def locativeHandler(request):
'''
locativeHandler takes a flask request and updates the
presence of a device. It retuerns a LocativeMessage.
The URL of the request has to be:
https://PUBLIC_ADDRESS/API/locative?ff_device=FF_DEVICE_ID&token=LOCATIVE_TOKEN
'''
message = LocativeMessage(request)
logging.debug('locative: got message from {} presence: {}'.format(message.ffDevice, message.presence))
if message.presence:
ffScheduler.cancel(message.jobID)
ffCommand(message.ffDevice, {'presence': message.presence}, source='Locative Presence API')
else:
ffScheduler.runInM(5, delayedUpdatePresence, args=[message], job_id=message.jobID)
return message
def apiCommand():
c = request.get_json(force=True)
logging.critical(str(c))
command = c.get("command")
logging.critical(command)
device = c.get("device")
force = c.get("force")
routine = c.get("routine")
source = "web: /API/command"
if routine:
ffCommand(device, command, routine=routine, force=force, source=source)
else:
ffCommand(device, command, source=source)
# Refresh device views on change on UI
device_views.refreshViews()
return "OK"
def apiCommand():
c = request.get_json(force=True)
logging.critical(str(c))
command = c.get('command')
logging.critical(command)
device = c.get('device')
force = c.get('force')
routine = c.get('routine')
source = 'web: /API/command'
if routine:
ffCommand(device, command, routine=routine, force=force, source=source)
else:
ffCommand(device, command, source=source)
# Refresh device views on change on UI
device_views.refreshViews()
return "OK"
def echo_change_mode(intent):
routine_list = getRoutineList()
mode = intent.get('slots').get('mode').get('value').lower()
close_matches = difflib.get_close_matches(mode, routine_list)
if len(close_matches) > 0:
routine = close_matches[0]
myCommand = ffCommand(routine, None, routine=True, source="Echo command", force=True)
if myCommand.result:
return make_response("Changed mode to " + str(routine), "Changed mode to " + str(routine))
return make_response("Error changing mode to " + str(mode), "Error changing mode to " + str(mode), card_title="Firefly Smart Home Error")
def ifttt_change_mode(request):
routine_list = getRoutineList()
mode = request.get('mode').lower()
if mode is None:
return False
close_matches = difflib.get_close_matches(mode, routine_list)
if len(close_matches) > 0:
routine = close_matches[0]
myCommand = ffCommand(routine, None, routine=True,
source="IFTTT command", force=True)
if myCommand.result:
return True
return False
def ifttt_switch(request):
device_list = getDeviceList()
device = request.get('device').lower()
if device is None:
return False
state = request.get('state')
close_matches = difflib.get_close_matches(device, device_list.keys())
if len(close_matches) > 0:
device = close_matches[0]
myCommand = ffCommand(device_list.get(device), {
'switch': state}, source="IFTTT command")
if myCommand.result:
return True
return False
def ifttt_switch(request):
device_list = getDeviceList()
device = request.get('device').lower()
if device is None:
return False
state = request.get('state')
close_matches = difflib.get_close_matches(device, device_list.keys())
if len(close_matches) > 0:
device = close_matches[0]
myCommand = ffCommand(device_list.get(device), {'switch': state},
source="IFTTT command")
if myCommand.result:
return True
return False
def echo_switch(intent):
device_list = getDeviceList()
device = intent.get('slots').get('device').get('value').lower()
state = intent.get('slots').get('state').get('value')
close_matches = difflib.get_close_matches(device, device_list.keys())
logging.critical(device_list)
logging.critical(close_matches)
if len(close_matches) > 0:
device = close_matches[0]
myCommand = ffCommand(device_list.get(device), {'switch':state})
if myCommand.result:
return make_response("Turned " + str(device) + " " + str(state), "Turned " + str(device) + " " + str(state))
return make_response("Error finding device " + str(device), "Error finding device " + str(device), card_title="Firefly Smart Home Error")
def echo_dimmer(intent):
device_list = getDeviceList()
device = intent.get('slots').get('device').get('value').lower()
level = int(intent.get('slots').get('level').get('value'))
close_matches = difflib.get_close_matches(device, device_list.keys())
if len(close_matches) < 1:
get_device_list()
close_matches = difflib.get_close_matches(device, device_list.keys())
if len(close_matches) > 0:
device = close_matches[0]
myCommand = ffCommand(device_list.get(device), {'setLight' : {'level':level}})
if myCommand.result:
return make_response("Set " + str(device) + " to " + str(level) + " percent.", "Set " + str(device) + " to " + str(level) + "percent.")
