Top 10 Examples of "node-opcua-address-space in functional component" in JavaScript

public  _exposeSubscriptionDiagnostics(subscription: Subscription) {
        debugLog("ServerSession#_exposeSubscriptionDiagnostics");
        assert(subscription.$session === this);
        const subscriptionDiagnosticsArray = this._getSubscriptionDiagnosticsArray();
        const subscriptionDiagnostics = subscription.subscriptionDiagnostics;
        assert(subscriptionDiagnostics.$subscription === subscription);

        if (subscriptionDiagnostics && subscriptionDiagnosticsArray) {
            // xx console.log("GG => ServerSession Exposing subscription diagnostics =>",
            // subscription.id,"on session", session.nodeId.toString());
            addElement(subscriptionDiagnostics, subscriptionDiagnosticsArray);
        }
    }

ServerEngine.prototype._unexposeSubscriptionDiagnostics = function (subscription) {

    const engine = this;
    const subscriptionDiagnosticsArray = engine._getServerSubscriptionDiagnosticsArray();
    const subscriptionDiagnostics = subscription.subscriptionDiagnostics;
    assert(subscriptionDiagnostics instanceof SubscriptionDiagnostics);
    if (subscriptionDiagnostics && subscriptionDiagnosticsArray) {

        const node = subscriptionDiagnosticsArray[subscription.id];
        /// console.log("GGGGGGGGGGGGGGGG ServerEngine => **Unexposing** subscription diagnostics =>",subscription.id);
        eoan.removeElement(subscriptionDiagnosticsArray, subscriptionDiagnostics);
        assert(!subscriptionDiagnosticsArray[subscription.id]," subscription node must have been removed from subscriptionDiagnosticsArray");
    }
    debugLog("ServerEngine#_unexposeSubscriptionDiagnostics");
};
/**

public _unexposeSubscriptionDiagnostics(subscription: Subscription) {

        const subscriptionDiagnosticsArray = this._getSubscriptionDiagnosticsArray();
        const subscriptionDiagnostics = subscription.subscriptionDiagnostics;
        assert(subscriptionDiagnostics instanceof SubscriptionDiagnosticsDataType);
        if (subscriptionDiagnostics && subscriptionDiagnosticsArray) {
            // console.log("GG => ServerSession **Unexposing** subscription diagnostics =>",
            // subscription.id,"on session", session.nodeId.toString());
            removeElement(subscriptionDiagnosticsArray, subscriptionDiagnostics);
        }
        debugLog("ServerSession#_unexposeSubscriptionDiagnostics");
    }
    /**

// A Server may not expose the SamplingIntervalDiagnosticsArray if it does not use fixed sampling rates.
        // because we are not using fixed sampling rate, we need to remove the optional SamplingIntervalDiagnosticsArray
        // component
        const samplingIntervalDiagnosticsArray =
          serverDiagnostics.getComponentByName("SamplingIntervalDiagnosticsArray");
        if (samplingIntervalDiagnosticsArray) {
          addressSpace.deleteNode(samplingIntervalDiagnosticsArray);
          const s = serverDiagnostics.getComponents();
          // xx console.log(s.map((x) => x.browseName.toString()).join(" "));
        }

        const subscriptionDiagnosticsArray =
          serverDiagnostics.getComponentByName("SubscriptionDiagnosticsArray")! as
          UADynamicVariableArray;
        assert(subscriptionDiagnosticsArray.nodeClass === NodeClass.Variable);
        bindExtObjArrayNode(subscriptionDiagnosticsArray,
          "SubscriptionDiagnosticsType", "subscriptionId");

        const sessionsDiagnosticsSummary = serverDiagnostics.getComponentByName("SessionsDiagnosticsSummary")!;

        const sessionDiagnosticsArray =
          sessionsDiagnosticsSummary.getComponentByName("SessionDiagnosticsArray")! as
          UADynamicVariableArray;
        assert(sessionDiagnosticsArray.nodeClass === NodeClass.Variable);

        bindExtObjArrayNode(sessionDiagnosticsArray, "SessionDiagnosticsVariableType", "sessionId");

        const varType = addressSpace.findVariableType("SessionSecurityDiagnosticsType");
        if (!varType) {
          console.log("Warning cannot find SessionSecurityDiagnosticsType variable Type");
        } else {
          const sessionSecurityDiagnosticsArray =

private _start_sampling(recordInitialValue?: boolean) {

    if (!this.node) {
      throw new Error("Internal Error");
    }
    // make sure oldDataValue is scrapped so first data recording can happen
    this.oldDataValue = new DataValue({ statusCode: StatusCodes.BadDataUnavailable }); // unset initially

    this._stop_sampling();

    const context = new SessionContext({
      // xx  server: this.server,
      session: this._getSession()
    });

    if (this.itemToMonitor.attributeId === AttributeIds.EventNotifier) {

      // istanbul ignore next
      if (doDebug) {
        debugLog("xxxxxx monitoring EventNotifier on",
          this.node.nodeId.toString(), this.node.browseName.toString());
      }
      // we are monitoring OPCUA Event
      this._on_opcua_event_received_callback = this._on_opcua_event.bind(this);
      this.node.on("event", this._on_opcua_event_received_callback);

      return;

return callback(null, {statusCode: response.statusCode});
    }
    const methodDeclaration = response.methodDeclaration;

