def __init__(self, weatherFetcher):
threading.Thread.__init__(self)
self.stopping = False
self.nextAlarm = None
self.alarmTimeout = None
self.snoozing = False
self.settings = Settings.Settings()
self.media = MediaPlayer.MediaPlayer()
self.alarmGatherer = AlarmGatherer.AlarmGatherer()
self.weather = weatherFetcher
self.fromEvent = False # False if auto or manual, True if from an event
self.travel = TravelCalculator(self.settings.get('location_home'))
self.travelTime = 0 # The travel time we last fetched
self.travelCalculated = False # Have we re-calculated travel for this alarm cycle?
def __init__(self, settings, media, weather, wink):
threading.Thread.__init__(self)
self.stopping = False
self.nextAlarm = None
self.alarmTimeout = None
self.snoozing = False
self.alarmMediaState = False
self.settings = settings
self.alarm_media = settings.get("alarm_media")
self.media = media
log.debug("Loading AlarmGatherer")
self.alarmGatherer = AlarmGatherer.AlarmGatherer(settings)
self.weatherFetcher = weather
self.use_wink = self.settings.getInt("use_wink")
self.wink = wink
self.fromEvent = False # False if auto or manual, True if from an event
log.debug("Loading Travel Calculator")
self.travel = TravelCalculator(self.settings.get('location_home'))
self.travelTime = 0 # The travel time we last fetched
self.travelCalculated = False # Have we re-calculated travel for this alarm cycle?
def __init__(self, weatherFetcher):
threading.Thread.__init__(self)
self.stopping=False
self.nextAlarm=None
self.alarmTimeout=None
self.snoozing = False
self.settings = Settings.Settings()
self.media = MediaPlayer.MediaPlayer()
self.alarmGatherer = AlarmGatherer.AlarmGatherer()
self.weather = weatherFetcher
self.fromEvent = False # False if auto or manual, True if from an event
self.travel = TravelCalculator(self.settings.get('location_home'))
self.travelTime = 0 # The travel time we last fetched
self.travelCalculated = False # Have we re-calculated travel for this alarm cycle?
class AlarmThread(threading.Thread):
def __init__(self, weatherFetcher):
threading.Thread.__init__(self)
self.stopping = False
self.nextAlarm = None
self.alarmTimeout = None
self.snoozing = False
self.settings = Settings.Settings()
self.media = MediaPlayer.MediaPlayer()
self.alarmGatherer = AlarmGatherer.AlarmGatherer()
self.weather = weatherFetcher
self.fromEvent = False # False if auto or manual, True if from an event
self.travel = TravelCalculator(self.settings.get('location_home'))
self.travelTime = 0 # The travel time we last fetched
self.travelCalculated = False # Have we re-calculated travel for this alarm cycle?
def stop(self):
log.info("Stopping alarm thread")
if (self.media.playerActive()):
self.stopAlarm()
self.stopping = True
def isAlarmSounding(self):
return (self.media.playerActive() and self.nextAlarm is not None
and self.nextAlarm < datetime.datetime.now(
pytz.timezone('Europe/London')))
def isSnoozing(self):
return self.snoozing
def getNextAlarm(self):
return self.nextAlarm
def snooze(self):
log.info("Snoozing alarm for %s minutes",
self.settings.getInt('snooze_length'))
self.silenceAlarm()
alarmTime = datetime.datetime.now(pytz.timezone('Europe/London'))
alarmTime += datetime.timedelta(
minutes=self.settings.getInt('snooze_length'))
self.setAlarmTime(alarmTime)
self.snoozing = True
self.alarmTimeout = None
self.fromEvent = False
def soundAlarm(self):
log.info("Alarm triggered")
self.media.soundAlarm()
timeout = datetime.datetime.now(pytz.timezone('Europe/London'))
timeout += datetime.timedelta(
minutes=self.settings.getInt('alarm_timeout'))
self.alarmTimeout = timeout
# Only to be called if we're stopping this alarm cycle - see silenceAlarm() for shutting off the player
def stopAlarm(self):
log.info("Stopping alarm")
self.silenceAlarm()
self.clearAlarm()
if self.settings.getInt('weather_on_alarm') == 1:
log.debug("Playing weather information")
now = datetime.datetime.now(pytz.timezone('Europe/London'))
weather = ""
try:
weather = self.weather.getWeather().speech()
except Exception:
log.exception("Failed to get weather information")
day = now.strftime("%d").lstrip("0")
day += suffix(now.day)
hour = now.strftime("%I").lstrip("0")
salutation = "morning" if now.strftime(
"%p") == "AM" else "afternoon" if int(hour) < 18 else "evening"
# Today is Monday 31st of October, the time is 9 56 AM
speech = "Good %s Matt. Today is %s %s %s, the time is %s %s %s. " % (
salutation, now.strftime("%A"), day, now.strftime("%B"), hour,
now.strftime("%M"), now.strftime("%p"))
speech += weather
self.media.playSpeech(speech)
# Send a notification to HomeControl (OpenHAB) that we're now awake
try:
log.debug("Sending wake notification to HomeControl")
urllib2.urlopen(
"http://homecontrol:9090/CMD?isSleeping=OFF").read()
except Exception:
log.exception("Failed to send wake state to HomeControl")
