Examples with TYPE org.jvnet.hk2.config.Changed.TYPE used on opensource projects

Example 21 with TYPE

use of org.jvnet.hk2.config.Changed.TYPE in project Payara by payara.

the class CreateMessageSecurityProvider method execute.

/**
 * Executes the command with the command parameters passed as Properties
 * where the keys are parameter names and the values the parameter values
 *
 * @param context information
 */
@Override
public void execute(AdminCommandContext context) {
    final ActionReport report = context.getActionReport();
    List<MessageSecurityConfig> mscs = secService.getMessageSecurityConfig();
    // Let's find the correct MessageSecurityConfig. As of now,
    // there can be only two of them - one for SOAP and one for
    // HttpServlet
    MessageSecurityConfig msgSecCfg = null;
    for (MessageSecurityConfig msc : mscs) {
        if (msc.getAuthLayer().equals(authLayer)) {
            msgSecCfg = msc;
        }
    }
    // then, add a new provider config under it provided it is not duplicate
    if (msgSecCfg != null) {
        // check if there exists a provider config by the
        // specified provider name; if so return failure.
        List<ProviderConfig> pcs = msgSecCfg.getProviderConfig();
        for (ProviderConfig pc : pcs) {
            if (pc.getProviderId().equals(providerId)) {
                report.setMessage(localStrings.getLocalString("create.message.security.provider.duplicatefound", "Message security provider named {0} exists. " + "Cannot add duplicate.", providerId));
                report.setActionExitCode(ActionReport.ExitCode.FAILURE);
                return;
            }
        }
        // No duplicate message security providers found. So add one.
        try {
            ConfigSupport.apply(new SingleConfigCode<MessageSecurityConfig>() {

                public Object run(MessageSecurityConfig param) throws PropertyVetoException, TransactionFailure {
                    ProviderConfig newPC = param.createChild(ProviderConfig.class);
                    populateProviderConfigElement(newPC);
                    param.getProviderConfig().add(newPC);
                    // security config object
                    if (isDefaultProvider) {
                        if (providerType.equals(SERVER) || providerType.equals(CLIENT_SERVER)) {
                            param.setDefaultProvider(providerId);
                        }
                        if (providerType.equals(CLIENT) || providerType.equals(CLIENT_SERVER)) {
                            param.setDefaultClientProvider(providerId);
                        }
                    }
                    return newPC;
                }
            }, msgSecCfg);
        } catch (TransactionFailure e) {
            report.setMessage(localStrings.getLocalString("create.message.security.provider.fail", "Creation of message security provider named {0} failed", providerId));
            report.setActionExitCode(ActionReport.ExitCode.FAILURE);
            report.setFailureCause(e);
            return;
        }
        report.setActionExitCode(ActionReport.ExitCode.SUCCESS);
        report.setMessage(localStrings.getLocalString("create.message.security.provider.success", "Creation of message security provider named {0} completed " + "successfully", providerId));
    } else // Now if there is NO message security config for this type of layer
    // then, first add a message security config for the layer and then
    // add a provider config under this message security config
    {
        try {
            ConfigSupport.apply(new SingleConfigCode<SecurityService>() {

                public Object run(SecurityService param) throws PropertyVetoException, TransactionFailure {
                    MessageSecurityConfig newMSC = param.createChild(MessageSecurityConfig.class);
                    newMSC.setAuthLayer(authLayer);
                    param.getMessageSecurityConfig().add(newMSC);
                    ProviderConfig newPC = newMSC.createChild(ProviderConfig.class);
                    populateProviderConfigElement(newPC);
                    newMSC.getProviderConfig().add(newPC);
                    // security config object
                    if (isDefaultProvider) {
                        if (providerType.equals(SERVER) || providerType.equals(CLIENT_SERVER)) {
                            newMSC.setDefaultProvider(providerId);
                        }
                        if (providerType.equals(CLIENT) || providerType.equals(CLIENT_SERVER)) {
                            newMSC.setDefaultClientProvider(providerId);
                        }
                    }
                    return newMSC;
                }
            }, secService);
        } catch (TransactionFailure e) {
            report.setMessage(localStrings.getLocalString("create.message.security.provider.fail", "Creation of message security provider named {0} failed", providerId));
            report.setActionExitCode(ActionReport.ExitCode.FAILURE);
            report.setFailureCause(e);
            return;
        }
        report.setActionExitCode(ActionReport.ExitCode.SUCCESS);
    /* report.setMessage(localStrings.getLocalString(
                "create.message.security.provider.success",
                "Creation of message security provider named {0} completed " +
                "successfully", providerId));  */
    }
}

