def as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.rtu_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(
id=self.rtu_id,
outside_temp=self.outside_temperature,
supply_temp=self.supply_temperature,
return_temp=self.return_temperature,
pressure=self.pressure,
cooling_mode=self.cooling_mode,
cooling_status=self.cooling_status,
fan_status=self.fan_status,
heating=self.heating,
heat_setpoint=self.heat_setpoint,
cool_setpoint=self.cool_setpoint,
identifiable=metadata['identifiable'],
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
outside_damper_pos=self.outside_damper_position,
bypass_damper_pos=self.bypass_damper_position,
zone=zone_req,
nickname=self.nickname.encode('utf-8'),
device_model_id=metadata['device_model_id'],
bemoss=metadata['bemoss'],
mac_address=metadata['mac_address'].encode('utf-8'),
device_type=metadata['device_type'].encode('utf-8'),
)
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(
device_id=self.weather_sensor_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(id=self.weather_sensor_id,
noise=self.noise,
temperature=self.temperature,
humidity=self.humidity,
pressure=self.pressure,
co2=self.co2,
date_max_temp=self.date_max_temp,
date_min_temp=self.date_min_temp,
max_temp=self.max_temp,
min_temp=self.min_temp,
outdoor_temperature=self.outdoor_temperature,
outdor_humidity=self.outdoor_humidity,
outdoor_date_max_temp=self.outdoor_date_max_temp,
outdoor_date_min_temp=self.outdoor_date_min_temp,
outdoor_max_temp=self.outdoor_max_temp,
outdoor_min_temp=self.outdoor_min_temp,
device_model_id=metadata['device_model_id'],
device_type=metadata['device_type'].encode('utf-8'),
identifiable=metadata['identifiable'],
mac_address=metadata['mac_address'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
bemoss=metadata['bemoss'],
zone=zone_req,
zone_id=zone_req['id'],
nickname=self.nickname.encode('utf-8').title())
def data_side_nav(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.hub_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(device_id=self.hub_id,
device_model_id=metadata['device_model_id'],
mac_address=metadata['mac_address'].encode('utf-8'),
nickname=self.nickname.encode('utf-8').title(),
zone_id=zone_req['id'],
bemoss=metadata['bemoss'],
zone_nickname=zone_req['zone_nickname'],
network_status=self.network_status.capitalize())
def data_side_nav(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.thermostat_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(
device_id=self.thermostat_id,
device_model_id=metadata['device_model_id'],
mac_address=metadata['mac_address'].encode('utf-8'),
nickname=self.nickname.encode('utf-8').title(),
zone_id=zone_req['id'],
bemoss=metadata['bemoss'],
zone_nickname=zone_req['zone_nickname'],
network_status=self.network_status.capitalize())
def device_status(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.hub_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(id=self.hub_id,
nickname=self.nickname.encode('utf-8').title(),
device_model=metadata['device_model'],
date_added=metadata['date_added'],
zone=zone_req,
zone_nickname=zone_req['zone_nickname'],
bemoss=metadata['bemoss'],
network_status=self.network_status.capitalize(),
last_scanned=self.last_scanned_time,
last_offline=self.last_offline_time)
def device_status(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.plugload_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(
id=self.plugload_id,
nickname=self.nickname.encode('utf-8').title(),
device_model=metadata['device_model'],
date_added=metadata['date_added'],
zone=zone_req,
bemoss=metadata['bemoss'],
network_status=self.network_status.capitalize(),
zone_nickname=zone_req['zone_nickname'],
last_scanned=self.last_scanned_time,
last_offline=self.last_offline_time)
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(
device_id=self.occupancy_sensor_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(id=self.occupancy_sensor_id,
space_occupied=self.space_occupied,
zone=zone_req,
nickname=self.nickname.encode('utf-8').title(),
device_type=metadata['device_type'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
mac_address=metadata['mac_address'].encode('utf-8'),
identifiable=metadata['identifiable'],
bemoss=metadata['bemoss'])
def data_dashboard(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.hub_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(device_id=self.hub_id,
device_type=metadata['device_type'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
mac_address=metadata['mac_address'].encode('utf-8'),
nickname=self.nickname.encode('utf-8').title(),
date_added=metadata['date_added'],
zone_id=zone_req['id'],
bemoss=metadata['bemoss'],
zone_nickname=zone_req['zone_nickname'],
network_status=self.network_status.capitalize(),
last_scanned=self.last_scanned_time)
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.plugload_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(id=self.plugload_id,
status=self.status,
power=self.power,
energy=self.energy,
zone=zone_req,
nickname=self.nickname.encode('utf-8').title(),
device_type=metadata['device_type'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
bemoss=metadata['bemoss'],
identifiable=metadata['identifiable'],
mac_address=metadata['mac_address'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'))
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(
device_id=self.presence_sensor_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(id=self.presence_sensor_id,
presence=self.presence,
battery=self.battery,
lqi=self.lqi,
rssi=self.rssi,
zone=zone_req,
nickname=self.nickname.encode('utf-8').title(),
device_type=metadata['device_type'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
bemoss=metadata['bemoss'],
mac_address=metadata['factory_id'].encode('utf-8'))
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.lighting_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(id=self.lighting_id,
status=self.status,
brightness=self.brightness,
color=self.color,
multiple_on_off=self.multiple_on_off,
zone=zone_req,
nickname=self.nickname.encode('utf-8').title(),
device_type=metadata['device_type'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
identifiable=metadata['identifiable'],
