def create_AI(oid=1, pv=0, name="AI", units=None):
aio = AnalogInputObject(
objectIdentifier=("analogInput", oid),
objectName=name,
presentValue=pv,
units=units,
)
return aio
def create_AI(oid=1, pv=0, name="AI", units=None):
aio = AnalogInputObject(
objectIdentifier=("analogInput", oid),
objectName=name,
presentValue=pv,
units=units,
outOfService=Boolean(False),
)
aio = _make_mutable(aio, identifier="outOfService", mutable=True)
return aio
def __init__(self, **kwargs):
if _debug: ModbusAnalogInputObject._debug("__init__ %r", kwargs)
AnalogInputObject.__init__(self, **kwargs)
def run_application() -> str:
'''
Simulate and query the device.
:return: Object query result.
'''
from bacpypes.object import AnalogInputObject, AnalogValueObject, BinaryValueObject, BinaryInputObject, BinaryOutputObject, MultiStateInputObject
from bacnet.local_device_applications import SimulateAndQueryDeviceApplication
import bacpypes.basetypes
analog_input_objects =\
[
AnalogInputObject(
objectIdentifier=('analogInput', 1),
objectName='CO2_Level',
objectType='analogInput',
presentValue=21,
description='CO2 Level',
deviceType='0-2000 ppm CO2 Sensor',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='partsPerMillion'
), AnalogInputObject(
objectIdentifier=('analogInput', 2),
objectName='Relative_Humidity',
objectType='analogInput',
presentValue=60,
description='Relative Humidity',
deviceType='0-100 %RH Sensor',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='percentRelativeHumidity'
), AnalogInputObject(
objectIdentifier=('analogInput', 3),
objectName='Temperature',
objectType='analogInput',
presentValue=19,
description='Temperature',
deviceType='0-35 C Temperature Sensor or 32-95 F Temperature Sensor',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='degreesCelsius'
), AnalogInputObject(
objectIdentifier=('analogInput', 4),
objectName='Setpoint_Control',
objectType='analogInput',
presentValue=67,
description='Setpoint Value',
deviceType='0-100 % Setpoint',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='percent'
)]
analog_value_objects = [
AnalogValueObject(
objectIdentifier=('analogValue', 1),
objectName='Relay_Setpoint',
objectType='analogValue',
presentValue=1000,
description='Relay Setpoint',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='partsPerMillion'),
AnalogValueObject(
objectIdentifier=('analogValue', 2),
objectName='Relay_Hysteresis',
objectType='analogValue',
presentValue=50,
description='Relay Hysteresis',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='partsPerMillion'),
AnalogValueObject(
objectIdentifier=('analogValue', 3),
objectName='Temperature_Offset',
objectType='analogValue',
presentValue=50,
description='Temperature Offset Calibration',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='deltaDegreesFahrenheit'),
AnalogValueObject(
objectIdentifier=('analogValue', 4),
objectName='Relative_Humidity_Offset',
objectType='analogValue',
presentValue=0,
description='RH Offset Calibration',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='percentRelativeHumidity'),
AnalogValueObject(
objectIdentifier=('analogValue', 5),
objectName='Sensor_Altitude',
objectType='analogValue',
presentValue=50,
description='CO2 Sensor Altitude',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='feet'),
AnalogValueObject(
objectIdentifier=('analogValue', 6),
objectName='Display_Modes',
objectType='analogValue',
presentValue=50,
description='CO2 LCD Display Modes',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='noUnits')
]
binary_value_objects = [
BinaryValueObject(
objectIdentifier=('binaryValue', 1),
objectName='Override_Switch',
objectType='binaryValue',
presentValue=0,
description='Override Switch',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False),
BinaryValueObject(
objectIdentifier=('binaryValue', 2),
objectName='Auto_Cal_Enable',
objectType='binaryValue',
presentValue=1,
description='Auto Calibration Enable',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False),
BinaryValueObject(
objectIdentifier=('binaryValue', 3),
objectName='Fahrenheit',
objectType='binaryValue',
presentValue=1,
description='Fahrenheit (1) or Celsius (0)',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False)
]
binary_input_objects = [
BinaryInputObject(
objectIdentifier=('binaryInput', 1),
objectName='Relay_On',
objectType='binaryInput',
presentValue=0,
description='Relay Status',
deviceType='Indicates On/Off Status of Relay',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
polarity='normal',
)
]
objects = analog_input_objects + analog_value_objects + binary_value_objects + binary_input_objects
return SimulateAndQueryDeviceApplication.run_application(
objectIdentifier=381003,
objectName="CDD_CO2_Detector_003",
objectType=8,
systemStatus='operational',
vendorName='Greystone Energy Systems',
vendorIdentifier=381,
modelName='CDD2A',
firmwareRevision='1.4',
applicationSoftwareVersion='1.0',
description='Greystone CO2 Detector',
protocolVersion=1,
protocolRevision=7,
protocolObjectTypesSupported=[
'analogInput', 'analogValue', 'binaryInput', 'binaryValue',
'device'
],
maxapdulength=128,
segmentationSupported="noSegmentation",
apduTimeout=10000,
numberOfApduRetries=3,
maxMaster=127,
maxInfoFrames=1,
objects=objects)
def run_application() -> str:
'''
Simulate and query the device.
