myMsbClient.enableDebug(True)
myMsbClient.enableTrace(False)
myMsbClient.enableDataFormatValidation(True)
myMsbClient.disableAutoReconnect(False)
myMsbClient.setReconnectInterval(10000)
myMsbClient.disableEventCache(False)
myMsbClient.setEventCacheSize(1000)
myMsbClient.disableHostnameVerification(True)
myMsbClient.addMetaData(
CustomMetaData(
"SEN",
"Sensor - device which, when excited by a physical phenomenon, produces an electric signal characterizing the physical phenomenon",
TypeDescription(
TypeDescriptor.CDD,
"0112/2///61360_4#AAA103#001",
"https://cdd.iec.ch/cdd/iec61360/iec61360.nsf/2a050a792eee78e1c12575560054b803/219d27329351ec25c1257dd300515f69",
),
))
myMsbClient.addMetaData(
CustomMetaData(
"Fine Particle Sensor",
"Sensor which measures fine particles",
TypeDescription(TypeDescriptor.CUSTOM,
"0112/2///61360_4#AAA103#001-FEIN", ""),
))
myMsbClient.addMetaData(
CustomMetaData(
"MUP",
# parameter 6 (bool:optional): True if payload is an array of parameter 4
event1 = Event("EVENT1", "Event1", "Event1_description", DataType.STRING,
1)
# print(myMsbClient.objectToJson(event1))
# event1.addMetaData("Temperatur",
# MetaDataDefinition())
myMsbClient.addMetaData(
CustomMetaData(
"Temperatursensor",
"Temperatursensor",
TypeDescription(
TypeDescriptor.CDD,
"0112/2///61987#ABT514#001",
"https://cdd.iec.ch/cdd/iec61987/iec61987.nsf/ListsOfUnitsAllVersions/0112-2---61987%23ABT514",
),
))
event1.addMetaData(
CustomMetaData(
"Temperatur",
"Umgebungstemperatur",
TypeDescription(
TypeDescriptor.CDD,
"0112/2///61987#ABT514#001",
"https://cdd.iec.ch/cdd/iec61987/iec61987.nsf/ListsOfUnitsAllVersions/0112-2---61987%23ABT514",
),
"/EVENT1",
))
msb_url = "wss://192.168.0.67:8084"
myMsbClient.enableDebug(True)
myMsbClient.enableTrace(False)
myMsbClient.enableDataFormatValidation(True)
myMsbClient.disableAutoReconnect(False)
myMsbClient.setReconnectInterval(10000)
myMsbClient.disableEventCache(False)
myMsbClient.setEventCacheSize(1000)
myMsbClient.disableHostnameVerification(True)
myMsbClient.addMetaData(
CustomMetaData(
"Verfication Service",
"A service which verifies the authenticity of a specific property",
TypeDescription(TypeDescriptor.CUSTOM, "verification_service",
""), "/", "verification_service", None))
myMsbClient.addMetaData(
CustomMetaData(
"CPU_SPEED Verification", "Verifies CPU_SPEED property",
TypeDescription(TypeDescriptor.CUSTOM, "property_verification",
""), "/verification", "CPU_SPEED", None))
myMsbClient.addMetaData(
CustomMetaData(
"STORAGE_SPEED Verification", "Verifies STORAGE_SPEED property",
TypeDescription(TypeDescriptor.CUSTOM, "property_verification",
""), "/verification", "STORAGE_SPEED", None))
def f_func1():
print("FUNCTION1")
# service_flows = col_flows.find_one({"serviceUuid": uuid}, projection={"_id": False})
results = col_flows.find_one({"serviceUuid": uuid},
{"_id": False})
return jsonify(results)
# else:
# service_flows = col_flows.insert_one(entity_flow, projection={"_id": False})
# return service_flows
else:
# print(resp)
return {}
myMsbClient.addMetaData(
CustomMetaData(
"authentication_service",
"A service which authenticates CPPS",
TypeDescription(TypeDescriptor.CUSTOM, "authentication_service",
""),
))
def requestSelfdescription(serviceUuid):
myMsbClient.publish("SELFDESCRIPTION_REQUEST", "", 1, False, None,
serviceUuid)
e_selfdescriptionRequest = Event(
"SELFDESCRIPTION_REQUEST",
"Request for selfdescription",
"Request for selfdescription",
DataType.STRING,
1,
False,
)
myMsbClient.addEvent(e_selfdescriptionRequest)