# Automatically set up our next alarm.
self.autoSetAlarm()
# Stop whatever is playing
def silenceAlarm(self):
log.info("Silencing alarm")
self.media.stopPlayer()
def autoSetAlarm(self):
if self.settings.getInt('holiday_mode') == 1:
log.debug(
"Holiday mode enabled, won't auto-set alarm as requested")
return
log.debug("Automatically setting next alarm")
try:
event = self.alarmGatherer.getNextEventTime(
) # The time of the next event on our calendar.
default = self.alarmGatherer.getDefaultAlarmTime()
diff = datetime.timedelta(minutes=self.settings.getInt(
'wakeup_time')) # How long before event do we want alarm
event -= diff
# Adjust for travel time
self.travelTime = self.fetchTravelTime()
travelDelta = datetime.timedelta(minutes=self.travelTime)
event -= travelDelta
if event > default: # Is the event time calculated greater than our default wake time
log.debug(
"Calculated wake time of %s is after our default of %s, reverting to default",
event, default)
event = default
self.fromEvent = False
else:
self.fromEvent = True
self.setAlarmTime(event)
self.settings.set(
'manual_alarm',
'') # We've just auto-set an alarm, so clear any manual ones
# Read out the time we've just set
hour = event.strftime("%I").lstrip("0")
readTime = "%s %s %s" % (hour, event.strftime("%M"),
event.strftime("%p"))
self.media.playVoice('Automatic alarm has been set for %s' %
(readTime))
except Exception as e:
log.exception("Could not automatically set alarm")
self.media.playVoice('Error setting alarm')
self.nextAlarm = None
# Find out where our next event is, and then calculate travel time to there
def fetchTravelTime(self, update=False):
destination = self.alarmGatherer.getNextEventLocation(
includeToday=update)
if (destination is None):
destination = self.settings.get('location_work')
travelTime = self.travel.getTravelTime(destination)
return travelTime
def travelAdjustAlarm(self):
log.info("Adjusting alarm for current travel time")
newTravelTime = self.fetchTravelTime(update=True)
travelDiff = newTravelTime - self.travelTime
log.debug("Old travel time: %s, new travel time: %s, diff: %s" %
(self.travelTime, newTravelTime, travelDiff))
adjustDelta = datetime.timedelta(minutes=travelDiff)
newTime = self.nextAlarm - adjustDelta
self.setAlarmTime(newTime)
self.travelCalculated = True
def manualSetAlarm(self, alarmTime):
log.info("Manually setting next alarm to %s", alarmTime)
self.fromEvent = False
self.settings.set('manual_alarm',
calendar.timegm(alarmTime.utctimetuple()))
self.setAlarmTime(alarmTime)
self.media.playVoice('Manual alarm has been set')
def setAlarmTime(self, alarmTime):
self.nextAlarm = alarmTime
log.info("Alarm set for %s", alarmTime)
def clearAlarm(self):
self.snoozing = False
self.nextAlarm = None
self.alarmTimeout = None
self.settings.set(
'manual_alarm', ''
) # If we've just stopped an alarm, we can't have a manual one set yet
self.travelTime = 0
self.travelCalculated = False
self.fromEvent = False
# Number of seconds until alarm is triggered
def alarmInSeconds(self):
now = datetime.datetime.now(pytz.timezone('Europe/London'))
if self.nextAlarm is None:
