class HueController:
    def __init__(self):
        try:
            with open('.hueusername') as f:
                bridge_data = json.loads(f.read())
        except:
            logger.warn("Bridge not authorised, need to press the button!")
            bridge_data = json.loads(
                requests.get('https://www.meethue.com/api/nupnp').text)[0]
            bridge_data['username'] = create_new_username(
                bridge_data['internalipaddress'])
            with open('.hueusername', 'w') as f:
                f.write(json.dumps(bridge_data))
        self.bridge = Bridge(bridge_data['internalipaddress'],
                             bridge_data['username'])
        logger.info("Successfully connected to Hue Bridge {}".format(
            bridge_data['internalipaddress']))

    def print_all_lights(self):
        rooms = self.bridge.groups()
        for id, light in self.bridge.lights().items():
            room = [r for r in rooms.values() if id in r['lights']]
            logger.info("[{}]: {} ({}){}".format(
                id, light['name'], light['type'],
                " in {}".format(room[0]['name']) if room else ""))

    def set_light(self, id, *args, **kwargs):
        self.bridge.lights[id].state(**kwargs)

    def perform(self, action):
        self.set_light(action['id'],
                       bri=action['brightness'],
                       hue=action['hue'])
Beispiel #2
0
def lighting_on():
    client = MongoClient("mongodb://ec2-52-89-213-104.us-west-2.compute.amazonaws.com:27017/")
    db = client["Alfr3d_DB"]
    devicesCollection = db["devices"]

    logger.info("looking for devices")
    for device in devicesCollection.find({"name": "hue"}):
        logger.info("device found: " + str(device))

        logger.info("looking for apikeys")
        username = config.get("HUE dev", str(device["MAC"]).replace(":", ""))
        logger.info("found key: " + str(username))

        bridge = Bridge(device["IP"], username)

        logger.info(str(bridge.lights()))
        lights_data = json.loads(json.dumps(bridge.lights()))

        for light in lights_data:
            hue = light_hue()
            hue.number = light
            hue.ip = device["IP"]
            hue.username = username

            logger.info("all lights on")
            hue.hue_on()
 def __init__(self, ip, username):
     self.ipAddress = ip
     self.username = username
     self.bridge = Bridge(self.ipAddress, self.username)
     # Key is the qhue object, value is the HuePhillipsType object
     self.lights, self.groups, self.zones, self.rooms = {}, {}, {}, {}
     self.createLights()
     self.createGroups()
 def authenticate(self):
     # Data.Save("hue_username", None)
     if not self.username:
         try:
             self.username = create_new_username(self.hub_ip)
         except:
             pass
         Data.Save("hue_username", self.username)
     self.bridge = Bridge(self.hub_ip, self.username)
Beispiel #5
0
    def __config(self):
        config = ConfigServiceImpl()
        ip = config.getOption(ConfigServiceImpl.HUE_SECTION, ConfigServiceImpl.IP_OPTION)
        username = config.getOption(ConfigServiceImpl.HUE_SECTION, ConfigServiceImpl.USERNAME_OPTION)

        if(username is None):
            username = self.getUsername(ip)
            config.setOption(ConfigServiceImpl.HUE_SECTION, ConfigServiceImpl.USERNAME_OPTION, username)

        self.bridge = Bridge(ip, username)
Beispiel #6
0
 def __init__(self, name, timer, config, logger):
     self.name = name
     self.config = config
     self.logger = logger
     self.mode = HueClass.MOTION
     self.timer = timer
     self.lightState = False
     self.initConfig()
     self.b = Bridge(self.ip, self.user)
     self.logger.info('Init Hue OK')
Beispiel #7
0
def find_a_light(hue, group_name):
    """Finds an appropriate light and returns it."""

    hue = Bridge("192.168.1.11", "newdeveloper")
    # hue(devicetype="test user", username="******", http_method="post")
    groups = hue.groups()
    for item in groups:
        item_name = hue.groups(item)["name"]
        if item_name == group_name:
            lights = hue.groups(item)["lights"]
            break
    return lights
Beispiel #8
0
def main():
    global bridge, lights, influxClient, client

