def __init__(self, controller, host, address, cam):
self.ready = False
#print("%s(%s) @%s(%s)" % (cam["name"], cam["make"], cam["ip_addr"], cam["mac_addr"]))
self.host = host
self.cam = cam
self.detected_obj_by_type = {}
super(Camera, self).__init__(controller, address, address, get_valid_node_name(cam['name']))
self.lpfx = '%s:%s' % (self.address,self.name)
def __init__(self, controller, address, host, camect_obj, new=True):
self.ready = False
self.controller = controller
self.host = host
self.camect = camect_obj # The camect api handle
self.new = new
self.cams_by_id = {} # The hash of camera nodes by id
name = get_valid_node_name('Camect ' + self.camect.get_name())
LOGGER.info(f'address={address} name={name} ')
super(Host, self).__init__(controller, address, address, name)
def __init__(self, controller, elk):
LOGGER.debug(f'OutputNode:init: {elk}')
self.elk = elk
self.controller = controller
self.init = False
self.address = f'output_{self.elk.index + 1}'
self.on_time = 0
name = get_valid_node_name(self.elk.name)
if name == "":
name = f'Output_{self.elk.index + 1}'
LOGGER.debug(f'OutputNode:init: {name}')
super(OutputNode, self).__init__(controller, controller.address,
self.address, name)
self.lpfx = f'{self.name}:'
def __init__(self, controller, parent, area, elk):
LOGGER.debug(f'KeypadNode:init: {elk}')
self.elk = elk
self.controller = controller
self.parent = parent
self.area = area
self.init = False
self.address = f'keypad_{self.elk.index + 1}'
self.on_time = 0
self.has_temperature = False if self.elk.temperature == -40 else True
LOGGER.info(f'KeyPadNode:init: has_temperature={self.has_temperature}')
name = get_valid_node_name(self.elk.name)
if name == "":
name = f'Keypad_{self.elk.index + 1}'
self.uoms = {
DNAMES['status']: 2,
DNAMES['user']: 25,
DNAMES['temperature']: self.controller.temperature_uom,
}
self.drivers = [
# On/Off
{
'driver': DNAMES['status'],
'value': 0,
'uom': self.uoms[DNAMES['status']]
},
{
'driver': DNAMES['user'],
'value': -1,
'uom': self.uoms[DNAMES['user']]
}, # Last User
]
LOGGER.debug(f'KeypadNode:init: name="{name}" uom={self.uoms}')
if self.has_temperature:
self.id = 'keypadT'
self.drivers.append({
'driver': DNAMES['temperature'],
'value': -40,
'uom': self.uoms[DNAMES['temperature']]
})
LOGGER.debug(f'KeypadNode:init: name="{name}" drivers={self.drivers}')
super(KeypadNode, self).__init__(controller, parent.address,
self.address, name)
self.lpfx = f'{self.name}:'
def discover(self):
self.l_info('discover', 'start')
for dev in Discover.discover().values():
self.l_debug(
'discover',
"Got Device\n\tAlias:{}\n\tModel:{}\n\tMac:{}\n\tHost:{}".
format(dev.alias, dev.model, dev.mac, dev.host))
cname = dev.__class__.__name__
self.l_debug('discover', 'cname={}'.format(cname))
if cname == 'SmartStrip':
nname = get_valid_node_name(dev.mac)
self.l_info('discover', 'adding SmartStrip {}'.format(nname))
self.addNode(
SmartStripNode(self, nname,
'SmartStrip {}'.format(dev.mac), dev))
else:
self.l_warning('discover',
"Device not yet supported: {}".format(dev))
LOGGER.info("discover: done")
def __init__(self, controller, parent, area, elk):
self.elk = elk
self.controller = controller
self.parent = parent
self.area = area
self.init = False
self.physical_status = -2
self.logical_status = -2
self.voltage = None
self.triggered = None
self.last_changeset = {}
self.offnode = None
self.offnode_obj = None
self.address = 'zone_{}'.format(self.elk.index + 1)
self.parent_address = 'area_{}'.format(self.elk.area + 1)
self.logger = controller.logger
name = get_valid_node_name(self.elk.name)
if name == "":
name = f'Zone_{self.elk.index + 1}'
super(ZoneNode, self).__init__(controller, self.parent_address,
self.address, name)
self.lpfx = f'{self.name}:Zone_{self.elk.index + 1}:'
def add_node(self, dev=None, cfg=None):
if dev is not None:
mac = dev.mac
if dev.is_bulb:
type = 'SmartBulb'
name = dev.alias
elif dev.is_strip:
type = 'SmartStrip'
# SmartStrip doesn't have an alias so use the mac
name = 'SmartStrip {}'.format(mac)
elif dev.is_plug:
type = 'SmartPlug'
name = dev.alias
elif dev.is_light_strip:
type = 'SmartLightStrip'
name = dev.alias
else:
LOGGER.error(f"What is this? {dev}")
return False
LOGGER.info(f"Got a {type}")
cfg = {
"type": type,
"name": name,
"host": dev.host,
"mac": mac,
"model": dev.model,
"address": get_valid_node_name(mac)
}
elif cfg is None:
LOGGER.error(f"INTERNAL ERROR: dev={dev} and cfg={cfg}")
return False
LOGGER.info(f"adding {cfg['type']} '{cfg['name']}' {cfg['address']}")
#
# Add Based on device type. SmartStrip is a unique type, all others
# are handled by SmartDevice
#
if cfg['type'] == 'SmartStrip':
node = self.addNode(
SmartStripNode(self,
cfg['address'],
cfg['name'],
dev=dev,
cfg=cfg))
elif cfg['type'] == 'SmartPlug':
node = self.addNode(
SmartPlugNode(self,
cfg['address'],
cfg['name'],
dev=dev,
cfg=cfg))
elif cfg['type'] == 'SmartBulb':
node = self.addNode(
SmartBulbNode(self,
cfg['address'],
cfg['name'],
dev=dev,
cfg=cfg))
elif cfg['type'] == 'SmartLightStrip':
node = self.addNode(
SmartLightStripNode(self,
cfg['address'],
cfg['name'],
dev=dev,
cfg=cfg))
else:
LOGGER.error(f"Device type not yet supported: {cfg['type']}")
return False
# We always add it to update the host if necessary
self.nodes_by_mac[self.smac(cfg['mac'])] = node
return True