return -1
if self.isSnoozing() or self.isAlarmSounding():
return 0
diff = self.nextAlarm - now
return diff.seconds
# Return a line of text describing the alarm state
def getMenuLine(self):
now = datetime.datetime.now(pytz.timezone('Europe/London'))
message = ""
if self.nextAlarm is not None:
diff = self.nextAlarm - now
if diff.days < 1:
if self.snoozing:
message += "Snoozing"
else:
message += "Alarm"
if diff.seconds < (2 * 60 * 60): # 2 hours
if self.snoozing:
message += " for "
else:
message += " in "
message += "%s min" % ((diff.seconds // 60) + 1)
if diff.seconds // 60 != 0:
message += "s"
else:
if self.snoozing:
message += " until "
else:
message += " at "
message += self.nextAlarm.strftime("%H:%M")
return message
def run(self):
while (not self.stopping):
now = datetime.datetime.now(pytz.timezone('Europe/London'))
if (self.nextAlarm is not None and self.fromEvent
and self.alarmInSeconds() < 3600
and not self.travelCalculated):
# We're inside 1hr of an event alarm being triggered, and we've not taken into account the current traffic situation
self.travelAdjustAlarm()
if (self.nextAlarm is not None and self.nextAlarm < now
and not self.media.playerActive()):
self.soundAlarm()
if (self.alarmTimeout is not None and self.alarmTimeout < now):
log.info("Alarm timeout reached, stopping alarm")
self.stopAlarm()
time.sleep(1)
class AlarmThread(threading.Thread):
def __init__(self, settings, media, weather, wink):
threading.Thread.__init__(self)
self.stopping = False
self.nextAlarm = None
self.alarmTimeout = None
self.snoozing = False
self.alarmMediaState = False
self.settings = settings
self.alarm_media = settings.get("alarm_media")
self.media = media
log.debug("Loading AlarmGatherer")
self.alarmGatherer = AlarmGatherer.AlarmGatherer(settings)
self.weatherFetcher = weather
self.use_wink = self.settings.getInt("use_wink")
self.wink = wink
self.fromEvent = False # False if auto or manual, True if from an event
log.debug("Loading Travel Calculator")
self.travel = TravelCalculator(self.settings.get('location_home'))
self.travelTime = 0 # The travel time we last fetched
self.travelCalculated = False # Have we re-calculated travel for this alarm cycle?
def isAlarmSounding(self):
sounding = (self.media.playerActive() and self.nextAlarm is not None)
# log.debug("isAlarmSounding: {0}".format(sounding))
return sounding
def isSnoozing(self):
# log.debug("isSnoozing: {0}".format(self.snoozing))
return self.snoozing
def getNextAlarm(self):
log.debug("getNextAlarm: {0}".format(self.nextAlarm))
return self.nextAlarm
def snooze(self):
message = "Snoozing alarm for {0} minutes".format(self.settings.getInt('snooze_length'))
log.info(message)
log.debug("snooze: {0}".format(self.settings.getInt('snooze_length')))
self.snoozing = True
if self.use_wink == 1:
log.debug("turning off Wink")
self.wink.activate(self.settings.get('wink_group_id'),bool(),0)
alarmTime = datetime.datetime.now(pytz.timezone(self.settings.get('timezone')))
alarmTime += datetime.timedelta(minutes=self.settings.getInt('snooze_length'))
self.setAlarmTime(alarmTime)
self.alarmTimeout = None
self.fromEvent = False