    # create the bridge resource, passing the captured user name
    config = get_file(CONFIG_FILE_PATH)
    user = get_file(CRED_FILE_PATH)
    bridge = Bridge(config['bridge'], user['hue'])

    # create a lights resource
    lights = bridge.lights

    # MQTT local broker
    client = mqtt.Client()
    client.on_connect = on_connect
    client.on_message = on_message
    client.connect(BROKER_ADDRESS, BROKER_PORT)

    # connect to the database
    connect_to_ddbb()

    # start my threads
    # override_default_values()
    lights_weather_indication()
    # lights_schedule()
    # lights_rule()

    while(True):
        time.sleep(0.5)
Beispiel #9
0
 def build_lights(cls):
     bridge = Bridge(HUE_BRIDGE_IP, HUE_BRIDGE_USERNAME)
     lights_json = cls.get_updated_lights_json(bridge)
     return [
         Light(bridge, light_num, light_json)
         for light_num, light_json in lights_json.iteritems()
     ]
Beispiel #10
0
def sleepsequence():
    bridge = Bridge(BRIDGE_IP, USERNAME)
    #dim other bedroom light
    bridge.lights[1].state(on=False)
    #start sequence on chosen light (LIGHT_ID)
    bridge.lights[LIGHT_ID].state(on=True,
                                  hue=SLEEP_HUE,
                                  bri=SLEEP_BRI,
                                  sat=SLEEP_SAT)
    sleep_bri = SLEEP_BRI
    #increase period from 5.4s to 10s (6bpm) &
    start_sequence = list(range(60, 100, 2))
    #keep pace from this moment untill 8min after start
    end_sequence = [100] * int((8 * 600 - sum(start_sequence)) // 100)
    for period in start_sequence + end_sequence:
        #print('seq,period:{}, bri:{}'.format(period,sleep_bri))
        up_transition = int(0.4 * period)
        down_transition = int(0.6 * period)
        sleep_bri = int(max(sleep_bri - 5, SLEEP_BRI / 4))
        bridge.lights[LIGHT_ID].state(on=False, transitiontime=down_transition)
        time.sleep(down_transition / 10)
        bridge.lights[LIGHT_ID].state(on=True,
                                      hue=SLEEP_HUE,
                                      bri=sleep_bri,
                                      sat=SLEEP_SAT,
                                      transitiontime=up_transition)
        time.sleep(up_transition / 10)
    bridge.lights[LIGHT_ID].state(on=False, transitiontime=down_transition)
Beispiel #11
0
def main():

    # check for a credential file
    if not path.exists(CRED_FILE_PATH):

        while True:
            try:
                username = create_new_username(BRIDGE_IP)
                break
            except QhueException as err:
                print(
                    "Error occurred while creating a new username: {}".format(
                        err))

        # store the username in a credential file
        with open(CRED_FILE_PATH, "w") as cred_file:
            cred_file.write(username)
            print("Username saved in", CRED_FILE_PATH)

    else:
        print("Reading username from", CRED_FILE_PATH)
        with open(CRED_FILE_PATH, "r") as cred_file:
            username = cred_file.read()

    # create the bridge resource, passing the captured username
    bridge = Bridge(BRIDGE_IP, username)

    # create a lights resource
    lights = bridge.lights

    # query the API and print the results as JSON
    print(json.dumps(lights(), indent=2))
Beispiel #12
0
    def __init__(self, args, verbose=False):

        self.verbose = verbose

        self.bridgeIP = args.get('bridgeIP')
        self.username = args.get('username')

        try:
            from qhue import Bridge

        except ImportError:
            exit("For using PhilipsHue is necessary to import it's bibliotec\n\
            Please install it with: sudo pip install qhue")

        self.bridge = Bridge(self.bridgeIP, self.username)
        self.lights = self.bridge.lights
class PhilipsHueAutomation(Automation):
    """
    Class provides an abstract instance of Automation to interface with the Philips Hue service.
    """
    def __init__(self, hub_ip):

        self.username = Data.Load("hue_username")
        self.hub_ip = hub_ip

        self.p_light_groups = None
        self.bridge = None
        self.authenticate()
        self.p_name = "Philips Hue"  # This cannot change. There are quite a few things keying off this name