return make_response("Error finding device " + str(device), "Error finding device " + str(device), card_title="Firefly Smart Home Error")
def ifttt_change_mode(request):
routine_list = getRoutineList()
mode = request.get('mode').lower()
if mode is None:
return False
close_matches = difflib.get_close_matches(mode, routine_list)
if len(close_matches) > 0:
routine = close_matches[0]
myCommand = ffCommand(routine,
None,
routine=True,
source="IFTTT command",
force=True)
if myCommand.result:
return True
return False
def echo_switch(intent):
device_list = getDeviceList()
device = intent.get('slots').get('device').get('value').lower()
state = intent.get('slots').get('state').get('value')
close_matches = difflib.get_close_matches(device, device_list.keys())
logging.critical(device_list)
logging.critical(close_matches)
if len(close_matches) > 0:
device = close_matches[0]
myCommand = ffCommand(device_list.get(device), {'switch': state})
if myCommand.result:
return make_response("Turned " + str(device) + " " + str(state),
"Turned " + str(device) + " " + str(state))
return make_response("Error finding device " + str(device),
"Error finding device " + str(device),
card_title="Firefly Smart Home Error")
def echo_change_mode(intent):
routine_list = getRoutineList()
mode = intent.get('slots').get('mode').get('value').lower()
close_matches = difflib.get_close_matches(mode, routine_list)
if len(close_matches) > 0:
routine = close_matches[0]
myCommand = ffCommand(routine,
None,
routine=True,
source="Echo command",
force=True)
if myCommand.result:
return make_response("Changed mode to " + str(routine),
"Changed mode to " + str(routine))
return make_response("Error changing mode to " + str(mode),
"Error changing mode to " + str(mode),
card_title="Firefly Smart Home Error")
def echo_dimmer(intent):
device_list = getDeviceList()
device = intent.get('slots').get('device').get('value').lower()
level = int(intent.get('slots').get('level').get('value'))
close_matches = difflib.get_close_matches(device, device_list.keys())
if len(close_matches) < 1:
get_device_list()
close_matches = difflib.get_close_matches(device, device_list.keys())
if len(close_matches) > 0:
device = close_matches[0]
myCommand = ffCommand(device_list.get(device),
{'setLight': {
'level': level
}})
if myCommand.result:
return make_response(
"Set " + str(device) + " to " + str(level) + " percent.",
"Set " + str(device) + " to " + str(level) + "percent.")
return make_response("Error finding device " + str(device),
"Error finding device " + str(device),
card_title="Firefly Smart Home Error")
def send_all(self):
for device in deviceDB.find({"config.subType": "notification"}):
dID = device.get('id')
ffCommand(str(dID), {'notify': {'message': self._message}})
if config.get_boolean('SPEECH', 'enable'):
self.send_cast(config.get_item('SPEECH', 'default_device').lower())
def send(self):
notificationEvent = ffCommand(self._deviceID, {'notify': {'message' :self._message}})
def send_all(self):
for device in deviceDB.find({"config.subType":"notification"}):
dID = device.get('id')
notificationEvent = ffCommand(str(dID), {'notify': {'message' :self._message}})
def ha_bridge_off(p_request):
ffCommand(p_request.get('device'), {'switch': 'off'}, source='HA Bridge')
return ""
def ha_bridge_dim(p_request):
ffCommand(p_request.get('device'), {'setLight' : {'level':p_request.get('level')}}, source='HA Bridge')
return ""
def send(self):
ffCommand(self._deviceID, {'notify': {'message': self._message}})
def delayedUpdatePresence(message):
ffCommand(message.ffDevice, {'presence': message.presence}, source='Locative Presence API')