:return: Object query result.
'''
from bacpypes.object import AnalogInputObject, AnalogValueObject, BinaryValueObject, BinaryInputObject, BinaryOutputObject, MultiStateInputObject
from bacnet.local_device_applications import SimulateAndQueryDeviceApplication
import bacpypes.basetypes
analog_input_objects =\
[
AnalogInputObject(
objectIdentifier=('analogInput', 1),
objectName='Pressure_Sensor_Value',
objectType='analogInput',
presentValue=101325,
description='Pressure Value in Pa or wc',
deviceType='Room Pressure Sensor',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='pascals'
)]
analog_value_objects = [
AnalogValueObject(
objectIdentifier=('analogValue', 1),
objectName='Pressure_Averaging_Time',
objectType='analogValue',
presentValue=5,
description='Pressure Averaging Time',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='seconds'),
AnalogValueObject(
objectIdentifier=('analogValue', 2),
objectName='Alarm_High_Limit',
objectType='analogValue',
presentValue=0.5,
description='Alarm High Limit in Pa or wc',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='pascals'),
AnalogValueObject(
objectIdentifier=('analogValue', 3),
objectName='Alarm_Low_Limit',
objectType='analogValue',
presentValue=-0.5,
description='Alarm Low Limit in Pa or wc',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='pascals'),
AnalogValueObject(
objectIdentifier=('analogValue', 4),
objectName='Alarm_On_Delay',
objectType='analogValue',
presentValue=5,
description='Alarm On Delay',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='minutes'),
AnalogValueObject(
objectIdentifier=('analogValue', 5),
objectName='Alarm_Off_Delay',
objectType='analogValue',
presentValue=5,
description='Alarm Off Delay',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='minutes'),
AnalogValueObject(
objectIdentifier=('analogValue', 6),
objectName='Alarm_Silence_Time',
objectType='analogValue',
presentValue=30,
description='Alarm Silence Time',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='minutes'),
AnalogValueObject(
objectIdentifier=('analogValue', 7),
objectName='Buzzer_Volume',
objectType='analogValue',
presentValue=2,
description='CO2 LCD Display Modes',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='noUnits')
]
binary_value_objects = [
BinaryValueObject(
objectIdentifier=('binaryValue', 1),
objectName='Alarm_Enable',
objectType='binaryValue',
presentValue=1,
description='0 = Alarm Disable, 1 = Alarm Enable',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False),
BinaryValueObject(
objectIdentifier=('binaryValue', 2),
objectName='Alarm_Test',
objectType='binaryValue',
presentValue=0,
description='0 = Normal Operation, 1 = Alarm Test',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False),
BinaryValueObject(
objectIdentifier=('binaryValue', 3),
objectName='Backlight_Enable',
objectType='binaryValue',
presentValue=1,
description='0 = Backlight Disable, 1 = Backlight Enable',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False),
BinaryValueObject(
objectIdentifier=('binaryValue', 4),
objectName='Pressure_Units',
objectType='binaryValue',
presentValue=0,
description='0 = wc, 1 = Pa ',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False),
BinaryValueObject(
objectIdentifier=('binaryValue', 5),
objectName='Pressure_Range',
objectType='binaryValue',
presentValue=1,
description='0 = Low Pressure Range, 1 = High Pressure Range',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False)
]
binary_input_objects = [
BinaryInputObject(
objectIdentifier=('binaryInput', 1),
objectName='Alarm_Status',
objectType='binaryInput',
presentValue=0,
description='Alarm Status',
deviceType='0 = No Alarm, 1 = Pressure Alarm',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
polarity='normal',
),
BinaryInputObject(
objectIdentifier=('binaryInput', 2),
objectName='Low_Alarm_Status',
objectType='binaryInput',
presentValue=0,
description='Low Alarm Status',
deviceType='0 = No Low Alarm, 1 = Low Pressure Alarm',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
polarity='normal',
),
BinaryInputObject(
objectIdentifier=('binaryInput', 3),
objectName='High_Alarm_Status',
objectType='binaryInput',
presentValue=0,
description='High Alarm Status',
deviceType='0 = No High Alarm, 1 = High Pressure Alarm',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
polarity='normal',
)
]
objects = analog_input_objects + analog_value_objects + binary_value_objects + binary_input_objects
return SimulateAndQueryDeviceApplication.run_application(
objectIdentifier=381003,
objectName="Room Pressure Monitor 003",
objectType=8,
systemStatus='operational',
vendorName='Greystone Energy Systems',
vendorIdentifier=381,
modelName='RPC',
firmwareRevision='1.4',
applicationSoftwareVersion='1.0',
description='Greystone RP Monitor',
protocolVersion=1,
protocolRevision=7,
protocolObjectTypesSupported=[
'analogInput', 'analogValue', 'binaryInput', 'binaryValue',
'device'
],
maxapdulength=128,
segmentationSupported="noSegmentation",
apduTimeout=10000,
numberOfApduRetries=3,
maxMaster=127,
maxInfoFrames=1,
objects=objects)
def create_AI(oid=1, pv=0, name='AI', units=None):
aio = AnalogInputObject(objectIdentifier=('analogInput', oid),
objectName=name,
presentValue=pv,
units=units)
return aio
def run_application() -> str:
'''
Simulate and query the device.