    @property
    def name(self):
        return self.p_name

    def has_username(self):
        if self.username:
            return True
        return False

    def is_authenticated(self):
        try:
            self.bridge()
            return True
        except:
            return False

    def authenticate(self):
        # Data.Save("hue_username", None)
        if not self.username:
            try:
                self.username = create_new_username(self.hub_ip)
            except:
                pass
            Data.Save("hue_username", self.username)
        self.bridge = Bridge(self.hub_ip, self.username)

    def light_groups(self):
        self.p_light_groups = list()
        groups = self.bridge.groups()
        for group_id in groups:
            g = dict()
            if groups[group_id]['lights']:
                g['name'] = groups[group_id]['name']
                g['id'] = group_id
                self.p_light_groups.append(g)
        return self.p_light_groups

    def change_group_state(self, lights, powered=False, dim=False):
        if dim:
            brightness = 0
        else:
            brightness = 255

        for light in lights:
            Log(self.bridge.groups[light]())
            self.bridge.groups[light].action(on=powered, bri=brightness)
Beispiel #14
0
	def hue_toggle(self):
		bridge = Bridge(self.ip, self.username)
		print bridge.lights[self.number]()['state']['on']
		if bridge.lights[self.number]()['state']['on']:
			self.hue_off()
		else:
			self.hue_on()
 def __init__(self):
     try:
         with open('.hueusername') as f:
             bridge_data = json.loads(f.read())
     except:
         logger.warn("Bridge not authorised, need to press the button!")
         bridge_data = json.loads(
             requests.get('https://www.meethue.com/api/nupnp').text)[0]
         bridge_data['username'] = create_new_username(
             bridge_data['internalipaddress'])
         with open('.hueusername', 'w') as f:
             f.write(json.dumps(bridge_data))
     self.bridge = Bridge(bridge_data['internalipaddress'],
                          bridge_data['username'])
     logger.info("Successfully connected to Hue Bridge {}".format(
         bridge_data['internalipaddress']))
Beispiel #16
0
 def bridge(self):
     if self.hue_bridge == None:
         found_bridges = discoverhue.find_bridges()
         if len(found_bridges) > 0:
             bridge_ip = urlparse(list(found_bridges.values())[0]).netloc
             self.hue_bridge = Bridge(bridge_ip, self.username)
     return self.hue_bridge
Beispiel #17
0
 def __init__(self):
     self.b = Bridge("10.10.10.162",
                     "Z2OGNqw1IseduPspV9dh3kfOIf2uLFo1Qlr9LzW7")
     print(self.b.url)
     lights = self.b.lights  # Creates a new Resource with its own URL
     print(lights.url)  # Should have '/lights' on the end
     # Let's actually call the API and print the results
     print(lights())
Beispiel #18
0
class HueServiceImpl(RoutineInterface):

    CONFIG_FILE_PATH = 'alarm_clock.ini'
    SECTION_NAME = 'hue'
    IP_OPTION_NAME = 'ip'
    USERNAME_OPTION_NAME = 'username'

    __instance = None

    @staticmethod
    def getInstance():
        if HueServiceImpl.__instance == None:
            HueServiceImpl()
        return HueServiceImpl.__instance

    def __init__(self):
        if HueServiceImpl.__instance != None:
            raise Exception("This class is a singleton!")
        else:
            self.__config()
            HueServiceImpl.__instance = self

    def __config(self):
        config = ConfigServiceImpl()
        ip = config.getOption(ConfigServiceImpl.HUE_SECTION, ConfigServiceImpl.IP_OPTION)
        username = config.getOption(ConfigServiceImpl.HUE_SECTION, ConfigServiceImpl.USERNAME_OPTION)

        if(username is None):
            username = self.getUsername(ip)
            config.setOption(ConfigServiceImpl.HUE_SECTION, ConfigServiceImpl.USERNAME_OPTION, username)

        self.bridge = Bridge(ip, username)

    def getUsername(self, ip):
        while True:
            try:
                username = create_new_username(ip)
                break
            except QhueException as err:
                print("Error occurred while creating a new username: {}".format(err))
        return username