Example 22 with TYPE

use of org.jvnet.hk2.config.Changed.TYPE in project Payara by payara.

the class ApplicationLifecycle method prepare.

@Override
public ApplicationDeployment prepare(Collection<? extends Sniffer> sniffers, final ExtendedDeploymentContext context) {
    StructuredDeploymentTracing tracing = StructuredDeploymentTracing.load(context);
    DeploymentSpan eventSpan = tracing.startSpan(DeploymentTracing.AppStage.PROCESS_EVENTS, Deployment.DEPLOYMENT_START.type());
    events.send(new Event<>(Deployment.DEPLOYMENT_START, context), false);
    eventSpan.close();
    currentDeploymentContext.get().push(context);
    final ActionReport report = context.getActionReport();
    final DeployCommandParameters commandParams = context.getCommandParameters(DeployCommandParameters.class);
    final String appName = commandParams.name();
    ApplicationInfo appInfo;
    Optional<ApplicationState> appState = hotDeployService.getApplicationState(context);
    final ClassLoader currentCL = Thread.currentThread().getContextClassLoader();
    ProgressTracker tracker = new ProgressTracker() {

        @Override
        public void actOn(Logger logger) {
            // loaded but may not be started. Issue 18263
            for (EngineRef module : get("loaded", EngineRef.class)) {
                try {
                    module.stop(context);
                } catch (Exception e) {
                // ignore
                }
            }
            try {
                PreDestroy.class.cast(context).preDestroy();
            } catch (Exception e) {
            // ignore
            }
            for (EngineRef module : get("loaded", EngineRef.class)) {
                try {
                    module.unload(context);
                } catch (Exception e) {
                // ignore
                }
            }
            try {
                ApplicationInfo appInfo = appRegistry.get(appName);
                if (appInfo != null) {
                    // send the event to close necessary resources
                    events.send(new Event<>(Deployment.APPLICATION_DISABLED, appInfo));
                }
            } catch (Exception e) {
            // ignore
            }
            for (EngineRef module : get("prepared", EngineRef.class)) {
                try {
                    module.clean(context);
                } catch (Exception e) {
                // ignore
                }
            }
            if (!commandParams.keepfailedstubs) {
                try {
                    context.clean();
                } catch (Exception e) {
                // ignore
                }
            }
            appRegistry.remove(appName);
        }
    };
    try (DeploymentSpan topSpan = tracing.startSpan(DeploymentTracing.AppStage.PREPARE);
        SpanSequence span = tracing.startSequence(DeploymentTracing.AppStage.PREPARE, "ArchiveMetadata")) {
        if (commandParams.origin == OpsParams.Origin.deploy && appRegistry.get(appName) != null && !commandParams.hotDeploy) {
            report.setMessage(localStrings.getLocalString("appnamenotunique", "Application name {0} is already in use. Please pick a different name.", appName));
            report.setActionExitCode(ActionReport.ExitCode.FAILURE);
            return null;
        }
        // defined virtual servers minus __asadmin on that target
        if (commandParams.virtualservers == null) {
            commandParams.virtualservers = DeploymentUtils.getVirtualServers(commandParams.target, env, domain);
        }
        if (commandParams.enabled == null) {
            commandParams.enabled = Boolean.TRUE;
        }
        if (commandParams.altdd != null) {
            context.getSource().addArchiveMetaData(DeploymentProperties.ALT_DD, commandParams.altdd);
        }
        if (commandParams.runtimealtdd != null) {
            context.getSource().addArchiveMetaData(DeploymentProperties.RUNTIME_ALT_DD, commandParams.runtimealtdd);
        }
        context.addTransientAppMetaData(ExtendedDeploymentContext.TRACKER, tracker);
        context.setPhase(DeploymentContextImpl.Phase.PREPARE);
        span.start("ArchiveHandler");
        ArchiveHandler handler = context.getArchiveHandler();
        if (handler == null) {
            handler = getArchiveHandler(context.getSource(), commandParams.type);
            context.setArchiveHandler(handler);
        }
        if (handler == null) {
            report.setMessage(localStrings.getLocalString("unknownarchivetype", "Archive type of {0} was not recognized", context.getSourceDir()));