:return: Object query result.
'''
from bacpypes.object import AnalogInputObject, AnalogOutputObject, AnalogValueObject, BinaryInputObject, BinaryOutputObject, MultiStateInputObject
from bacnet.local_device_applications import SimulateAndQueryDeviceApplication
import bacpypes.basetypes
analog_input_objects =\
[
AnalogInputObject(
objectName='Temperature Sensor',
objectIdentifier=('analogInput', 0),
objectType='analogInput',
presentValue=21,
#statusFlags='inAlarm',
eventState='normal',
outOfService=False,
units='degreesCelsius'
), AnalogInputObject(
objectName='Setpoint Adjust',
objectIdentifier=('analogInput', 1),
objectType='analogInput',
presentValue=259,
#statusFlags='inAlarm',
eventState='normal',
outOfService=False,
units='degreesCelsius'
), AnalogInputObject(
objectName='Humidity Sensor',
objectIdentifier=('analogInput', 2),
objectType='analogInput',
presentValue=27,
#statusFlags='inAlarm',
eventState='normal',
outOfService=False,
units='percent'
), AnalogInputObject(
objectName='RI1',
objectIdentifier=('analogInput', 3),
objectType='analogInput',
presentValue=20981,
#statusFlags='inAlarm',
eventState='normal',
outOfService=False,
units='ohms'
), AnalogInputObject(
objectName='RI2',
objectIdentifier=('analogInput', 4),
objectType='analogInput',
presentValue=12841,
#statusFlags='inAlarm',
eventState='normal',
outOfService=False,
units='ohms'
), AnalogInputObject(
objectName='CO2 Sensor',
objectIdentifier=('analogInput', 5),
objectType='analogInput',
presentValue=738,
#statusFlags='inAlarm',
eventState='normal',
outOfService=False,
units='partsPerMillion'
), AnalogInputObject(
objectName='LUX Sensor',
objectIdentifier=('analogInput', 6),
objectType='analogInput',
presentValue=1974,
#statusFlags='inAlarm',
eventState='normal',
outOfService=False,
units='luxes'
)]
analog_output_objets = [
AnalogOutputObject(objectIdentifier=('analogOutput', 0),
objectName='Y1',
objectType='analogOutput',
presentValue=72,
eventState='normal',
outOfService=False,
units='percent'),
AnalogOutputObject(objectIdentifier=('analogOutput', 1),
objectName='Y2',
objectType='analogOutput',
presentValue=21,
eventState='normal',
outOfService=False,
units='percent'),
AnalogOutputObject(objectIdentifier=('analogOutput', 2),
objectName='Y3',
objectType='analogOutput',
presentValue=82,
eventState='normal',
outOfService=False,
units='percent')
]
analog_value_objects = [
AnalogValueObject(objectIdentifier=('analogValue', 0),
objectName='Temperature Setpoint',
objectType='analogValue',
presentValue=27,
eventState='normal',
outOfService=False,
units='degreesCelsius',
relinquishDefault=20),
AnalogValueObject(objectIdentifier=('analogValue', 1),
objectName='Humidity Setpoint',
objectType='analogValue',
presentValue=12,
eventState='normal',
outOfService=False,
units='percent',
relinquishDefault=50),
AnalogValueObject(objectIdentifier=('analogValue', 2),
objectName='CO2 Setpoint',
objectType='analogValue',
presentValue=502,
eventState='normal',
outOfService=False,
units='partsPerMillion',
relinquishDefault=500),
AnalogValueObject(objectIdentifier=('analogValue', 3),
objectName='LUX Setpoint',
objectType='analogValue',
presentValue=1129,
eventState='normal',
outOfService=False,
units='luxes',
relinquishDefault=1500),
AnalogValueObject(objectIdentifier=('analogValue', 4),
objectName='DI1 Pulse Count',
objectType='analogValue',
presentValue=8276491,
eventState='normal',
outOfService=False,
units='noUnits',
relinquishDefault=0),
AnalogValueObject(objectIdentifier=('analogValue', 5),
objectName='DI2 Pulse Count',
objectType='analogValue',
presentValue=292384,
eventState='normal',
outOfService=False,
units='noUnits',
relinquishDefault=0),
AnalogValueObject(objectIdentifier=('analogValue', 6),
objectName='LCD Backlight Brightness',
objectType='analogValue',
presentValue=7,
eventState='normal',
outOfService=False,
units='noUnits',
relinquishDefault=0),
]
binary_input_objects = [
BinaryInputObject(objectIdentifier=('binaryInput', 0),
objectName='DI1',
objectType='binaryInput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
activeText='on',
inactiveText='off'),
BinaryInputObject(objectIdentifier=('binaryInput', 1),
objectName='DI2',
objectType='binaryInput',
presentValue=1,
eventState='normal',
outOfService=False,
polarity='normal',
activeText='on',
inactiveText='off'),
BinaryInputObject(objectIdentifier=('binaryInput', 2),
objectName='Occupancy',
objectType='binaryInput',
presentValue=1,
eventState='normal',
outOfService=False,
polarity='normal',
activeText='on',
inactiveText='off'),
BinaryInputObject(objectIdentifier=('binaryInput', 3),