    def doRoutine(self, args):
        transitionTime = args['transitionMins'] * 600
        self.bridge.groups(1, 'action', on=True, bri=1, sat=254)
        self.bridge.groups(1, 'action', bri=254, sat=0, transitiontime=int(transitionTime))
Beispiel #19
0
def cmd_communicate_hue_server(msg, ressource, bri):  # pragma: no cover
    pseudo = get_username(msg)
    current_user = User.query.filter_by(username=pseudo).one()
    if "hue_username" in current_user.settings:
        Bridge(HUE_BRIDGE, current_user.settings.hue_username)
    else:
        reply_to_user(
            msg,
            "Pour utiliser les commandes HUE, vous devez faire « hue init »")
Beispiel #20
0
class Status:
    def __init__(self):
        self.username = os.environ['HUE_USER']

    def set_bridge(self, ip=None):
        self.bridge = Bridge(ip, self.username)

    def rooms(self):
        print(yaml.safe_dump(self.bridge.groups(), indent=2))
Beispiel #21
0
def main():
    global running
    signal.signal(signal.SIGTERM, _handle_signal)
    signal.signal(signal.SIGINT, _handle_signal)

    if not path.exists(CRED_FILE_PATH):
        while True:
            try:
                username = create_new_username(BRIDGE_IP)
                break
            except QhueException as err:
                print "Error occurred while creating a new username: {}".format(
                    err)

        # store the username in a credential file
        with open(CRED_FILE_PATH, "w") as cred_file:
            cred_file.write(username)

    else:
        with open(CRED_FILE_PATH, "r") as cred_file:
            username = cred_file.read()

    b = Bridge(BRIDGE_IP, username)
    wonderwareOnline = WonderwareOnline('https://online.wonderware.com')

    header = ''

    with open(WWO_AUTH_HEADER, "r") as cred_file:
        header = cred_file.read()

    while running:
        startCollectingStates = datetime.datetime.now()
        lights = b.lights

        csv = WonderwareOnlineCSV()

        print 'Lights'
        for light in lights():
            for stateItem in lights[light]()['state']:
                if stateItem == 'xy':
                    continue
                csv.add_value(light + '.' + stateItem,
                              lights[light]()['state'][stateItem])

            print csv.build()

            wonderwareOnline.send_csv(header, csv.build())
            if (running == False):
                break

        endCollectingStates = datetime.datetime.now()
        waitTimeInMilli = (60000000 -
                           (endCollectingStates -
                            startCollectingStates).microseconds) / 1000000.0
        print 'waiting '
        print waitTimeInMilli
        time.sleep(waitTimeInMilli)
 def authenticate(self):
     # Data.Save("hue_username", None)
     if not self.username:
         try:
             self.username = create_new_username(self.hub_ip)
         except:
             pass
         Data.Save("hue_username", self.username)
     self.bridge = Bridge(self.hub_ip, self.username)
class HuePhillipsBridge:
    def __init__(self, ip, username):
        self.ipAddress = ip
        self.username = username
        self.bridge = Bridge(self.ipAddress, self.username)
        # Key is the qhue object, value is the HuePhillipsType object
        self.lights, self.groups, self.zones, self.rooms = {}, {}, {}, {}
        self.createLights()
        self.createGroups()

    def createLights(self):
        for light in self.bridge.lights().keys():
            print(light)
            self.lights[light] = HuePhillipsLight(self.bridge.lights[light])

    def createGroups(self):
        for group in self.bridge.groups().keys():
            realGroup = self.bridge.groups[group]
            if realGroup()['type'] == 'Zone':
                self.groups[group] = HuePhillipsZone(
                    realGroup, self.getLightsFromGroup(realGroup))
                self.zones[group] = self.groups[group]
            elif realGroup()['type'] == 'Room':
                self.groups[group] = HuePhillipsRoom(
                    realGroup, self.getLightsFromGroup(realGroup))
                self.rooms[group] = self.groups[group]

    def getAllLights(self):
        return list(self.lights.values())

