != self.countdownstring():
self.countdown_str = self.countdownstring()
self.set_needs_repaint()
def wakeup(self):
logging.info('Waking up')
lcd.set_backlight_enabled(True)
self.sleeping = False
global UPDATE_RATE
UPDATE_RATE = float(CONFIG['update_rate_hz'])
def sleep(self):
logging.info('Going to sleep')
lcd.set_backlight_enabled(False)
self.sleeping = True
global UPDATE_RATE
UPDATE_RATE = float(CONFIG['update_rate_sleep_hz'])
def wakeup(self):
logging.info('Waking up')
lcd.set_backlight_enabled(True)
self.sleeping = False
global UPDATE_RATE
UPDATE_RATE = float(CONFIG['update_rate_hz'])
def sleep(self):
logging.info('Going to sleep')
lcd.set_backlight_enabled(False)
self.sleeping = True
global UPDATE_RATE
UPDATE_RATE = float(CONFIG['update_rate_sleep_hz'])