    // verify input Parameters
    const methodInputArguments = methodDeclaration.getInputArguments();

    response = verifyArguments_ArgumentList(addressSpace, methodInputArguments, inputArguments);
    if (response.statusCode !== StatusCodes.Good) {
        return callback(null, response);
    }

    const methodObj = addressSpace.findNode(methodId);

    // invoke method on object
    const context = new SessionContext({
        session: session,
        object: addressSpace.findNode(objectId),
        server: server
    });

    methodObj.execute(inputArguments, context, function (err, callMethodResponse) {

        /* istanbul ignore next */
        if (err) {
            return callback(err);
        }


        callMethodResponse.inputArgumentResults = response.inputArgumentResults || [];
        assert(callMethodResponse.statusCode);

return sendError(StatusCodes.BadTooManyOperations);
            }
        }
        // todo : handle
        if (server.engine.serverCapabilities.operationLimits.maxNodesPerHistoryReadData > 0) {
            if (request.nodesToRead.length > server.engine.serverCapabilities.operationLimits.maxNodesPerHistoryReadData) {
                return sendError(StatusCodes.BadTooManyOperations);
            }
        }
        if (server.engine.serverCapabilities.operationLimits.maxNodesPerHistoryReadEvents > 0) {
            if (request.nodesToRead.length > server.engine.serverCapabilities.operationLimits.maxNodesPerHistoryReadEvents) {
                return sendError(StatusCodes.BadTooManyOperations);
            }
        }

        const context = new SessionContext({session, server});

        // ask for a refresh of asynchronous variables
        server.engine.refreshValues(request.nodesToRead, function (err) {

            assert(!err, " error not handled here , fix me"); //TODO

            server.engine.historyRead(context, request, function (err, results) {
                assert(results[0]._schema.name === "HistoryReadResult");
                assert(results.length === request.nodesToRead.length);

                response = new HistoryReadResponse({
                    results: results,
                    diagnosticInfos: null
                });

                assert(response.diagnosticInfos.length === 0);

if (!request.nodesToWrite || request.nodesToWrite.length === 0) {
            return sendError(StatusCodes.BadNothingToDo);
        }

        if (server.engine.serverCapabilities.operationLimits.maxNodesPerWrite > 0) {
            if (request.nodesToWrite.length > server.engine.serverCapabilities.operationLimits.maxNodesPerWrite) {
                return sendError(StatusCodes.BadTooManyOperations);
            }
        }

        // proceed with registered nodes alias resolution
        for (let i = 0; i < request.nodesToWrite.length; i++) {
            request.nodesToWrite[i].nodeId = session.resolveRegisteredNode(request.nodesToWrite[i].nodeId);
        }

        const context = new SessionContext({session, server});

        assert(request.nodesToWrite[0]._schema.name === "WriteValue");
        server.engine.write(context, request.nodesToWrite, function (err, results) {
            assert(!err);
            assert(_.isArray(results));
            assert(results.length === request.nodesToWrite.length);
            response = new WriteResponse({
                results: results,
                diagnosticInfos: null
            });
            sendResponse(response);
        });
    });
};

this.sessionSecurityDiagnostics = sessionSecurityDiagnosticsType.instantiate({
                    browseName: new QualifiedName({ name: "SessionSecurityDiagnostics", namespaceIndex: 0 }),
                    componentOf: this.sessionObject,
                    extensionObject: this._sessionSecurityDiagnostics,
                    minimumSamplingInterval: 2000 // 2 seconds
                }) as UASessionSecurityDiagnostics;
    
                ensureObjectIsSecure(this.sessionSecurityDiagnostics);

                this._sessionSecurityDiagnostics = this.sessionSecurityDiagnostics.$extensionObject as SessionSecurityDiagnosticsDataTypeEx;
                assert(this._sessionSecurityDiagnostics.$session === this);
    
                const sessionSecurityDiagnosticsArray = this.getSessionSecurityDiagnosticsArray();
    
                // add sessionDiagnostics into sessionDiagnosticsArray
                const node = addElement(this._sessionSecurityDiagnostics, sessionSecurityDiagnosticsArray);
                ensureObjectIsSecure(node);

            }
    
        }

});
    
                this.sessionDiagnostics = sessionDiagnosticsVariableType.instantiate({
                    browseName: new QualifiedName({ name: "SessionDiagnostics", namespaceIndex: 0 }),
                    componentOf: this.sessionObject,
                    extensionObject: this._sessionDiagnostics,
                    minimumSamplingInterval: 2000 // 2 seconds
                }) as UASessionDiagnostics;
    
                this._sessionDiagnostics = this.sessionDiagnostics.$extensionObject as SessionDiagnosticsDataTypeEx;
                assert(this._sessionDiagnostics.$session === this);
    
                const sessionDiagnosticsArray = this.getSessionDiagnosticsArray();
    
                // add sessionDiagnostics into sessionDiagnosticsArray
                addElement(this._sessionDiagnostics, sessionDiagnosticsArray);
    
            }
    
        } 
        function createSessionSecurityDiagnosticsStuff(this: ServerSession) {