    def getLightsFromGroup(self, group):
        groupLights = []
        for light in group()['lights']:
            groupLights.append(self.lights[light])
        return groupLights

    def getRooms(self):
        return self.rooms.values()

    def getZones(self):
        return self.zones.values()

    def getGroups(self):
        return self.groups.values()
Beispiel #24
0
    def on_after_startup(self):
        self._logger.info("Octohue is alive!")
        if self._settings.get(["statusDict"]) == '':
            self._logger.info("Bootstrapping Octohue Status Defaults")
            self._settings.set(
                ["statusDict"], {
                    'Connected': {
                        'colour': '#FFFFFF',
                        'ct': 155,
                        'brightness': 255,
                        'turnoff': False
                    },
                    'Disconnected': {
                        'colour': '',
                        'ct': 155,
                        'brightness': "",
                        'turnoff': True
                    },
                    'PrintStarted': {
                        'colour': '#FFFFFF',
                        'ct': 155,
                        'brightness': 255,
                        'turnoff': False
                    },
                    'PrintResumed': {
                        'colour': '#FFFFFF',
                        'ct': 155,
                        'brightness': 255,
                        'turnoff': False
                    },
                    'PrintDone': {
                        'colour': '#33FF36',
                        'ct': 155,
                        'brightness': 255,
                        'turnoff': False
                    },
                    'PrintFailed': {
                        'colour': '#FF0000',
                        'ct': 155,
                        'brightness': 255,
                        'turnoff': False
                    }
                })
            self._settings.save()

        self._logger.debug(
            "Bridge Address is %s" %
            self._settings.get(['bridgeaddr']) if self._settings.
            get(['bridgeaddr']) else "Please set Bridge Address in settings")
        self._logger.debug(
            "Hue Username is %s" %
            self._settings.get(['husername']) if self._settings.
            get(['husername']) else "Please set Hue Username in settings")
        self.pbridge = Bridge(self._settings.get(['bridgeaddr']),
                              self._settings.get(['husername']))
        self._logger.debug("Bridge established at: %s" % self.pbridge.url)
Beispiel #25
0
 def __init__(self, bridge_info=None, ttime=None):
     """Initialize a transmitter, but don't start it yet."""
     if bridge_info is None:
         self.bridge, _ = quickstart.quickstart()
     else:
         self.bridge = Bridge(*bridge_info)
     self.lamps = get_lamps(self.bridge)
     if ttime is not None:
         for lamp in self.lamps:
             lamp.ttime = ttime
Beispiel #26
0
def init_config():
    IP = str(input("Please enter your hue bridge IP address: "))
    if IP == "":
        print(
            'Visit https://huetips.com/help/how-to-find-my-bridge-ip-address/ to know how to get your bridge IP address'
        )
        sleep(300)

    username = create_new_username(IP)
    config = {
        'IP': IP,
        'username': username,
        "loops_per_sec": 2.0,
        "m_sat": 185,
        "r_sat": 70,
        "m_bri": 70,
        "r_bri": 50,
        "divider": 5,
        "crop": 1,
        "bezel": 1
    }

    b = Bridge(config['IP'], config['username'])
    print('Please enter the number beside the lamp that you want to use :')
    for lamp in b.lights():
        print(lamp, b.lights()[lamp]['name'])
    print()
    chosen_light = input()
    if chosen_light == "":
        print()
        print()
        print(
            "------- Please enter a number correspond to the desired bulb : -------"
        )
        print()
        chosen_light = input()
        print()
        print()

    config['chosen_light'] = int(chosen_light)

    with open(directory + 'config.json', 'w') as fp:
        json.dump(config, fp)
Beispiel #27
0
def lightingOn():
	client = MongoClient('mongodb://ec2-52-89-213-104.us-west-2.compute.amazonaws.com:27017/')
	client.Alfr3d_DB.authenticate(db_user,db_pass)
	db = client['Alfr3d_DB']
	devicesCollection = db['devices']

	logger.info("looking for devices")
	for device in devicesCollection.find({"$and":[
											{"type":'lights'},
											{"location.name":socket.gethostname()}
										]}):
		logger.info("device found: "+ str(device))

