def execute(self):
log.info("Starting up AlarmPi")
log.debug("Loading settings")
settings = Settings.Settings()
settings.setup()
log.debug("Loading weather")
weather = WeatherFetcher()
log.debug("Loading media")
media = MediaPlayer.MediaPlayer()
media.playVoice('Starting up')
log.debug("Loading clock")
clock = ClockThread.ClockThread()
clock.setDaemon(True)
log.debug("Loading alarm control")
alarm = AlarmThread.AlarmThread(weather)
alarm.setDaemon(True)
log.debug("Loading LCD")
lcd = LcdThread.LcdThread(alarm, self.stop, weather)
lcd.setDaemon(True)
lcd.start()
log.debug("Loading brightness control")
bright = BrightnessThread.BrightnessThread()
bright.setDaemon(True)
bright.registerControlObject(clock.segment.disp)
bright.registerControlObject(lcd)
bright.start()
# If there's a manual alarm time set in the database, then load it
manual = settings.getInt('manual_alarm')
if manual == 0 or manual is None:
alarm.autoSetAlarm()
else:
alarmTime = datetime.datetime.utcfromtimestamp(manual)
log.info("Loaded previously set manual alarm time of %s",
alarmTime)
alarm.manualSetAlarm(alarmTime)
log.debug("Starting clock")
clock.start()
log.debug("Starting alarm control")
alarm.start()
log.debug("Starting web application")
web = WebApplication(alarm)
web.setDaemon(True)
web.start()
# Main loop where we just spin until we receive a shutdown request
try:
while (self.stopping is False):
time.sleep(1)
except (KeyboardInterrupt, SystemExit):
log.warn("Interrupted, shutting down")
log.warn("Shutting down")
media.playVoice('Shutting down. Goodbye')
time.sleep(2)
log.info("Stopping all services")
web.stop()
alarm.stop()
clock.stop()
lcd.stop()
bright.stop()
log.info("Shutdown complete, now exiting")
time.sleep(2) # To give threads time to shut down
def execute(self):
#~ global lancheck
global iplist
log.info("Starting up PiClock")
#log.info("cwd=%s", os.getcwd())
iplist = []
NetworksIP = self.GetIPForNetwork("eth0")
if (NetworksIP != ""):
log.debug("Have LAN Connection %s" , NetworksIP)
iplist.append(NetworksIP)
self.GetIPForNetwork("wlan0")
if (NetworksIP != ""):
log.debug("Have Wifi Connection %s" , NetworksIP)
iplist.append(NetworksIP)
# have lan and wifi
#~ if (nolancheck == False):
#~ log.info("add '--nolancheck' to the command line to run with two networks connected")
#~ sys.exit()
log.info("Loading settings")
self.settings = Settings.Settings()
self.settings.setup()
# Set Log level from settings
log.setLevel(self.settings.getInt('DEBUGLEVEL'))
log.info("Starting mqtt application")
self.mqttbroker = mqtt.MQTTThread(self.settings)
self.mqttbroker.setDaemon(True)
self.mqttbroker.start()
self.settings.setmqttbroker(self.mqttbroker)
log.info("Loading brightness control")
self.bright = brightnessthread.BrightnessThread(self.settings, self.mqttbroker)
self.bright.setDaemon(True)
# bright.registerControlObject(clock.segment.disp)
# bright.registerControlObject(self.lcd)
self.bright.start()
log.info("Loading TFT") # its started later
self.lcd = tftthread.TFTThread(self, self.settings)
self.lcd.setDaemon(True)
log.info("Loading weather")
weather = WeatherFetcher()
log.info("Loading media")
self.media = MediaPlayer.MediaPlayer(self.mqttbroker, self.settings)
self.media.setDaemon(True)
self.media.start()
log.info("Loading alarm control")
self.alarm = AlarmThread.AlarmThread(weather, self.media, self.settings, self.mqttbroker)
self.alarm.setDaemon(True)
log.info("Starting TFT")
#self.lcd = tftthread.TFTThread(alarm, self, self.media, weather)
# tel lcd thread what we didnt know when we loaded it
self.lcd.SetConfig(self.alarm, self.media, weather, self.bright, self.mqttbroker)
#self.lcd.setDaemon(True)
# and start lcdthread
self.lcd.start()
# new trial of webserver class
#self.webserver = WebServer.WebServer(self.mqttbroker, self.alarm, self.media, self.bright, self.lcd, self.settings)
# which failed
# Tell mqtt broker about things setup after it was
#self.mqttbroker.set_radio(self.media)
#self.mqttbroker.set_alarm(self.alarm)
#self.mqttbroker.set_display(self.lcd)
self.Menus = self.lcd.menu
#~ this is done in the tftthread where its required