self.silenceAlarm(self.snoozing)
# Only to be called if we're stopping this alarm cycle - see silenceAlarm() for shutting off the player
def stopAlarm(self):
log.debug("stopAlarm")
self.silenceAlarm()
self.alarmMediaState = False
if self.use_wink == 1:
log.debug("turning on Wink")
self.wink.activate(self.settings.get('wink_group_id'),bool(1),0.25)
self.clearAlarm()
if self.settings.getInt('weather_on_alarm') == 1:
log.debug("Playing weather information")
now = datetime.datetime.now(pytz.timezone(self.settings.get('timezone')))
weather = ""
try:
weather = self.weatherFetcher.getWeather().speech()
except Exception:
log.exception("Failed to get weather information")
day = now.strftime("%d").lstrip("0")
day += suffix(now.day)
hour = now.strftime("%I").lstrip("0")
salutation = "morning" if now.strftime("%p") == "AM" else "afternoon" if int(hour) < 18 else "evening"
# Today is Monday 31st of October, the time is 9 56 AM
speech = "Good {0} {1}. Today is {2} {3} {4}, the time is {5} {6} {7}. ".format(
salutation, self.settings.get("name"), now.strftime("%A"), day, now.strftime("%B"), hour, now.strftime("%M"), now.strftime("%p"))
speech += weather
# blocking stopped working somewhere before revision 300
self.media.playVoice(speech)
# Send a notification to HomeControl (OpenHAB) that we're now awake
if self.settings.getInt('use_openhab') == 1:
try:
log.debug("Sending wake notification to HomeControl")
urllib2.urlopen("http://homecontrol:9090/CMD?isSleeping=OFF").read()
except Exception:
log.exception("Failed to send wake state to HomeControl")
# Automatically set up our next alarm.
self.autoSetAlarm()
def soundAlarm(self):
log.debug("soundAlarm")
if self.use_wink == 1:
log.debug("turning on Wink")
self.wink.activate(self.settings.get('wink_group_id'),bool(1),0.25)
self.media.soundAlarm(self.snoozing)
self.alarmMediaState = True
timeout = datetime.datetime.now(pytz.timezone(self.settings.get('timezone')))
timeout += datetime.timedelta(minutes=self.settings.getInt('alarm_timeout'))
self.alarmTimeout = timeout
# Stop whatever is playing
def silenceAlarm(self, snoozing=False):
log.debug("silenceAlarm")
if self.alarm_media == 'Spotify':
if snoozing:
self.media.spotify.pause()
else:
self.media.spotify.stop()
else:
self.media.stopPlayer()
# Called by InputWorker on press of the cancel button
def cancel(self):
log.debug("cancel: Cancel button pressed")
if self.isAlarmSounding():
# Lets snooze for a while
self.snooze()
return
if self.isSnoozing():
# Stop the alarm!
self.stopAlarm()
return
if self.alarmInSeconds() < self.settings.getInt('preempt_cancel'):
# We're in the allowable window for pre-empting a cancel alarm, and we're not in the menu
log.info("Preempt cancel triggered")
self.stopAlarm()
return
def autoSetAlarm(self):
log.debug("autoSetAlarm")
if self.settings.getInt('holiday_mode') == 1:
log.debug("Holiday mode enabled, won't auto-set alarm as requested")
return
log.debug("Automatically setting next alarm")
log.debug("entering very large try: clause")
try:
event = self.alarmGatherer.getNextEventTime() # The time of the next event on our calendar.