		if device['name'].startswith("hue"):
			logger.info("looking for apikeys")
			username = config.get("HUE dev", str(device['MAC']).replace(':',''))
			logger.info("found key: "+ str(username))

			bridge = Bridge(device['IP'], username)
			
			logger.info(str(bridge.lights()))
			lights_data = json.loads(json.dumps(bridge.lights()))

			for light in lights_data:
				hue = light_hue()
				hue.number=light
				hue.ip = device['IP']
				hue.username = username

				logger.info("all lights on")
				hue.hue_on()

		elif device['name'].startswith("Lifx"):
			bulb_label = device['name']
			logger.info("looking for apikeys")
			lifx_token = config.get("Lifx", "token")
			logger.info("found key: "+ str(lifx_token))

			headers = {"Authorization": "Bearer %s" % lifx_token,}
			response = requests.put('https://api.lifx.com/v1/lights/label:'+bulb_label+'/state', data={"power": "on"}, headers=headers)
			if response.json()[u'results'][0][u'status'] != u'ok':
				logger.error("failed to turn off the bulb "+str(bulb_label))
Beispiel #28
0
def activate_scene(scene_name):
    """ Activate a specific scene if the lights are already on """
    b = Bridge(bridge_ip, bridge_username)
    scenes = b.scenes()
    for scene_id, scene in scenes.items():
        if scene['name'] == scene_name:
            # Variable to store the current light state
            current_lightstates = {}

            status = b.scenes[scene_id](http_method='get')
            lightstates = status['lightstates']
            # Check the current status of the lights
            # If every lights involved in this scene
            # are already off, don't change anything
            # It might means it is the day
            everything_is_off = True
            for light_id, light in lightstates.items():
                light_status = b.lights[light_id](http_method='get')

                # Save the status of this light buble
                current_lightstates[light_id] = light_status['state']

                if light_status['state']['on'] == True:
                    everything_is_off = False

            if everything_is_off:
                # Save the current state (with everything off)
                save_current_state(current_lightstates)
                return False

            for light_id, light in lightstates.items():
                if light['on'] == True:
                    b.lights[light_id].state(on=True,
                                             bri=light['bri'],
                                             ct=light['ct'])
                else:
                    b.lights[light_id].state(on=False)

    # Let's save the current state of the lights involved in this scene
    save_current_state(current_lightstates)
    return True
Beispiel #29
0
 def process(self, inport, msg):
     hueUser = "******"
     bridge = Bridge("10.0.0.159", hueUser)
     converter = Converter()
     # Convert farbgeber to Hue xy
     v1xy = converter.rgb_to_xy(msg.data['v1'][0], msg.data['v1'][1],
                                msg.data['v1'][2])
     cxy = converter.rgb_to_xy(msg.data['c'][0], msg.data['c'][1],
                               msg.data['c'][2])
     contrasted = True
     # Send to all lights. First light found gets contrast color
     for lightId in bridge.lights():
         if contrasted:
             bridge.lights[lightId].state(xy=v1xy)
             contrasted = False
         else:
             contrasted = True
             bridge.lights[lightId].state(xy=cxy)
     # Send light status out
     self.send('out', bridge.lights())
     self.ack(msg)
Beispiel #30
0
class HueLightControler(object):
    """Class for setting the color of hue bulbs."""
    def __init__(self, brige_ip, user):
        self.bridge = Bridge(brige_ip, user)
        self.lights = self.bridge.lights()