            report.setActionExitCode(ActionReport.ExitCode.FAILURE);
            return null;
        }
        span.start(DeploymentTracing.AppStage.CLASS_SCANNING);
        if (handler.requiresAnnotationScanning(context.getSource())) {
            getDeployableTypes(context);
        }
        span.finish();
        // is that some container do not support to be restarted.
        if (sniffers != null && logger.isLoggable(Level.FINE)) {
            for (Sniffer sniffer : sniffers) {
                logger.log(FINE, "Before Sorting{0}", sniffer.getModuleType());
            }
        }
        span.start(DeploymentTracing.AppStage.PREPARE, "Sniffer");
        sniffers = getSniffers(handler, sniffers, context);
        final Collection<? extends Sniffer> selectedSniffers = sniffers;
        appState.ifPresent(s -> s.setSniffers(selectedSniffers));
        span.start(DeploymentTracing.AppStage.PREPARE, "ClassLoaderHierarchy");
        ClassLoaderHierarchy clh = habitat.getService(ClassLoaderHierarchy.class);
        span.start(DeploymentTracing.AppStage.PREPARE, "ClassLoader");
        context.createDeploymentClassLoader(clh, handler);
        events.send(new Event<>(Deployment.AFTER_DEPLOYMENT_CLASSLOADER_CREATION, context), false);
        Thread.currentThread().setContextClassLoader(context.getClassLoader());
        span.start(DeploymentTracing.AppStage.PREPARE, "Container");
        final List<EngineInfo> sortedEngineInfos;
        if (appState.map(ApplicationState::getEngineInfos).isPresent()) {
            sortedEngineInfos = appState.get().getEngineInfos();
            loadDeployers(sortedEngineInfos.stream().collect(toMap(EngineInfo::getDeployer, Function.identity())), context);
        } else {
            sortedEngineInfos = setupContainerInfos(handler, sniffers, context);
            appState.ifPresent(s -> s.setEngineInfos(sortedEngineInfos));
        }
        // a bit more is happening here, but I cannot quite describe it yet
        span.start(DeploymentTracing.AppStage.CREATE_CLASSLOADER);
        if (sortedEngineInfos.isEmpty()) {
            throw new DeploymentException(localStrings.getLocalString("unknowncontainertype", "There is no installed container capable of handling this application {0}", context.getSource().getName()));
        }
        if (logger.isLoggable(Level.FINE)) {
            for (EngineInfo info : sortedEngineInfos) {
                logger.log(FINE, "After Sorting {0}", info.getSniffer().getModuleType());
            }
        }
        // create a temporary application info to hold metadata
        // so the metadata could be accessed at classloader
        // construction time through ApplicationInfo
        ApplicationInfo tempAppInfo = new ApplicationInfo(events, context.getSource(), appName);
        for (Object m : context.getModuleMetadata()) {
            tempAppInfo.addMetaData(m);
        }
        tempAppInfo.setIsJavaEEApp(sortedEngineInfos);
        // set the flag on the archive to indicate whether it's
        // a JavaEE archive or not
        context.getSource().setExtraData(Boolean.class, tempAppInfo.isJavaEEApp());
        appRegistry.add(appName, tempAppInfo);
        try {
            notifyLifecycleInterceptorsBefore(ExtendedDeploymentContext.Phase.PREPARE, context);
        } catch (Throwable interceptorException) {
            report.failure(logger, "Exception while invoking the lifecycle interceptor", null);
            report.setFailureCause(interceptorException);
            logger.log(SEVERE, KernelLoggerInfo.lifecycleException, interceptorException);
            tracker.actOn(logger);
            return null;
        }
        events.send(new Event<>(Deployment.DEPLOYMENT_BEFORE_CLASSLOADER_CREATION, context), false);
        context.createApplicationClassLoader(clh, handler);
        tempAppInfo.setAppClassLoader(context.getFinalClassLoader());
        events.send(new Event<>(Deployment.AFTER_APPLICATION_CLASSLOADER_CREATION, context), false);
        // this is a first time deployment as opposed as load following an unload event,
        // we need to create the application info
        // todo : we should come up with a general Composite API solution
        final ModuleInfo moduleInfo;
        try (SpanSequence innerSpan = span.start(DeploymentTracing.AppStage.PREPARE, "Module")) {
            if (appState.map(ApplicationState::getModuleInfo).isPresent()) {
                moduleInfo = appState.get().getModuleInfo();
                moduleInfo.reset();
            } else {
                moduleInfo = prepareModule(sortedEngineInfos, appName, context, tracker);
