def __init__( self,username,password,name='aarlo',
storage_dir='/config/.aarlo',dump=False,max_days=365,
db_motion_time=30,db_ding_time=10,
request_timeout=60,stream_timeout=0,
recent_time=600,last_format='%m-%d %H:%M',
no_media_upload=False,
user_agent='apple'):
try:
os.mkdir( storage_dir )
except:
pass
self._name = name
self._user_agent = user_agent
self._bg = ArloBackground( self )
self._st = ArloStorage( self,name=name,storage_dir=storage_dir )
self._be = ArloBackEnd( self,username,password,dump=dump,storage_dir=storage_dir,
request_timeout=request_timeout,stream_timeout=stream_timeout )
self._ml = ArloMediaLibrary( self,max_days=max_days )
self._lock = threading.Lock()
self._bases = []
self._cameras = []
self._doorbells = []
self._recent_time = recent_time
self._last_format = last_format
self._no_media_upload = no_media_upload
# on day flip we reload image count
self._today = datetime.date.today()
# default blank image whe waiting for camera image to appear
self._blank_image = base64.standard_b64decode( BLANK_IMAGE )
# slow piece.
# get devices and fill local db, and create device instance
self.info('pyaarlo starting')
self._devices = self._be.get( DEVICES_URL )
self._parse_devices()
for device in self._devices:
dname = device.get('deviceName')
dtype = device.get('deviceType')
if device.get('state','unknown') != 'provisioned':
self.info('skipping ' + dname + ': state unknown')
continue
if dtype == 'basestation' or device.get('modelId') == 'ABC1000' or dtype == 'arloq' or dtype == 'arloqs':
self._bases.append( ArloBase( dname,self,device ) )
if dtype == 'camera' or dtype == 'arloq' or dtype == 'arloqs':
self._cameras.append( ArloCamera( dname,self,device ) )
if dtype == 'doorbell':
self._doorbells.append( ArloDoorBell( dname,self,device,
motion_time=db_motion_time,ding_time=db_ding_time ) )
# save out unchanging stats!
self._st.set( ['ARLO',TOTAL_CAMERAS_KEY],len(self._cameras) )
self._st.set( ['ARLO',TOTAL_BELLS_KEY],len(self._doorbells) )
# queue up initial config retrieval
self.debug('getting initial settings' )
self._bg.run_in( self._ml.load,1 )
self._bg.run_in( self._refresh_cameras,2 )
self._bg.run_in( self._fast_refresh,5 )
self._bg.run_in( self._slow_refresh,10 )
# register house keeping cron jobs
self.debug('registering cron jobs')
self._bg.run_every( self._fast_refresh,FAST_REFRESH_INTERVAL )
self._bg.run_every( self._slow_refresh,SLOW_REFRESH_INTERVAL )
class PyArlo(object):
def __init__( self,username,password,name='aarlo',
storage_dir='/config/.aarlo',dump=False,max_days=365,
db_motion_time=30,db_ding_time=10,
request_timeout=60,stream_timeout=0,
recent_time=600,last_format='%m-%d %H:%M',
no_media_upload=False,
user_agent='apple'):
try:
os.mkdir( storage_dir )
except:
pass
self._name = name
self._user_agent = user_agent
self._bg = ArloBackground( self )
self._st = ArloStorage( self,name=name,storage_dir=storage_dir )
self._be = ArloBackEnd( self,username,password,dump=dump,storage_dir=storage_dir,
request_timeout=request_timeout,stream_timeout=stream_timeout )
self._ml = ArloMediaLibrary( self,max_days=max_days )
self._lock = threading.Lock()
self._bases = []
self._cameras = []
self._doorbells = []
self._recent_time = recent_time
self._last_format = last_format
self._no_media_upload = no_media_upload
# on day flip we reload image count
self._today = datetime.date.today()
# default blank image whe waiting for camera image to appear
self._blank_image = base64.standard_b64decode( BLANK_IMAGE )