device_model=metadata['device_model'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
bemoss=metadata['bemoss'],
mac_address=metadata['mac_address'].encode('utf-8'))
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.plugload_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(
id=self.plugload_id,
status=self.status,
power=self.power,
energy=self.energy,
zone=zone_req,
nickname=self.nickname.encode('utf-8').title(),
device_type=metadata['device_type'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
bemoss=metadata['bemoss'],
identifiable=metadata['identifiable'],
mac_address=metadata['mac_address'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'))
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.lighting_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(
id=self.lighting_id,
status=self.status,
brightness=self.brightness,
color=self.color,
multiple_on_off=self.multiple_on_off,
zone=zone_req,
nickname=self.nickname.encode('utf-8').title(),
device_type=metadata['device_type'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
identifiable=metadata['identifiable'],
device_model=metadata['device_model'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
bemoss=metadata['bemoss'],
mac_address=metadata['mac_address'].encode('utf-8'))
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.hub_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(id=self.hub_id,
location=self.location,
firmware_version=self.firmware_version,
factory_id=self.factory_id,
firmware_update_availabile=self.firmware_update_available,
battery=self.battery,
signal_strength=self.signal_strength,
zone=zone_req,
bemoss=metadata['bemoss'],
nickname=self.nickname.encode('utf-8').title(),
device_type=metadata['device_type'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
mac_address=metadata['mac_address'].encode('utf-8'))
def data_dashboard(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.plugload_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(
device_id=self.plugload_id,
device_type=metadata['device_type'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
mac_address=metadata['mac_address'].encode('utf-8'),
nickname=self.nickname.encode('utf-8').title(),
date_added=metadata['date_added'],
identifiable=metadata['identifiable'],
zone_id=zone_req['id'],
bemoss=metadata['bemoss'],
zone_nickname=zone_req['zone_nickname'],
network_status=self.network_status.capitalize(),
last_scanned=self.last_scanned_time)
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(
device_id=self.multi_sensor_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(id=self.multi_sensor_id,
acceleration=self.acceleration,
contact=self.contact,
battery=self.battery,
temperature=self.temperature,
lqi=self.lqi,
rssi=self.rssi,
three_axis=self.three_axis,
zone=zone_req,
nickname=self.nickname.encode('utf-8').title(),
device_type=metadata['device_type'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
bemoss=metadata['bemoss'],
mac_address=metadata['factory_id'].encode('utf-8'))
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.thermostat_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(id=self.thermostat_id,
temperature=self.temperature,
heat_setpoint=self.heat_setpoint,
cool_setpoint=self.cool_setpoint,
thermostat_mode=self.thermostat_mode.encode('utf-8'),
fan_mode=self.fan_mode.encode('utf-8'),
device_model_id=metadata['device_model_id'],
device_type=metadata['device_type'].encode('utf-8'),
identifiable=metadata['identifiable'],
mac_address=metadata['mac_address'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
battery=self.battery,
override=self.override,
bemoss=metadata['bemoss'],
zone=zone_req,
zone_id=zone_req['id'],
nickname=self.nickname.encode('utf-8').title())
def as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.vav_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(
id=self.vav_id,
temperature=self.temperature,
supply_temp=self.supply_temperature,
heat_setpoint=self.heat_setpoint,
cool_setpoint=self.cool_setpoint,
flap_override=self.flap_override,
identifiable=metadata['identifiable'],
flap_position=self.flap_position,
zone=zone_req,
nickname=self.nickname.encode('utf-8'),
device_model_id=metadata['device_model_id'],
mac_address=metadata['mac_address'].encode('utf-8'),
device_type=metadata['device_type'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
bemoss=metadata['bemoss'],
device_model=metadata['device_model'].encode('utf-8'),
)
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.power_meter_id)
metadata = DeviceMetadata.data_as_json(device_info)
print self.real_power
print self.energy
return dict(id=self.power_meter_id,
real_power=self.real_power,
reactive_power=self.energy,
apparent_power=self.apparent_power,
energy=self.energy,
voltage=self.voltage,
current=self.current,
power_factor=self.power_factor,
zone=zone_req,
identifiable=metadata['identifiable'],
nickname=self.nickname.encode('utf-8').title(),
device_type=metadata['device_type'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
device_model_id=metadata['device_model_id'],
bemoss=metadata['bemoss'],
mac_address=metadata['mac_address'].encode('utf-8'))
def data_as_json(self):
zone_req = Building_Zone.as_json(self.zone)
device_info = DeviceMetadata.objects.get(device_id=self.thermostat_id)
metadata = DeviceMetadata.data_as_json(device_info)
return dict(
id=self.thermostat_id,
temperature=self.temperature,
heat_setpoint=self.heat_setpoint,
cool_setpoint=self.cool_setpoint,
thermostat_mode=self.thermostat_mode.encode('utf-8'),
fan_mode=self.fan_mode.encode('utf-8'),
device_model_id=metadata['device_model_id'],
device_type=metadata['device_type'].encode('utf-8'),
identifiable=metadata['identifiable'],
mac_address=metadata['mac_address'].encode('utf-8'),
vendor_name=metadata['vendor_name'].encode('utf-8'),
device_model=metadata['device_model'].encode('utf-8'),
battery=self.battery,
override=self.override,
bemoss=metadata['bemoss'],
zone=zone_req,
zone_id=zone_req['id'],
nickname=self.nickname.encode('utf-8').title())
from lighting.models import Lighting
from smartplug.models import Plugload
from admin.models import NetworkStatus
print "Adding database records for device_info table."