objectName='Push Button 1',
objectType='binaryInput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
activeText='on',
inactiveText='off'),
BinaryInputObject(objectIdentifier=('binaryInput', 4),
objectName='Push Button 2',
objectType='binaryInput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
activeText='on',
inactiveText='off')
]
binary_output_objects = [
BinaryOutputObject(objectIdentifier=('binaryOutput', 0),
objectName='DO1',
objectType='binaryOutput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 1),
objectName='DO2',
objectType='binaryOutput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 2),
objectName='SPA Reset',
objectType='binaryOutput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off')
]
multistate_input_objects = [
MultiStateInputObject(objectIdentifier=('multiStateInput', 0),
objectName='Alarm Level',
objectType='multiStateInput',
presentValue=1,
eventState='normal',
outOfService=False,
numberOfStates=3)
]
objects = analog_output_objets + analog_input_objects + analog_value_objects + binary_input_objects + binary_output_objects + multistate_input_objects
return SimulateAndQueryDeviceApplication.run_application(
objectIdentifier=651000,
objectName="CDR_001",
objectType=8,
systemStatus='operational',
vendorName='SyxthSense',
vendorIdentifier=651,
modelName='CDR',
protocolVersion=1,
protocolRevision=10,
maxapdulength=480,
segmentationSupported="noSegmentation",
apduTimeout=3000,
numberOfApduRetries=3,
maxMaster=127,
maxInfoFrames=1,
databaseRevision=0,
objects=objects)
def main():
device_info = {
'ip': '10.169.204.200',
'netmask': 23,
'port': 47809,
'objectName': 'FHL-DAF-DUSTMETER',
'objectIdentifier': 522020,
'vendorIdentifier': 15,
'location': 'FHL-DAF-CLEAN-ROOM',
'vendorName': 'DESY-ATLAS',
'modelName': 'DUST-METERS',
'softwareVersion': 'bacpypes_v0.16.2_py27',
'description': 'FHL-DAF clean room dustmeter server'
}
print device_info
this_device = LocalDeviceObject(
objectName=device_info['objectName'],
objectIdentifier=device_info['objectIdentifier'],
vendorIdentifier=device_info['vendorIdentifier'])
this_device._values['location'] = CharacterString(device_info['location'])
this_device._values['vendorName'] = CharacterString(
device_info['vendorName'])
this_device._values['modelName'] = CharacterString(
device_info['modelName'])
this_device._values['applicationSoftwareVersion'] = CharacterString(
device_info['softwareVersion'])
this_device._values['description'] = CharacterString(
device_info['description'])
this_addr = str(device_info['ip'] + '/' + str(device_info['netmask']) +
':' + str(device_info['port']))
print 'bacnet server will listen at', this_addr
this_application = BIPSimpleApplication(this_device, this_addr)
this_application.add_capability(ReadWritePropertyMultipleServices)
this_device.protocolServicesSupported = this_application.get_services_supported(
).value
meter_info = [
{
'name': 'dustmeter_a19',
'index': 1,
'host': 'fhlrs232_a19.desy.de',
'description': 'dustmeter on RS232-Ethernet bridge at somewhere',
},
{
'name': 'dustmeter_a27',
'index': 2,
'host': 'fhlrs232_a27.desy.de',
'description': 'dustmeter on RS232-Ethernet bridge at somewhere',
},
{
'name': 'dustmeter_a40',
'index': 3,
'host': 'fhlrs232_a40.desy.de',
'description': 'dustmeter on RS232-Ethernet bridge at somewhere',
},
{
'name': 'dustmeter_a43',
'index': 4,
'host': 'fhlrs232_a43.desy.de',
'description': 'dustmeter on RS232-Ethernet bridge at somewhere',
},
{
'name': 'dustmeter_a49',
'index': 5,
'host': 'fhlrs232_a49.desy.de',
'description': 'dustmeter on RS232-Ethernet bridge at somewhere',
},
{
'name': 'dustmeter_a56',
'index': 6,
'host': 'fhlrs232_a56.desy.de',
'description': 'dustmeter on RS232-Ethernet bridge at somewhere',
},
]
meters = []
for info in meter_info:
m = dustmeter.DustMeter(name=info['name'], host=info['host'])
m.start()
meters.append(m)
objs = []
for info in meter_info:
ai_obj = AnalogInputObject(objectIdentifier=('analogInput', info['index']), \
objectName=info['name'])
ai_obj._values['description'] = CharacterString(info['description'])
ai_obj._values['deviceType'] = CharacterString(
'Particles(>0.5um) PerCubicFoot')
ai_obj._values['units'] = EngineeringUnits('noUnits')
ai_obj._values['updateInterval'] = Unsigned(60)
ai_obj._values['resolution'] = Real(100)
this_application.add_object(ai_obj)
objs.append(ai_obj)
mythread = dataThread(meters, objs)
mythread.start()
run()
mythread.stop()
mythread.join()
for m in meters:
m.stop()
m.join()
print "end of join"
def run_application() -> str:
'''
Simulate and query the device.