                appState.ifPresent(s -> s.setModuleInfo(moduleInfo));
            }
            // Now that the prepare phase is done, any artifacts
            // should be available.  Go ahead and create the
            // downloadable client JAR.  We want to do this now, or
            // at least before the load and start phases, because
            // (for example) the app client deployer start phase
            // needs to find all generated files when it runs.
            final ClientJarWriter cjw = new ClientJarWriter(context);
            cjw.run();
        } catch (Throwable prepareException) {
            report.failure(logger, "Exception while preparing the app", null);
            report.setFailureCause(prepareException);
            logger.log(SEVERE, KernelLoggerInfo.lifecycleException, prepareException);
            tracker.actOn(logger);
            return null;
        }
        span.start(DeploymentTracing.AppStage.PROCESS_EVENTS, Deployment.APPLICATION_PREPARED.type());
        // is not a composite module.
        if (appState.map(ApplicationState::getApplicationInfo).isPresent()) {
            appInfo = appState.get().getApplicationInfo();
            appInfo.reset(context.getSource());
            for (Object metadata : context.getModuleMetadata()) {
                moduleInfo.addMetaData(metadata);
                appInfo.addMetaData(metadata);
            }
        } else if ((appInfo = context.getModuleMetaData(ApplicationInfo.class)) == null) {
            ApplicationInfo applicationInfo = new ApplicationInfo(events, context.getSource(), appName);
            appInfo = applicationInfo;
            appInfo.addModule(moduleInfo);
            appState.ifPresent(s -> s.setApplicationInfo(applicationInfo));
            for (Object metadata : context.getModuleMetadata()) {
                moduleInfo.addMetaData(metadata);
                appInfo.addMetaData(metadata);
            }
        } else {
            for (EngineRef ref : moduleInfo.getEngineRefs()) {
                appInfo.add(ref);
            }
        }
        // remove the temp application info from the registry
        // first, then register the real one
        appRegistry.remove(appName);
        appInfo.setIsJavaEEApp(sortedEngineInfos);
        appRegistry.add(appName, appInfo);
        notifyLifecycleInterceptorsAfter(ExtendedDeploymentContext.Phase.PREPARE, context);
        // send the APPLICATION_PREPARED event
        // set the phase and thread context classloader properly
        // before sending the event
        context.setPhase(DeploymentContextImpl.Phase.PREPARED);
        Thread.currentThread().setContextClassLoader(context.getClassLoader());
        appInfo.setAppClassLoader(context.getClassLoader());
        appState.ifPresent(s -> s.setApplicationClassLoader(context.getClassLoader()));
        events.send(new Event<>(Deployment.APPLICATION_PREPARED, context), false);
        if (loadOnCurrentInstance(context)) {
            appInfo.setLibraries(commandParams.libraries());
            try (SpanSequence innerSpan = span.start(DeploymentTracing.AppStage.LOAD)) {
                notifyLifecycleInterceptorsBefore(ExtendedDeploymentContext.Phase.LOAD, context);
                appInfo.load(context, tracker);
                notifyLifecycleInterceptorsAfter(ExtendedDeploymentContext.Phase.LOAD, context);
            } catch (Throwable loadException) {
                logger.log(SEVERE, KernelLoggerInfo.lifecycleException, loadException);
                report.failure(logger, "Exception while loading the app", null);
                report.setFailureCause(loadException);
                tracker.actOn(logger);
                return null;
            }
        }
    } catch (DeploymentException de) {
        report.failure(logger, de.getMessage());
        tracker.actOn(logger);
        return null;
    } catch (Exception e) {
        report.failure(logger, localStrings.getLocalString("error.deploying.app", "Exception while deploying the app [{0}]", appName), null);
        report.setFailureCause(e);
        logger.log(SEVERE, KernelLoggerInfo.lifecycleException, e);
        tracker.actOn(logger);
        return null;
    } finally {
        Thread.currentThread().setContextClassLoader(currentCL);
        if (report.getActionExitCode() != ActionReport.ExitCode.SUCCESS) {
            context.postDeployClean(false);
            events.send(new Event<>(Deployment.DEPLOYMENT_FAILURE, context));
        }
    }
    ApplicationDeployment depl = new ApplicationDeployment(appInfo, context);
    appRegistry.addTransient(depl);
    return depl;
}