zone_999 = Building_Zone.objects.get(zone_id=999)
#Thermostat device_model objects
device_model_nest = DeviceModel.objects.get(device_model_id='1NST')
device_model_radio_th = DeviceModel.objects.get(device_model_id='1TH')
#Thermostats
device_info_th1 = DeviceMetadata(device_id="Thermostat1", device_type="thermostat", vendor_name="Google",
device_model="Nest", device_model_id=device_model_nest, mac_address="ASDKJH1310",
min_range=20, max_range=95, identifiable=True, communication="Wifi",
date_added=datetime.datetime.now(), bemoss=True)
device_info_th1.save()
device_info_th2 = DeviceMetadata(device_id="Thermostat2", device_type="thermostat", vendor_name="Radio",
device_model="CT30", device_model_id=device_model_radio_th, mac_address="ASASJH1310",
min_range=20, max_range=95, identifiable=True, communication="Wifi",
date_added=datetime.datetime.now(), bemoss=True)
device_info_th2.save()
#Lighting Controllers' Device Models
device_model_db = DeviceModel.objects.get(device_model_id='2DB')
device_model_sdb = DeviceModel.objects.get(device_model_id='2SDB')
device_model_hue = DeviceModel.objects.get(device_model_id='2HUE')
device_model_wl = DeviceModel.objects.get(device_model_id='2WL')
print "Adding database records for device_info table."
zone_999 = Building_Zone.objects.get(zone_id=999)
#Thermostat device_model objects
device_model_nest = DeviceModel.objects.get(device_model_id='1NST')
device_model_radio_th = DeviceModel.objects.get(device_model_id='1TH')
#Thermostats
device_info_th1 = DeviceMetadata(device_id="Thermostat1",
device_type="thermostat",
vendor_name="Google",
device_model="Nest",
device_model_id=device_model_nest,
mac_address="ASDKJH1310",
min_range=20,
max_range=95,
identifiable=True,
communication="Wifi",
date_added=datetime.datetime.now(),
bemoss=True)
device_info_th1.save()
device_info_th2 = DeviceMetadata(device_id="Thermostat2",
device_type="thermostat",
vendor_name="Radio",
device_model="CT30",
device_model_id=device_model_radio_th,
mac_address="ASASJH1310",
min_range=20,
max_range=95,
from admin.models import NetworkStatus
print "Adding database records for device_info table."
zone_999 = Building_Zone.objects.get(zone_id=999)
#Thermostat device_model objects
device_model_nest = DeviceModel.objects.get(device_model_id='1NST')
device_model_radio_th = DeviceModel.objects.get(device_model_id='1TH')
device_model_vav = DeviceModel.objects.get(device_model_id='1VAV')
device_model_rtu = DeviceModel.objects.get(device_model_id='1RTU')
#Thermostats
device_info_th1 = DeviceMetadata(device_id="Thermostat1", device_type="thermostat", vendor_name="Google",
device_model="Nest", device_model_id=device_model_nest, mac_address="ASDKJH1310",
min_range=20, max_range=95, identifiable=True, communication="Wifi",
date_added=datetime.datetime.now(), bemoss=True)
device_info_th1.save()
device_info_th2 = DeviceMetadata(device_id="Thermostat2", device_type="thermostat", vendor_name="Radio",
device_model="CT30", device_model_id=device_model_radio_th, mac_address="ASASJH1310",
min_range=20, max_range=95, identifiable=True, communication="Wifi",
date_added=datetime.datetime.now(), bemoss=True)
device_info_th2.save()
device_info_th3 = DeviceMetadata(device_id="Thermostat3", device_type="vav", vendor_name="VAV",
device_model="VAV", device_model_id=device_model_vav, mac_address="DFASJH1310",
min_range=20, max_range=95, identifiable=True, communication="Wifi",
date_added=datetime.datetime.now(), bemoss=True)
device_info_th3.save()