default = self.alarmGatherer.getDefaultAlarmTime()
diff = datetime.timedelta(
minutes=self.settings.getInt('wakeup_time')) # How long before event do we want alarm
event -= diff
# Adjust for travel time
self.travelTime = self.fetchTravelTime()
travelDelta = datetime.timedelta(minutes=self.travelTime)
event -= travelDelta
if event > default: # Is the event time calculated greater than our default wake time
log.debug("Calculated wake time of %s is after our default of %s, reverting to default", event, default)
event = default
self.fromEvent = False
else:
self.fromEvent = True
self.setAlarmTime(event)
self.settings.set('manual_alarm', '') # We've just auto-set an alarm, so clear any manual ones
# Read out the time we've just set
hour = event.strftime("%I").lstrip("0")
readTime = "%s %s %s" % (hour, event.strftime("%M"), event.strftime("%p"))
self.media.playVoice('Automatic alarm has been set for %s' % (readTime))
except Exception as e:
log.exception("Could not automatically set alarm")
self.media.playVoice('Error setting alarm')
self.nextAlarm = None
# Find out where our next event is, and then calculate travel time to there
def fetchTravelTime(self, update=False):
log.debug("fetchTravelTime: {0}".format(update))
destination = self.alarmGatherer.getNextEventLocation(includeToday=update)
if (destination is None):
destination = self.settings.get('location_work')
travelTime = self.travel.getTravelTime(destination)
return travelTime
def travelAdjustAlarm(self):
log.info("travelAdjustAlarm: Adjusting alarm for current travel time")
newTravelTime = self.fetchTravelTime(update=True)
travelDiff = newTravelTime - self.travelTime
log.debug("Old travel time: %s, new travel time: %s, diff: %s" % (self.travelTime, newTravelTime, travelDiff))
adjustDelta = datetime.timedelta(minutes=travelDiff)
newTime = self.nextAlarm - adjustDelta
self.setAlarmTime(newTime)
self.travelCalculated = True
def manualSetAlarm(self, alarmTime):
log.info("manualSetAlarm: Manually setting next alarm to %s", alarmTime)
self.fromEvent = False
self.settings.set('manual_alarm', calendar.timegm(alarmTime.utctimetuple()))
self.setAlarmTime(alarmTime)
self.media.playVoice('Manual alarm has been set')
def setAlarmTime(self, alarmTime):
log.debug("setAlarmTime: {0}".format(alarmTime))
self.nextAlarm = alarmTime
def clearAlarm(self):
log.debug("clearAlarm")
self.snoozing = False
self.nextAlarm = None
self.alarmTimeout = None
self.settings.set('manual_alarm', '') # If we've just stopped an alarm, we can't have a manual one set yet
self.travelTime = 0
self.travelCalculated = False
self.fromEvent = False
# Number of seconds until alarm is triggered
def alarmInSeconds(self):
now = datetime.datetime.now(pytz.timezone(self.settings.get('timezone')))
if self.nextAlarm is None:
return -1
if self.isSnoozing() or self.isAlarmSounding():
return 0
diff = self.nextAlarm - now
# log.debug("alarmInSeconds: {0}".format(diff.seconds))
return diff.seconds
# Return a line of text describing the alarm state
def getMenuLine(self):
now = datetime.datetime.now(pytz.timezone(self.settings.get('timezone')))
message = ""
if self.nextAlarm is not None:
diff = self.nextAlarm - now
if diff.days < 1:
if self.snoozing:
message += "Snoozing"
else:
message += "Alarm"
if diff.seconds < (2 * 60 * 60): # 2 hours
if self.snoozing:
message += " for "
else:
message += " in "
message += "%s min" % ((diff.seconds // 60) + 1)
if diff.seconds // 60 != 0:
message += "s"
else:
if self.snoozing:
message += " until "
else:
message += " at "
message += self.nextAlarm.strftime("%H:%M")
log.debug("getMenuLine: {0}".format(message))
return message
def run(self):
log.debug("starting alarm thread loop")
while (not self.stopping):
now = datetime.datetime.now(pytz.timezone(self.settings.get('timezone')))
# log.info("now: %s", now)
#log.info("nextAlarm: %s", self.nextAlarm)
if (self.nextAlarm is not None and self.fromEvent and self.alarmInSeconds() < 3600 and not self.travelCalculated):
# We're inside 1hr of an event alarm being triggered, and we've not taken into account the current traffic situation
self.travelAdjustAlarm()
if (self.nextAlarm is not None and self.nextAlarm < now and not self.alarmMediaState):
self.soundAlarm()
if (self.alarmTimeout is not None and self.alarmTimeout < now):
log.info("Alarm timeout reached, stopping alarm")
self.stopAlarm()
time.sleep(1)
log.debug("ending alarm thread loop")
def stop(self):
log.info("Stopping alarm thread")
if (self.media.playerActive()):
self.stopAlarm()
if self.alarm_media == 'Spotify':
self.media.spotify.stop()
self.stopping = True
class AlarmThread(threading.Thread):
def __init__(self, weatherFetcher):
threading.Thread.__init__(self)
self.stopping=False
self.nextAlarm=None
self.alarmTimeout=None
self.snoozing = False
self.settings = Settings.Settings()
self.media = MediaPlayer.MediaPlayer()
self.alarmGatherer = AlarmGatherer.AlarmGatherer()
self.weather = weatherFetcher
self.fromEvent = False # False if auto or manual, True if from an event
self.travel = TravelCalculator(self.settings.get('location_home'))
self.travelTime = 0 # The travel time we last fetched
self.travelCalculated = False # Have we re-calculated travel for this alarm cycle?