Example 23 with TYPE

use of org.jvnet.hk2.config.Changed.TYPE in project Payara by payara.

the class ApplicationLifecycle method setupContainerInfos.

/**
 * set up containers and prepare the sorted ModuleInfos
 * @param handler
 * @param sniffers
 * @param context
 * @return
 * @throws java.lang.Exception
 */
@Override
public List<EngineInfo> setupContainerInfos(final ArchiveHandler handler, Collection<? extends Sniffer> sniffers, DeploymentContext context) throws Exception {
    final ActionReport report = context.getActionReport();
    StructuredDeploymentTracing tracing = StructuredDeploymentTracing.load(context);
    Map<Deployer, EngineInfo> containerInfosByDeployers = new LinkedHashMap<>();
    for (Sniffer sniffer : sniffers) {
        if (sniffer.getContainersNames() == null || sniffer.getContainersNames().length == 0) {
            report.failure(logger, "no container associated with application of type : " + sniffer.getModuleType(), null);
            throw new DeploymentException(localStrings.getLocalString("unknowncontainertype", "There is no installed container capable of handling this application {0}", context.getSource().getName()));
        }
        final String containerName = sniffer.getContainersNames()[0];
        EngineInfo engineInfo = startEngine(context, sniffer, containerName);
        Deployer deployer = startDeployer(context, containerName, engineInfo);
        containerInfosByDeployers.put(deployer, engineInfo);
    }
    // all containers that have recognized parts of the application being deployed
    // have now been successfully started. Start the deployment process.
    List<EngineInfo> sortedEngineInfos = new ArrayList<>();
    // ok everything is satisfied, just a matter of running things in order
    List<Deployer> orderedDeployers = loadDeployers(containerInfosByDeployers, context);
    // now load metadata from deployers.
    for (Deployer deployer : orderedDeployers) {
        if (logger.isLoggable(Level.FINE)) {
            logger.log(FINE, "Ordered Deployer {0}", deployer.getClass());
        }
        final MetaData metadata = deployer.getMetaData();
        EngineInfo engineInfo = containerInfosByDeployers.get(deployer);
        try (DeploymentSpan span = tracing.startSpan(TraceContext.Level.CONTAINER, engineInfo.getSniffer().getModuleType(), DeploymentTracing.AppStage.PREPARE, "MetaData")) {
            if (metadata != null) {
                if (metadata.provides() == null || metadata.provides().length == 0) {
                    deployer.loadMetaData(null, context);
                } else {
                    for (Class<?> provide : metadata.provides()) {
                        if (context.getModuleMetaData(provide) == null) {
                            context.addModuleMetaData(deployer.loadMetaData(provide, context));
                        } else {
                            deployer.loadMetaData(null, context);
                        }
                    }
                }
            } else {
                deployer.loadMetaData(null, context);
            }
        } catch (Exception e) {
            report.failure(logger, "Exception while invoking " + deployer.getClass() + " prepare method", e);
            throw e;
        }
        sortedEngineInfos.add(containerInfosByDeployers.get(deployer));
    }
    return sortedEngineInfos;
}