# slow piece.
# get devices and fill local db, and create device instance
self.info('pyaarlo starting')
self._devices = self._be.get( DEVICES_URL )
self._parse_devices()
for device in self._devices:
dname = device.get('deviceName')
dtype = device.get('deviceType')
if device.get('state','unknown') != 'provisioned':
self.info('skipping ' + dname + ': state unknown')
continue
if dtype == 'basestation' or device.get('modelId') == 'ABC1000' or dtype == 'arloq' or dtype == 'arloqs':
self._bases.append( ArloBase( dname,self,device ) )
if dtype == 'camera' or dtype == 'arloq' or dtype == 'arloqs':
self._cameras.append( ArloCamera( dname,self,device ) )
if dtype == 'doorbell':
self._doorbells.append( ArloDoorBell( dname,self,device,
motion_time=db_motion_time,ding_time=db_ding_time ) )
# save out unchanging stats!
self._st.set( ['ARLO',TOTAL_CAMERAS_KEY],len(self._cameras) )
self._st.set( ['ARLO',TOTAL_BELLS_KEY],len(self._doorbells) )
# queue up initial config retrieval
self.debug('getting initial settings' )
self._bg.run_in( self._ml.load,1 )
self._bg.run_in( self._refresh_cameras,2 )
self._bg.run_in( self._fast_refresh,5 )
self._bg.run_in( self._slow_refresh,10 )
# register house keeping cron jobs
self.debug('registering cron jobs')
self._bg.run_every( self._fast_refresh,FAST_REFRESH_INTERVAL )
self._bg.run_every( self._slow_refresh,SLOW_REFRESH_INTERVAL )
def __repr__(self):
# Representation string of object.
return "<{0}: {1}>".format(self.__class__.__name__, self._name)
def _parse_devices( self ):
for device in self._devices:
device_id = device.get('deviceId',None)
if device_id is not None:
for key in DEVICE_KEYS:
value = device.get(key,None)
if value is not None:
self._st.set( [device_id,key],value )
def _refresh_cameras( self ):
for camera in self._cameras:
camera.update_last_image()
camera.update_media()
def _refresh_ambient_sensors( self ):
for camera in self._cameras:
camera.update_ambient_sensors()
def _refresh_bases( self ):
for base in self._bases:
self._be.notify( base=base,body={"action":"get","resource":"modes","publishResponse":False} )
self._be.notify( base=base,body={"action":"get","resource":"cameras","publishResponse":False} )
self._be.notify( base=base,body={"action":"get","resource":"doorbells","publishResponse":False} )
def _fast_refresh( self ):
self.debug( 'fast refresh' )
self._bg.run( self._st.save )
# alway ping bases
for base in self._bases:
self._bg.run( self._be.async_ping,base=base )
# if day changes then reload recording library and camera counts
today = datetime.date.today()
if self._today != today:
self.debug( 'day changed!' )
self._today = today
self._bg.run( self._ml.load )
self._bg.run( self._refresh_cameras )
def _slow_refresh( self ):
self.debug( 'slow refresh' )
self._bg.run( self._refresh_bases )
self._bg.run( self._refresh_ambient_sensors )
def stop( self ):
self._st.save()
self._be.logout()
@property
def name( self ):
return self._name
@property
def is_connected( self ):
return self._be.is_connected()
@property
def cameras( self ):
return self._cameras
@property
def doorbells( self ):
return self._doorbells
@property
def base_stations( self ):
return self._bases
@property
def blank_image( self ):
return self._blank_image
@property
def recent_time( self ):
return self._recent_time
def lookup_camera_by_id( self,device_id ):
camera = list(filter( lambda cam: cam.device_id == device_id, self.cameras ))
if camera:
return camera[0]
return None
def lookup_camera_by_name( self,name ):
camera = list(filter( lambda cam: cam.name == name, self.cameras ))
if camera:
return camera[0]
return None
def lookup_doorbell_by_id( self,device_id ):
doorbell = list(filter( lambda cam: cam.device_id == device_id, self.doorbells ))
if doorbell:
return doorbell[0]
return None
def lookup_doorbell_by_name( self,name ):
doorbell = list(filter( lambda cam: cam.name == name, self.doorbells ))
if doorbell:
return doorbell[0]
return None
def attribute( self,attr ):
return self._st.get( ['ARLO',attr],None )
def add_attr_callback( self,attr,cb ):
pass
# needs thinking about... track new cameras for example..
def update(self, update_cameras=False, update_base_station=False):
pass
def error( self,msg ):
_LOGGER.error( msg )
def warning( self,msg ):
_LOGGER.warning( msg )
def info( self,msg ):
_LOGGER.info( msg )
def debug( self,msg ):
_LOGGER.debug( msg )