:return: Object query result.
'''
from bacpypes.object import AnalogInputObject, AnalogOutputObject, AnalogValueObject, BinaryInputObject, BinaryOutputObject, MultiStateInputObject
from bacnet.local_device_applications import SimulateAndQueryDeviceApplication
import bacpypes.basetypes
analog_input_objects = [
AnalogInputObject(objectName='Built-In Temperature Sensor',
objectIdentifier=('analogInput', 1),
objectType='analogInput',
presentValue=21,
eventState='normal',
outOfService=False,
units='degreesCelsius'),
AnalogInputObject(objectName='External Temperature Sensor',
objectIdentifier=('analogInput', 2),
objectType='analogInput',
presentValue=87,
eventState='normal',
outOfService=False,
units='degreesCelsius'),
AnalogInputObject(objectName='Calculated Setpoint',
objectIdentifier=('analogInput', 3),
objectType='analogInput',
presentValue=87,
eventState='normal',
outOfService=False,
units='degreesCelsius')
]
analog_output_objets = [
AnalogOutputObject(objectIdentifier=('analogOutput', 1),
objectName='Y1',
objectType='analogOutput',
presentValue=12,
eventState='normal',
outOfService=False,
units='percent'),
AnalogOutputObject(objectIdentifier=('analogOutput', 2),
objectName='Y2',
objectType='analogOutput',
presentValue=88,
eventState='normal',
outOfService=False,
units='percent'),
AnalogOutputObject(objectIdentifier=('analogOutput', 3),
objectName='Y3',
objectType='analogOutput',
presentValue=62,
eventState='normal',
outOfService=False,
units='percent'),
AnalogOutputObject(objectIdentifier=('analogOutput', 4),
objectName='Thermic1_Position',
objectType='analogOutput',
presentValue=10,
eventState='normal',
outOfService=False,
units='percent'),
AnalogOutputObject(objectIdentifier=('analogOutput', 5),
objectName='Thermic2_Position',
objectType='analogOutput',
presentValue=97,
eventState='normal',
outOfService=False,
units='percent'),
AnalogOutputObject(objectIdentifier=('analogOutput', 6),
objectName='ThreePoint_Position',
objectType='analogOutput',
presentValue=62,
eventState='normal',
outOfService=False,
units='percent')
]
analog_value_objects = [
AnalogValueObject(objectIdentifier=('analogValue', 0),
objectName='Temperature Setpoint',
objectType='analogValue',
presentValue=18,
eventState='normal',
outOfService=False,
units='degreesCelsius',
relinquishDefault=20),
AnalogValueObject(objectIdentifier=('analogValue', 1),
objectName='LCD Brightness',
objectType='analogValue',
presentValue=3.5,
eventState='normal',
outOfService=False,
units='percent',
relinquishDefault=50)
]
binary_input_objects = [
BinaryInputObject(objectIdentifier=('binaryInput', 0),
objectName='DI1',
objectType='binaryInput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
activeText='on',
inactiveText='off')
]
binary_output_objects = [
BinaryOutputObject(objectIdentifier=('binaryOutput', 0),
objectName='DO1',
objectType='binaryOutput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 1),
objectName='DO2',
objectType='binaryOutput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 2),
objectName='Night_Mode_Override',
objectType='binaryOutput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 3),
objectName='Summer_Winter_Changeover',
objectType='binaryOutput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 4),
objectName='Cooling_Disable',
objectType='binaryOutput',
presentValue=0,
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off')
]
objects = analog_output_objets + analog_input_objects + analog_value_objects + binary_input_objects + binary_output_objects
return SimulateAndQueryDeviceApplication.run_application(
objectIdentifier=651000,
objectName="SRC100_001",
objectType='device',
systemStatus='operational',
vendorName='SyxthSense',
vendorIdentifier=651,
modelName='URD',
protocolVersion=1,
protocolRevision=10,
maxapdulength=480,
segmentationSupported="noSegmentation",
apduTimeout=3000,
numberOfApduRetries=3,
maxMaster=127,
maxInfoFrames=1,
databaseRevision=0,
objects=objects)
def run_application() -> str:
'''
Simulate and query the device.
:return: Object query result.