Example 24 with TYPE

use of org.jvnet.hk2.config.Changed.TYPE in project Payara by payara.

the class GetHealthCheckConfiguration method addThresholdDiagnosticsCheckerExtraProps.

private void addThresholdDiagnosticsCheckerExtraProps(Properties thresholdDiagnosticsExtraProps, ThresholdDiagnosticsChecker thresholdDiagnosticsChecker) {
    Map<String, Object> extraPropsMap = new HashMap<>(8);
    extraPropsMap.put("checkerName", thresholdDiagnosticsChecker.getName());
    extraPropsMap.put("enabled", thresholdDiagnosticsChecker.getEnabled());
    extraPropsMap.put("time", thresholdDiagnosticsChecker.getTime());
    extraPropsMap.put("unit", thresholdDiagnosticsChecker.getUnit());
    extraPropsMap.put("addToMicroProfileHealth", thresholdDiagnosticsChecker.getAddToMicroProfileHealth());
    if (thresholdDiagnosticsChecker.getProperty(THRESHOLD_CRITICAL) != null) {
        extraPropsMap.put("thresholdCritical", thresholdDiagnosticsChecker.getProperty(THRESHOLD_CRITICAL).getValue());
    }
    if (thresholdDiagnosticsChecker.getProperty(THRESHOLD_WARNING) != null) {
        extraPropsMap.put("thresholdWarning", thresholdDiagnosticsChecker.getProperty(THRESHOLD_WARNING).getValue());
    }
    if (thresholdDiagnosticsChecker.getProperty(THRESHOLD_GOOD) != null) {
        extraPropsMap.put("thresholdGood", thresholdDiagnosticsChecker.getProperty(THRESHOLD_GOOD).getValue());
    }
    // Get the checker type
    ConfigView view = ConfigSupport.getImpl(thresholdDiagnosticsChecker);
    CheckerConfigurationType annotation = view.getProxyType().getAnnotation(CheckerConfigurationType.class);
    // Add the extraPropsMap as a property with a name matching its checker type
    switch(annotation.type()) {
        case CONNECTION_POOL:
            thresholdDiagnosticsExtraProps.put(connectionPoolPropertyName, extraPropsMap);
            break;
        case CPU_USAGE:
            thresholdDiagnosticsExtraProps.put(cpuUsagePropertyName, extraPropsMap);
            break;
        case GARBAGE_COLLECTOR:
            thresholdDiagnosticsExtraProps.put(garbageCollectorPropertyName, extraPropsMap);
            break;
        case HEAP_MEMORY_USAGE:
            thresholdDiagnosticsExtraProps.put(heapMemoryUsagePropertyName, extraPropsMap);
            break;
        case MACHINE_MEMORY_USAGE:
            thresholdDiagnosticsExtraProps.put(machineMemoryUsagePropertyName, extraPropsMap);
            break;
        case STUCK_THREAD:
            thresholdDiagnosticsExtraProps.put(stuckThreadsPropertyName, extraPropsMap);
            break;
    }
}

Example 25 with TYPE

use of org.jvnet.hk2.config.Changed.TYPE in project Payara by payara.

the class DynamicConfigListener method changed.

