def start(self):
clock = ClockThread.ClockThread()
clock.setDaemon(True)
clock.start()
musicPlayer = MusicPlayer.MusicPlayer()
textToSpeech = TextToSpeech.TextToSpeech()
weather = Weather.Weather()
segmentDimmer = SegmentDimmerThread.SegmentDimmerThread(clock, weather)
segmentDimmer.setDaemon(True)
segmentDimmer.start()
gCalendar = GCalendar.GCalendar()
volumeController = VolumeControllerThread.VolumeControllerThread()
volumeController.setDaemon(True)
volumeController.start()
sleep(1) # Wait one second so clock's hour and minute values get filled ready for when alarm needs them
alarm = AlarmThread.AlarmThread(musicPlayer, textToSpeech, weather, clock, gCalendar)
alarm.setDaemon(True)
# DEFAULT WAKEUP TIME - 6:00AM
alarm.setAlarm(6,0)
alarm.start()
internalCommServer = InternalCommServer.InternalCommServer(alarm, musicPlayer, textToSpeech)
internalCommServer.setDaemon(True)
internalCommServer.start()
try:
while (self.ended == False):
sleep(1)
except (KeyboardInterrupt, SystemExit):
logger.warn("Interrupted")
logger.warn("Main powering off process beginning")
clock.end()
alarm.end()
segmentDimmer.end()
volumeController.end()
internalCommServer.end()
sleep(2)
logger.info("Main powering off process finished")
y += 1
for event in calendar_data.events:
screen.addstr(y, 0, ' ') # because we can overflow
screen.addstr(y, 1, event.start.strftime('%a - %X'))
screen.addstr(y, 19, event.summary.encode(code))
y += 1
return y
def render_screen():
calendar_list = calendar.get_calendar_list()
draw_with_calendar_list(stdscr, calendar_list)
stdscr.refresh()
if __name__ == '__main__':
# we're going to want to delay starting curses until after we auth!
# move to after teh ctor for GCalendar
start_curses()
calendar = GCalendar('client_secrets.json', sys.argv)
stdscr.nodelay(1)
while 1:
try:
render_screen()
time.sleep(sleepTime * 60)
except httplib.BadStatusLine:
continue
end_curses()