'''
from bacpypes.object import AnalogInputObject, AnalogValueObject, BinaryValueObject, BinaryInputObject, BinaryOutputObject, MultiStateInputObject
from bacnet.local_device_applications import SimulateAndQueryDeviceApplication
import bacpypes.basetypes
analog_input_objects =\
[
AnalogInputObject(
objectIdentifier=('analogInput', 1),
objectName='Temperature',
objectType='analogInput',
presentValue=19,
description='Temperature',
deviceType='Temperature Sensor',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='degreesCelsius'
), AnalogInputObject(
objectIdentifier=('analogInput', 2),
objectName='Relative Humidity',
objectType='analogInput',
presentValue=60,
description='Relative Humidity',
deviceType='RH Sensor',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='percentRelativeHumidity'
), AnalogInputObject(
objectIdentifier=('analogInput', 3),
objectName='Dewpoint Temperature',
objectType='analogInput',
presentValue=8,
description='Dewpoint Temperature',
deviceType='Dewpoint Temperature Sensor',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='degreesCelsius'
), AnalogInputObject(
objectIdentifier=('analogInput', 4),
objectName='Wet Bulb Temperature',
objectType='analogInput',
presentValue=19,
description='Wet Bulb Temperature',
deviceType='Wet Bulb Temperature Sensor',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='degreesCelsius'
), AnalogInputObject(
objectIdentifier=('analogInput', 5),
objectName='Enthalpy',
objectType='analogInput',
presentValue=19,
description='Enthalpy',
deviceType='Enthalpy Sensor',
statusFlags=['inAlarm','inAlarm','inAlarm','inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False,
units='kilojoulesPerKilogramDryAir'
)]
analog_value_objects = [
AnalogValueObject(
objectIdentifier=('analogValue', 1),
objectName='Temperature Offset',
objectType='analogValue',
presentValue=0,
description='Temperature Offset',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='deltaDegreesFahrenheit'),
AnalogValueObject(
objectIdentifier=('analogValue', 2),
objectName='RH Offset',
objectType='analogValue',
presentValue=0,
description='RH Offset',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='percentRelativeHumidity'),
AnalogValueObject(
objectIdentifier=('analogValue', 3),
objectName='Atmospheric Pressure',
objectType='analogValue',
presentValue=1013,
description='Atmospheric Pressure',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='hectopascals'),
AnalogValueObject(
objectIdentifier=('analogValue', 4),
objectName='Altitude',
objectType='analogValue',
presentValue=0,
description='Altitude',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='feet'),
AnalogValueObject(
objectIdentifier=('analogValue', 5),
objectName='Display Mode',
objectType='analogValue',
presentValue=0,
description='Display Mode',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
outOfService=False,
units='noUnits')
]
binary_value_objects = [
BinaryValueObject(
objectIdentifier=('binaryValue', 1),
objectName='Temperature Units',
objectType='binaryValue',
presentValue=0,
description='Celsius (0) or Fahrenheit (1)',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False),
BinaryValueObject(
objectIdentifier=('binaryValue', 2),
objectName='Enthalpy Units',
objectType='binaryValue',
presentValue=0,
description='kJ/kg (0) or BTU/lb (1)',
statusFlags=['inAlarm', 'inAlarm', 'inAlarm', 'inAlarm'],
eventState='normal',
reliability='noFaultDetected',
outOfService=False)
]
objects = analog_input_objects + analog_value_objects + binary_value_objects
return SimulateAndQueryDeviceApplication.run_application(
objectIdentifier=381001,
objectName="DP_001",
objectType=8,
systemStatus='operational',
vendorName='Greystone Energy Systems',
vendorIdentifier=381,
modelName='DP',
firmwareRevision='1.2',
applicationSoftwareVersion='1.0',
description='Greystone Dewpoint Systems',
protocolVersion=1,
protocolRevision=14,
protocolObjectTypesSupported=[
'analogInput', 'analogValue', 'binaryValue', 'device'
],
maxapdulength=128,
segmentationSupported="noSegmentation",
apduTimeout=6000,
numberOfApduRetries=3,
maxMaster=127,
maxInfoFrames=1,
objects=objects)
def run_application() -> str:
'''
Simulate and query the device.
:return: Object query result.
'''
from bacpypes.object import AnalogInputObject, AnalogOutputObject, AnalogValueObject, BinaryValueObject, BinaryInputObject, BinaryOutputObject, MultiStateInputObject
from bacnet.local_device_applications import SimulateAndQueryDeviceApplication
from random import randint
analog_input_objects = [
AnalogInputObject(objectIdentifier=('analogInput', 0),
objectName='Sensor_Temperature',
objectType='analogInput',
presentValue=randint(0, 150),
eventState='normal',
outOfService=False,
units='degreesCelsius'),
AnalogInputObject(objectIdentifier=('analogInput', 1),
objectName='Setpoint_Adjust',
objectType='analogInput',
presentValue=randint(0, 150),
eventState='normal',
outOfService=False,
units='degreesCelsius'),
AnalogInputObject(objectIdentifier=('analogInput', 2),
objectName='Sensor_Humidity',
objectType='analogInput',
presentValue=randint(0, 100),
eventState='normal',
outOfService=False,
units='percent'),
AnalogInputObject(objectIdentifier=('analogInput', 3),
objectName='RI1',
objectType='analogInput',
presentValue=randint(0, 50000),
eventState='normal',
outOfService=False,
units='ohms'),
AnalogInputObject(objectIdentifier=('analogInput', 4),
objectName='User_Fan_Speed',
objectType='analogInput',
presentValue=randint(0, 100),
eventState='normal',
outOfService=False,
units='noUnits')
]
analog_output_objects = [
AnalogOutputObject(objectIdentifier=('analogOutput', 0),
objectName='Y1',
objectType='analogOutput',
presentValue=randint(0, 100),
eventState='normal',