@Override
public synchronized UnprocessedChangeEvents changed(final PropertyChangeEvent[] events) {
    return ConfigSupport.sortAndDispatch(events, new Changed() {

        @Override
        public <T extends ConfigBeanProxy> NotProcessed changed(TYPE type, Class<T> tClass, T t) {
            if (logger.isLoggable(Level.FINE)) {
                logger.log(Level.FINE, "NetworkConfig changed {0} {1} {2}", new Object[] { type, tClass, t });
            }
            if (tClass == NetworkListener.class && t instanceof NetworkListener) {
                return processNetworkListener(type, (NetworkListener) t, events);
            } else if (tClass == Http.class && t instanceof Http) {
                return processProtocol(type, (Protocol) t.getParent(), events);
            } else if (tClass == FileCache.class && t instanceof FileCache) {
                return processProtocol(type, (Protocol) t.getParent().getParent(), null);
            } else if (tClass == Ssl.class && t instanceof Ssl) {
                /*
                         * Make sure the SSL parent is in fact a protocol.  It could
                         * be a jmx-connector.
                     */
                final ConfigBeanProxy parent = t.getParent();
                if (parent instanceof Protocol) {
                    return processProtocol(type, (Protocol) parent, null);
                }
            } else if (tClass == Protocol.class && t instanceof Protocol) {
                return processProtocol(type, (Protocol) t, null);
            } else if (tClass == ThreadPool.class && t instanceof ThreadPool) {
                NotProcessed notProcessed = null;
                ThreadPool threadPool = (ThreadPool) t;
                for (NetworkListener listener : threadPool.findNetworkListeners()) {
                    notProcessed = processNetworkListener(type, listener, null);
                }
                // Throw an unprocessed event change if one hasn't already if HTTP or ThreadPool monitoring is enabled.
                MonitoringService ms = config.getMonitoringService();
                String threadPoolLevel = ms.getModuleMonitoringLevels().getThreadPool();
                String httpServiceLevel = ms.getModuleMonitoringLevels().getHttpService();
                if (((threadPoolLevel != null && !threadPoolLevel.equals(OFF)) || (httpServiceLevel != null && !httpServiceLevel.equals(OFF))) && notProcessed == null) {
                    notProcessed = new NotProcessed("Monitoring statistics will be incorrect for " + threadPool.getName() + " until restart due to changed attribute(s).");
                }
                return notProcessed;
            } else if (tClass == Transport.class && t instanceof Transport) {
                NotProcessed notProcessed = null;
                for (NetworkListener listener : ((Transport) t).findNetworkListeners()) {
                    notProcessed = processNetworkListener(type, listener, null);
                }
                return notProcessed;
            } else if (tClass == VirtualServer.class && t instanceof VirtualServer && !grizzlyService.hasMapperUpdateListener()) {
                return processVirtualServer(type, (VirtualServer) t);
            } else if (tClass == SystemProperty.class && t instanceof SystemProperty) {
                NetworkConfig networkConfig = config.getNetworkConfig();
                if ((networkConfig != null) && ((SystemProperty) t).getName().endsWith("LISTENER_PORT")) {
                    for (NetworkListener listener : networkConfig.getNetworkListeners().getNetworkListener()) {
                        if (listener.getPort().equals(((SystemProperty) t).getValue())) {
                            return processNetworkListener(Changed.TYPE.CHANGE, listener, events);
                        }
                    }
                }
                return null;
            }
            return null;
        }
    }, logger);
}