def stop(self):
log.info("Stopping alarm thread")
if(self.media.playerActive()):
self.stopAlarm()
self.stopping=True
def isAlarmSounding(self):
return (self.media.playerActive() and self.nextAlarm is not None and self.nextAlarm < datetime.datetime.now(pytz.timezone('America/Los_Angeles')))
def isSnoozing(self):
return self.snoozing
def getNextAlarm(self):
return self.nextAlarm
def snooze(self):
log.info("Snoozing alarm for %s minutes", self.settings.getInt('snooze_length'))
self.silenceAlarm()
alarmTime = datetime.datetime.now(pytz.timezone('America/Los_Angeles'))
alarmTime += datetime.timedelta(minutes=self.settings.getInt('snooze_length'))
self.setAlarmTime(alarmTime)
self.snoozing = True
self.alarmTimeout = None
self.fromEvent = False
def soundAlarm(self):
log.info("Alarm triggered")
self.media.soundAlarm(self)
timeout = datetime.datetime.now(pytz.timezone('America/Los_Angeles'))
timeout += datetime.timedelta(minutes=self.settings.getInt('alarm_timeout'))
self.alarmTimeout = timeout
# Only to be called if we're stopping this alarm cycle - see silenceAlarm() for shutting off the player
def stopAlarm(self):
log.info("Stopping alarm")
self.silenceAlarm()
self.clearAlarm()
if self.settings.getInt('weather_on_alarm')==1:
log.debug("Playing weather information")
now = datetime.datetime.now(pytz.timezone('America/Los_Angeles'))
weather = ""
try:
weather = self.weather.getWeather().speech()
except Exception:
log.exception("Failed to get weather information")
day = now.strftime("%d").lstrip("0")
day += suffix(now.day)
hour = now.strftime("%I").lstrip("0")
salutation = "morning" if now.strftime("%p")=="AM" else "afternoon" if int(hour) < 18 else "evening"
# Today is Monday 31st of October, the time is 9 56 AM
speech = "Good %s Kate. Today is %s %s %s, the time is %s %s %s. " % (salutation, now.strftime("%A"), day, now.strftime("%B"), hour, now.strftime("%M"), now.strftime("%p"))
speech += weather
self.media.playSpeech(speech)
# Send a notification to HomeControl (OpenHAB) that we're now awake
# try:
# log.debug("Sending wake notification to HomeControl")
# urllib2.urlopen("http://homecontrol:9090/CMD?isSleeping=OFF").read()
# except Exception:
# log.exception("Failed to send wake state to HomeControl")
# Automatically set up our next alarm.
self.autoSetAlarm()
# Stop whatever is playing
def silenceAlarm(self):
log.info("Silencing alarm")
self.media.stopPlayer()
def autoSetAlarm(self):
if self.settings.getInt('holiday_mode')==1:
log.debug("Holiday mode enabled, won't auto-set alarm as requested")
return
log.debug("Automatically setting next alarm")
try:
event = self.alarmGatherer.getNextEventTime() # The time of the next event on our calendar.