outOfService=False,
units='percent')
]
analog_value_objects = [
AnalogValueObject(
objectIdentifier=('analogValue', 0),
objectName='Setpoint_Temperature',
objectType='analogValue',
presentValue=randint(0, 100),
eventState='normal',
outOfService=False,
units='degreesCelsius',
),
AnalogValueObject(
objectIdentifier=('analogValue', 1),
objectName='Fan_Speed',
objectType='analogValue',
presentValue=randint(0, 10),
eventState='normal',
outOfService=False,
units='noUnits',
),
AnalogValueObject(
objectIdentifier=('analogValue', 2),
objectName='Alarm_Code',
objectType='analogValue',
presentValue=randint(0, 100),
eventState='normal',
outOfService=False,
units='noUnits',
)
]
binary_input_objects = [
BinaryInputObject(objectIdentifier=('binaryInput', 0),
objectName='DI1',
objectType='binaryInput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
activeText='on',
inactiveText='off'),
BinaryInputObject(objectIdentifier=('binaryInput', 1),
objectName='Operating_Mode',
objectType='binaryInput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
activeText='on',
inactiveText='off')
]
binary_output_ojects = [
BinaryOutputObject(objectIdentifier=('binaryOutput', 0),
objectName='DO1',
objectType='binaryOutput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 1),
objectName='DO2',
objectType='binaryOutput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 2),
objectName='Heating Symbol',
objectType='binaryOutput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 3),
objectName='Cooling Symbol',
objectType='binaryOutput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 4),
objectName='Open Arrow Symbol',
objectType='binaryOutput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 5),
objectName='Close Arrow Symbol',
objectType='binaryOutput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 6),
objectName='Day/Night Model',
objectType='binaryOutput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off'),
BinaryOutputObject(objectIdentifier=('binaryOutput', 7),
objectName='SPA Reset',
objectType='binaryOutput',
presentValue=randint(0, 1),
eventState='normal',
outOfService=False,
polarity='normal',
relinquishDefault=0,
activeText='on',
inactiveText='off')
]
objects = analog_input_objects + analog_output_objects + analog_value_objects + binary_input_objects + binary_output_ojects
return SimulateAndQueryDeviceApplication.run_application(
objectIdentifier=651000,
objectName="RIU_001",
objectType=8,
systemStatus='operational',
vendorName='SyxthSense',
vendorIdentifier=651,
modelName='RI',
protocolVersion=1,
protocolRevision=10,
maxapdulength=480,
segmentationSupported="noSegmentation",
apduTimeout=3000,
numberOfApduRetries=3,
maxMaster=127,
maxInfoFrames=1,
objects=objects)
def main():
global test_ai, test_application
# make a parser
parser = ConfigArgumentParser(description=__doc__)
parser.add_argument(
"--console",
action="store_true",
default=False,
help="create a console",
)
# analog value task and thread
parser.add_argument(
"--aitask",
type=float,
help="analog input recurring task",
)
parser.add_argument(
"--aithread",
type=float,
help="analog input thread",
)
# analog value task and thread
parser.add_argument(
"--bvtask",
type=float,
help="binary value recurring task",
)
parser.add_argument(
"--bvthread",
type=float,
help="binary value thread",
)
# provide a different spin value
parser.add_argument(
"--spin",
type=float,
help="spin time",
default=1.0,
)
# parse the command line arguments
args = parser.parse_args()
if _debug:
_log.debug("initialization")
if _debug:
_log.debug(" - args: %r", args)
# make a device object
this_device = LocalDeviceObject(ini=args.ini)
if _debug:
_log.debug(" - this_device: %r", this_device)
# make a sample application
test_application = SubscribeCOVApplication(this_device, args.ini.address)
# make an analog value object
test_ai = AnalogInputObject(
objectIdentifier=("analogInput", 1),
objectName="ai",
presentValue=0.0,
covIncrement=0.5,
eventDetectionEnable=True,
eventEnable=[1, 1, 1],
ackedTransitions=[1, 1, 1],
notifyType=1,
reliability=1,
outOfService=False,
eventState=0,
statusFlags=[0, 0, 0, 0],
units=19,
)
_log.debug(" - test_ai: %r", test_ai)
# add it to the device
test_application.add_object(test_ai)
_log.debug(" - object list: %r", this_device.objectList)
# make a console
if args.console:
test_console = COVConsoleCmd()
_log.debug(" - test_console: %r", test_console)
# enable sleeping will help with threads
enable_sleeping()
# analog input task
if args.aitask:
test_ai_task = TestAnalogInputTask(args.aitask)
test_ai_task.install_task()
# analog input thread
if args.aithread:
test_ai_thread = TestAnalogInputThread(args.aithread)
deferred(test_ai_thread.start)
_log.debug("running")
run(args.spin)
_log.debug("fini")
if len(missing_metersections) != 0:
print("Missing config sections for meters: " +
"".join(missing_metersections))
exit(1)
for metersection in metersections:
info = cparser[metersection]
ms = metermodule.getMeters(info)
print("Got {} meter(s) from {}".format(len(ms), metersection))
meters_active.extend(ms)
for m in ms:
m.name = "{}_{}".format(metersection, m.name)
ai_obj = AnalogInputObject(objectIdentifier=("analogInput",
idx),
objectName=m.name)
if "description" in info:
ai_obj._values["description"] = CharacterString(
info["description"])
if "deviceType" in info:
ai_obj._values["deviceType"] = CharacterString(
info["deviceType"])
ai_obj._values["units"] = EngineeringUnits("noUnits")
if "updateInterval" in info:
try:
updateInterval = int(info["updateInterval"])
if updateInterval < 0:
raise ValueError("Invalid negative value :" +
info["updateInterval"])
except ValueError as e:
def main():
if not path.exists("server.cfg"):
logger.error("Error: File server.cfg not found.")