    def set_hue_color(self, lightid, red, green, blue):
        hsv = rgb_to_hsv((red, green, blue))
        self.bridge.lights[lightid].state(on=True,
                                          hue=round((hsv[0] * 65535) / 360),
                                          sat=round(hsv[1] * 255),
                                          bri=round(hsv[2] * 255))
Beispiel #31
0
 def on_settings_save(self, data):
     octoprint.plugin.SettingsPlugin.on_settings_save(self, data)
     self._logger.debug(
         "Saved Bridge Address: %s" %
         self._settings.get(['bridgeaddr']) if self._settings.
         get(['bridgeaddr']) else "Please set Bridge Address in settings")
     self._logger.debug(
         "Saved Hue Username: %s" %
         self._settings.get(['husername']) if self._settings.
         get(['husername']) else "Please set Hue Username in settings")
     self.pbridge = Bridge(self._settings.get(['bridgeaddr']),
                           self._settings.get(['husername']))
     self._logger.debug("New Bridge established at: %s" % self.pbridge.url)
def main():
    # https://developers.google.com/calendar/quickstart/python
    # Initialize Calendar API
    creds = None
    if os.path.exists('token.pickle'):
        with open('token.pickle', 'rb') as token:
            creds = pickle.load(token)
    # If there are no (valid) credentials available, let the user log in.
    if not creds or not creds.valid:
        if creds and creds.expired and creds.refresh_token:
            creds.refresh(Request())
        else:
            flow = InstalledAppFlow.from_client_secrets_file(
                'credentials.json', SCOPES)
            creds = flow.run_local_server(port=0)
        # Save the credentials for the next run
        with open('token.pickle', 'wb') as token:
            pickle.dump(creds, token)

    service = build('calendar', 'v3', credentials=creds)

    # https://developers.meethue.com/develop/hue-api/lights-api/
    # https://github.com/quentinsf/qhue
    # Initialize Philips Hue Bridge
    bridge = Bridge(BRIDGE_IP, BRIDGE_USERNAME)
    lights = bridge.lights

    now_time = datetime.datetime.now().time()

    if now_time < WORK_DAY_END:
        TurnOnLights(lights)

    while now_time < WORK_DAY_END:
        now_time = datetime.datetime.now().time()

        # Identify if there is a GVC coming up or not
        event_type = GetCalendarEvents(service)

        if event_type == 'GVC':
            SetGVCColor(lights)

        elif event_type == 'Ambient':
            SetAmbientColor(lights)

        if LOGGING:
            print(
                'Sleeping for {} seconds \n'.format(LIGHT_CHANGE_INTERVAL_SEC))
        time.sleep(LIGHT_CHANGE_INTERVAL_SEC)

    print('You are done working, now go play!')
    TurnOffLights(lights)
Beispiel #33
0
    def init(self):
        self.host = self.config(BRIDGE_HOST_CONFIG)
        self.username = self.config(BRIDGE_USERNAME_CONFIG)

        if not self.host:
            raise StopAndTalkException(
                "Bridge host not configured. Usage: !config " +
                BRIDGE_HOST_CONFIG + " <host> (e.g. 192.168.1.x, ...)")
        if not self.username:
            raise StopAndTalkException(
                "Username not configured. Usage: !config " +
                BRIDGE_USERNAME_CONFIG + " <username>")

        self.bridge = Bridge(self.host, self.username)
class PhilipsHueAutomation(Automation):
    """
    Class provides an abstract instance of Automation to interface with the Philips Hue service.
    """

    def __init__(self, hub_ip):

        self.username = Data.Load("hue_username")
        self.hub_ip = hub_ip

        self.p_light_groups = None
        self.bridge = None
        self.authenticate()
        self.p_name = "Philips Hue" # This cannot change. There are quite a few things keying off this name

    @property
    def name(self):
        return self.p_name

    def has_username(self):
        if self.username:
            return True
        return False

    def is_authenticated(self):
        try:
            self.bridge()
            return True
        except:
            return False

    def authenticate(self):
        # Data.Save("hue_username", None)
        if not self.username:
            try:
                self.username = create_new_username(self.hub_ip)
            except:
                pass
            Data.Save("hue_username", self.username)
        self.bridge = Bridge(self.hub_ip, self.username)

    def light_groups(self):
        self.p_light_groups = list()
        groups = self.bridge.groups()
        for group_id in groups:
            g = dict()
            if groups[group_id]['lights']:
                g['name'] = groups[group_id]['name']
                g['id'] = group_id
                self.p_light_groups.append(g)
        return self.p_light_groups

    def change_group_state(self, lights, powered=False, dim=False):
        if dim:
            brightness = 0
        else:
            brightness = 255

        for light in lights:
            Log(self.bridge.groups[light]())
            self.bridge.groups[light].action(on=powered, bri=brightness)