default = self.alarmGatherer.getDefaultAlarmTime()
diff = datetime.timedelta(minutes=self.settings.getInt('wakeup_time')) # How long before event do we want alarm
event -= diff
# Adjust for travel time
self.travelTime = self.fetchTravelTime()
travelDelta = datetime.timedelta(minutes=self.travelTime)
event -= travelDelta
if event > default: # Is the event time calculated greater than our default wake time
log.debug("Calculated wake time of %s is after our default of %s, reverting to default",event,default)
event = default
self.fromEvent = False
else:
self.fromEvent = True
self.setAlarmTime(event)
self.settings.set('manual_alarm','') # We've just auto-set an alarm, so clear any manual ones
# Read out the time we've just set
hour = event.strftime("%I").lstrip("0")
readTime = "%s %s %s" % (hour, event.strftime("%M"), event.strftime("%p"))
self.media.playVoice('Automatic alarm has been set for %s' % (readTime))
except Exception as e:
log.exception("Could not automatically set alarm")
self.media.playVoice('Error setting alarm')
self.nextAlarm = None
# Find out where our next event is, and then calculate travel time to there
def fetchTravelTime(self, update=False):
destination = self.alarmGatherer.getNextEventLocation(includeToday=update)
if(destination is None):
destination = self.settings.get('location_work')
travelTime = self.travel.getTravelTime(destination)
return travelTime
def travelAdjustAlarm(self):
log.info("Adjusting alarm for current travel time")
newTravelTime = self.fetchTravelTime(update=True)
travelDiff = newTravelTime - self.travelTime
log.debug("Old travel time: %s, new travel time: %s, diff: %s" % (self.travelTime, newTravelTime, travelDiff))
adjustDelta = datetime.timedelta(minutes=travelDiff)
newTime = self.nextAlarm - adjustDelta
self.setAlarmTime(newTime)
self.travelCalculated = True
def manualSetAlarm(self,alarmTime):
log.info("Manually setting next alarm to %s",alarmTime)
self.fromEvent = False
self.settings.set('manual_alarm',calendar.timegm(alarmTime.utctimetuple()))
self.setAlarmTime(alarmTime)
self.media.playVoice('Manual alarm has been set')
def setAlarmTime(self,alarmTime):
self.nextAlarm = alarmTime
log.info("Alarm set for %s", alarmTime)
def clearAlarm(self):
self.snoozing = False
self.nextAlarm = None
self.alarmTimeout = None
self.settings.set('manual_alarm','') # If we've just stopped an alarm, we can't have a manual one set yet
self.travelTime = 0
self.travelCalculated = False
self.fromEvent = False
# Number of seconds until alarm is triggered
def alarmInSeconds(self):
now = datetime.datetime.now(pytz.timezone('America/Los_Angeles'))
if self.nextAlarm is None:
return -1
if self.isSnoozing() or self.isAlarmSounding():
return 0
diff = self.nextAlarm - now
return diff.seconds
# Return a line of text describing the alarm state
def getMenuLine(self):
now = datetime.datetime.now(pytz.timezone('America/Los_Angeles'))
message = ""
if self.nextAlarm is not None:
diff = self.nextAlarm - now
if diff.days < 1:
if self.snoozing:
message+="Snoozing"
else:
message+="Alarm"
if diff.seconds < (2 * 60 * 60): # 2 hours
if self.snoozing:
message+=" for "
else:
message+=" in "
message+="%s min" % ((diff.seconds//60)+1)
if diff.seconds//60 != 0:
message+="s"
else:
if self.snoozing:
message+=" until "
else:
message+=" at "
message+=self.nextAlarm.strftime("%H:%M")
return message
def run(self):
while(not self.stopping):
now = datetime.datetime.now(pytz.timezone('America/Los_Angeles'))
if(self.nextAlarm is not None and self.fromEvent and self.alarmInSeconds() < 3600 and not self.travelCalculated):
# We're inside 1hr of an event alarm being triggered, and we've not taken into account the current traffic situation
self.travelAdjustAlarm()
if(self.nextAlarm is not None):
self.nextAlarm = self.nextAlarm.replace(tzinfo=timezone('America/Los_Angeles'))
if(self.nextAlarm is not None and self.nextAlarm < now and not self.media.playerActive()):
self.soundAlarm()
if(self.alarmTimeout is not None and self.alarmTimeout < now):
log.info("Alarm timeout reached, stopping alarm")
self.stopAlarm()
time.sleep(1)