exit(1)
cparser = configparser.ConfigParser()
cparser.read("server.cfg")
if not "server" in cparser:
logger.error("Invalid config: No server section")
exit(1)
required_keys = {
"ip", "port", "objectname", "vendoridentifier", "location",
"vendorname", "modelname", "description"
}
missing_keys = required_keys - set(cparser["server"].keys())
if len(missing_keys) != 0:
logger.error("Missing config keys in server section: " +
(" ".join(missing_keys)))
exit(1)
device_info = {
'ip':
cparser["server"]["ip"],
'netmask':
23,
'port':
cparser["server"]["port"],
'objectName':
cparser["server"]["objectName"],
'objectIdentifier':
522020,
'vendorIdentifier':
int(cparser["server"]["vendorIdentifier"]),
'location':
cparser["server"]["location"],
'vendorName':
cparser["server"]["vendorName"],
'modelName':
cparser["server"]["modelName"],
'softwareVersion':
"bacpypes_{}_python{}.{}.{}".format(bacpypes_version, version_info[0],
version_info[1], version_info[2]),
'description':
cparser["server"]["description"]
}
logger.info("=== INIT ===")
logger.info(device_info)
this_device = LocalDeviceObject(
objectName=device_info["objectName"],
objectIdentifier=device_info["objectIdentifier"],
vendorIdentifier=device_info["vendorIdentifier"])
this_device._values['location'] = CharacterString(device_info['location'])
this_device._values['vendorName'] = CharacterString(
device_info['vendorName'])
this_device._values['modelName'] = CharacterString(
device_info['modelName'])
this_device._values['applicationSoftwareVersion'] = CharacterString(
device_info['softwareVersion'])
this_device._values['description'] = CharacterString(
device_info['description'])
this_addr = str(device_info['ip'] + '/' + str(device_info['netmask']) +
':' + str(device_info['port']))
logger.info("bacnet server will listen at {}".format(this_addr))
this_application = BIPSimpleApplication(this_device, this_addr)
this_application.add_capability(ReadWritePropertyMultipleServices)
this_device.protocolServicesSupported = this_application.get_services_supported(
).value
meters_active = []
ai_objs = []
idx = 1
logger.info("Initializing meters...")
for key, metermodule in METERS.items():
if not key in cparser["server"]:
logger.warning(
"No key '{}' in config server section. Skipping".format(key))
continue
metersections = cparser["server"][key].split()
missing_metersections = set(metersections) - set(cparser.keys())
if len(missing_metersections) != 0:
logger.error("Missing config sections for meters: " +
"".join(missing_metersections))
exit(1)
for metersection in metersections:
info = cparser[metersection]
ms = metermodule.getMeters(info)
logger.info("Got {} meter(s) from {}".format(
len(ms), metersection))
meters_active.extend(ms)
for m in ms:
m.name = "{}_{}".format(metersection, m.name)
ai_obj = AnalogInputObject(objectIdentifier=("analogInput",
idx),
objectName=m.name)
if "description" in info:
ai_obj._values["description"] = CharacterString(
info["description"])
if "deviceType" in info:
ai_obj._values["deviceType"] = CharacterString(
info["deviceType"])
ai_obj._values["units"] = EngineeringUnits("noUnits")
if "updateInterval" in info:
try:
updateInterval = int(info["updateInterval"])
if updateInterval < 0:
raise ValueError("Invalid negative value :" +
info["updateInterval"])
except ValueError as e:
logger.error(
"Value of updateInterval in section {}: {}".format(
metersection, e))
exit(1)
ai_obj._values["updateInterval"] = Unsigned(updateInterval)
if "resolution" in info:
try:
resolution = float(info["resolution"])
except ValueError as e:
logger.error(
"Value of updateInterval in section {}: {}".format(
metersection, e))
exit(1)
ai_obj._values["resolution"] = Real(resolution)
this_application.add_object(ai_obj)
ai_objs.append(ai_obj)
idx += 1
fname = m.name
output_csv = os.path.join(str('/var/www/html'),
fname + u".csv")
mode = 'a'
if sys.version_info.major < 3:
mode += 'b'
with open(output_csv, mode) as f:
header = OrderedDict([('# time', None), (m.name, None)])
writer = csv.DictWriter(f,
fieldnames=header,
extrasaction=u"ignore")
writer.writeheader()
f.close()
for m in meters_active:
m.start()
datathread = DataThread(meters_active, ai_objs)
datathread.start()
bacpypesrun()
datathread.stop()
datathread.join()
for m in meters_active:
m.stop()
m.join()