log.info("Starting alarm control")
self.alarm.start()
# Start webserver thread
#self.webserver.setDaemon(True)
#self.webserver.start() # fails
log.info("Starting HTTP web application")
webhttp = WebApplicationHTTP(self.alarm, self.settings, self.media, self, self.bright, self.lcd, self.mqttbroker)
webhttp.setDaemon(True)
webhttp.start()
log.info("Starting HTTPS web application")
web = WebApplication(self.alarm, self.settings, self.media, self, self.bright, self.mqttbroker)
web.setDaemon(True)
web.start()
loopcount = 0
self.clockMessage(self.alarm.getMenuLine())
# Main loop where we just spin until we receive a shutdown request
try:
lastpos = (-1,-1)
dragstart = -1
newvolume = -1
oldvolume = -1
log.info("Running")
# If we crash or have power loss restart quietly
self.settings.set("quiet_reboot","1")
lastclocktemp = 0
while(self.stopping == False):
time.sleep(5) #0.1)
clocktemp = int(open('/sys/class/thermal/thermal_zone0/temp').read()) / 1e3
if clocktemp != lastclocktemp:
self.mqttbroker.publish("Temperature",str(clocktemp))
lastclocktemp = clocktemp
except (KeyboardInterrupt, SystemExit):
log.warn("Interrupted, shutting down")
self.pauseclock (True)
if self.rebootAction == 2: #self.shutdownnow == True:
self.lcd.setMessage("Shutting Down",True)
self.media.playSpeech('Shutting down.')
log.warn("Shutting down")
elif self.rebootAction == 1: #self.rebootnow == True:
self.lcd.setMessage("Rebooting now",True)
# Lets do it quietly
#~ self.media.playSpeech('Rebooting now.')
log.warn("Rebooting now")
else:
self.lcd.setMessage("Stopping now",True)
self.media.playSpeech('Stopping now.')
log.warn("Stopping now")
#~ time.sleep(1)
log.info("Stopping all services")
#self.webserver.stop()
web.stop()
webhttp.stop()
self.lcd.stop()
self.bright.stop()
self.media.stopPlayer()
if self.Menus.isActive():
self.Menus.exitMenu()
log.info("Shutdown complete, now exiting")
time.sleep(2) # To give threads time to shut down
if self.rebootnow == True:
subprocess.Popen("sudo /sbin/reboot now", stdout=subprocess.PIPE, shell=True)
elif self.shutdownnow == True:
subprocess.Popen("sudo /sbin/shutdown now", stdout=subprocess.PIPE, shell=True)
def execute(self):
log.info("Starting up AlarmPi")
log.debug("Loading settings")
settings = Settings.Settings()
settings.setup()
log.debug("Loading weather")
weather = WeatherFetcher()
log.debug("Loading media")
media = MediaPlayer.MediaPlayer()
media.playVoice('Starting up')
log.debug("Loading clock")
clock = ClockThread.ClockThread()
clock.setDaemon(True)
log.debug("Loading alarm control")
alarm = AlarmThread.AlarmThread(weather)
alarm.setDaemon(True)
log.debug("Loading LCD")
lcd = LcdThread.LcdThread(alarm, self.stop, weather)
lcd.setDaemon(True)
lcd.start()
log.debug("Loading brightness control")
bright = BrightnessThread.BrightnessThread()
bright.setDaemon(True)
bright.registerControlObject(clock.segment.disp)
bright.registerControlObject(lcd)
bright.start()
# If there's a manual alarm time set in the database, then load it
manual = settings.getInt('manual_alarm')
if manual==0 or manual is None:
alarm.autoSetAlarm()
else:
alarmTime = datetime.datetime.utcfromtimestamp(manual)
log.info("Loaded previously set manual alarm time of %s",alarmTime)
alarm.manualSetAlarm(alarmTime)
log.debug("Starting clock")
clock.start()
log.debug("Starting alarm control")
alarm.start()
log.debug("Starting web application")
web = WebApplication(alarm)
web.setDaemon(True)
web.start()
# Main loop where we just spin until we receive a shutdown request
try:
while(self.stopping is False):
time.sleep(1)
except (KeyboardInterrupt, SystemExit):
log.warn("Interrupted, shutting down")
log.warn("Shutting down")
media.playVoice('Shutting down. Goodbye')
time.sleep(2)
log.info("Stopping all services")
web.stop()
alarm.stop()
clock.stop()
lcd.stop()
bright.stop()
log.info("Shutdown complete, now exiting")
time.sleep(2) # To give threads time to shut down
def initWeb(self, settings, alarm):
log.debug("Starting web application")
web = WebApplication(alarm, settings)
web.setDaemon(True)
web.start()
return web