def get_device_by_name_and_id(xml_name, slave_id, client):
"xml name as in the folder ex: AE 3TL Inverter (w/ or w/out .xml)"
xml_path = os.path.join(BASE,"templates/") + xml_name
if not xml_path.endswith(".xml"):
xml_path += ".xml"
template = create_template_from_xml(xml_path)
return Device(template, slave_id, client)
def print_sites(session):
"""Show site asset metadata"""
devices = Device.list(session)
# Get site info
for device in devices:
LOGGER.info("Device '%s'", device['deviceId'])
site = map_device_to_site(device)
print(site)
def getDevices(self):
devices = string.split(self.config.get(self.database, 'devices'), ',')
database = []
for d in devices:
print "console.Database.getDevices>", d
if d == '':
continue
address, instance = d.split('!')
device = Device(address, self.port, int(instance))
database.append(device)
#print "console.Database.getDevices>", database
return database
def print_sensors(session):
"""Show sensor asset metadata"""
devices = Device.list(session)
# Get sensor info
for device in devices:
LOGGER.info("Device '%s'", device['deviceId'])
# Get latest data to get metric names
row = Data.current_for_device(session, device['deviceId'])
LOGGER.debug(row)
sensor = map_device_to_sensor(device, row)
print(sensor)
def run(self):
ioObjectTypes=[
bacnet.ObjectType.analogInput, #@UndefinedVariable
bacnet.ObjectType.analogOutput, #@UndefinedVariable
bacnet.ObjectType.analogValue, #@UndefinedVariable
bacnet.ObjectType.binaryInput, #@UndefinedVariable
bacnet.ObjectType.binaryOutput, #@UndefinedVariable
bacnet.ObjectType.binaryValue, #@UndefinedVariable
]
for target in self.devices:
if info: print "FindObjects> ** device start:", target
message=bacnet.ReadProperty('objectName',('device',target.device))
response=yield Message(target.address,message)
name=response.message.value._value
response=yield database.Device(target.IP,target.port,target.device,name)
deviceID,=response.pop()
self.deviceid[deviceID]=Device(target.IP,target.port,target.device,deviceID)
objects=[]
index=0
while True:
index+=1
readproperty=bacnet.ReadProperty('objectList',('device',target.device),index)
request=yield Message(target.address,readproperty)
if isinstance(request.message, bacnet.Error):
break
o=request.message.value[0] ## Object
if debug: print "FindObjects>", o
if o.type in ioObjectTypes:
objects.append(o)
if debug: print "FindObjects> ** device objects:",target.device
for o in objects:
response=yield Message(target.address,bacnet.ReadProperty('objectName',o))
name=response.message.value._value
response=yield Message(target.address,bacnet.ReadProperty('description',o))
description=response.message.value._value
if debug: print "FindObjects> name:", name, description
response=yield database.Object(deviceID,target.device,o.type,o.instance,name,description)
objectID,=response.pop()
o=Object(deviceID,objectID,o.type,o.instance,name)
target.objects.append(o)
self.objectid[objectID]=o
if debug: print "FindObjects> ** device end:",target.device
def get_data(session, start, end, average) -> iter:
# Iterate over all available devices
for device in Device.list(session):
LOGGER.info("DEVICE %s", device)
# Run query against this device
row_count = 0
for data in Data.analytics(session, device['deviceId'], start, end, average):
row_count += 1
# Build a data row
row = data['payload']['d'].copy()
row['sensor'] = device['deviceId']
yield row
LOGGER.info("Retrieved %s rows", row_count)
def print_status(session):
"""Show current device status"""
for status in Device.status(session):
print(status)