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RHQ Enterprise Agent-Server Communications Layer
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/*
* RHQ Management Platform
* Copyright (C) 2005-2008 Red Hat, Inc.
* All rights reserved.
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation version 2 of the License.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*/
package org.rhq.enterprise.communications;
import java.io.File;
import java.io.InputStream;
import java.io.OutputStream;
import java.lang.management.ManagementFactory;
import java.net.InetAddress;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import java.util.Set;
import java.util.Vector;
import java.util.concurrent.atomic.AtomicLong;
import java.util.prefs.Preferences;
import javax.management.InstanceNotFoundException;
import javax.management.MBeanRegistrationException;
import javax.management.MBeanServer;
import javax.management.MBeanServerFactory;
import javax.management.ObjectName;
import mazz.i18n.Logger;
import org.jboss.remoting.InvalidConfigurationException;
import org.jboss.remoting.InvokerLocator;
import org.jboss.remoting.ServerInvocationHandler;
import org.jboss.remoting.ServerInvoker;
import org.jboss.remoting.detection.multicast.MulticastDetector;
import org.jboss.remoting.ident.Identity;
import org.jboss.remoting.network.NetworkRegistry;
import org.jboss.remoting.security.SSLServerSocketFactoryService;
import org.jboss.remoting.security.SSLSocketBuilder;
import org.jboss.remoting.transport.Connector;
import org.jboss.remoting.transport.coyote.ssl.RemotingSSLImplementation;
import org.rhq.core.util.ObjectNameFactory;
import org.rhq.enterprise.communications.command.client.ClientCommandSender;
import org.rhq.enterprise.communications.command.client.ClientCommandSenderConfiguration;
import org.rhq.enterprise.communications.command.client.ClientRemotePojoFactory;
import org.rhq.enterprise.communications.command.client.JBossRemotingRemoteCommunicator;
import org.rhq.enterprise.communications.command.client.RemoteCommunicator;
import org.rhq.enterprise.communications.command.client.RemoteInputStream;
import org.rhq.enterprise.communications.command.client.RemoteOutputStream;
import org.rhq.enterprise.communications.command.impl.remotepojo.server.RemotePojoInvocationCommandService;
import org.rhq.enterprise.communications.command.impl.stream.RemoteInputStreamCommand;
import org.rhq.enterprise.communications.command.impl.stream.RemoteOutputStreamCommand;
import org.rhq.enterprise.communications.command.impl.stream.server.RemoteInputStreamCommandService;
import org.rhq.enterprise.communications.command.impl.stream.server.RemoteOutputStreamCommandService;
import org.rhq.enterprise.communications.command.server.CommandAuthenticator;
import org.rhq.enterprise.communications.command.server.CommandListener;
import org.rhq.enterprise.communications.command.server.CommandProcessor;
import org.rhq.enterprise.communications.command.server.CommandService;
import org.rhq.enterprise.communications.command.server.CommandServiceDirectory;
import org.rhq.enterprise.communications.command.server.CommandServiceId;
import org.rhq.enterprise.communications.command.server.KeyProperty;
import org.rhq.enterprise.communications.command.server.discovery.AutoDiscoveryListener;
import org.rhq.enterprise.communications.i18n.CommI18NFactory;
import org.rhq.enterprise.communications.i18n.CommI18NResourceKeys;
import org.rhq.enterprise.communications.util.ConcurrencyManager;
import org.rhq.enterprise.communications.util.SecurityUtil;
/**
* This is the main container that manages the communications services required by the server to accept incoming command
* requests.
*
* @author John Mazzitelli
*/
public class ServiceContainer {
/**
* The JMX domain where all the services are registered.
*/
public static final String JMX_DOMAIN = "rhq.remoting";
/**
* The default name of the network registry service.
*/
public static final ObjectName OBJECTNAME_CMDSERVICE_DIRECTORY = ObjectNameFactory.create(JMX_DOMAIN
+ ":type=directory");
/**
* The default name of the network registry service.
*/
public static final ObjectName OBJECTNAME_NETWORK_REGISTRY = ObjectNameFactory.create(JMX_DOMAIN
+ ":type=networkregistry");
/**
* The default name of the multicast detector service.
*/
public static final ObjectName OBJECTNAME_MULTICAST_DETECTOR = ObjectNameFactory.create(JMX_DOMAIN
+ ":type=detector,transport=multicast");
/**
* The default name of the multicast detector service.
*/
public static final ObjectName OBJECTNAME_CONNECTOR = ObjectNameFactory.create(JMX_DOMAIN + ":type=connector");
/**
* The default name of the SSL server socket factory service.
*/
public static final ObjectName OBJECTNAME_SSL_SERVERSOCKET_FACTORY = ObjectNameFactory.create(JMX_DOMAIN
+ ":type=sslserversocketfactory");
/**
* This is the JBoss/Remoting subsystem that our invoker handlers/command services will be listening to.
*/
private static final String SUBSYSTEM = "RHQ";
/**
* This is what all command service instances will be named with the exception that all names must also have an
* additional key property which is an index number to make each name unique ({@link KeyProperty#ID}). This object
* name predefines the default subsystem name.
*/
private static final ObjectName OBJECTNAME_CMDSERVICE_INSTANCE = ObjectNameFactory.create(JMX_DOMAIN + ":"
+ KeyProperty.TYPE + "=" + KeyProperty.TYPE_COMMAND + "," + KeyProperty.SUBSYSTEM + "=" + SUBSYSTEM);
/**
* Logger
*/
private static final Logger LOG = CommI18NFactory.getLogger(ServiceContainer.class);
/**
* The MBeanServer that will contain all of our services.
*/
private MBeanServer m_mbs;
/**
* If the m_mbs MBeanServer that contains all of our services was
* {@link #findOrCreateMBeanServer(String) created by this container}, this will be true. If the
* MBeanServer was given to the container (either via the
* {@link #start(Preferences, ClientCommandSenderConfiguration, MBeanServer)} method or it already existed and was
* {@link #findOrCreateMBeanServer(String) found by its name}, this will be false.
*/
private boolean m_mbsCreated;
/**
* The configuration that was used to initialize the container.
*/
private ServiceContainerConfiguration m_configuration;
/**
* The Network Registry service which is used to register known servers and emit notifications about servers coming
* on and offline.
*/
private NetworkRegistry m_registry;
/**
* The detector service that can listen for new servers coming online and old servers going offline.
*/
private MulticastDetector m_detector;
/**
* The directory that lists all known command services.
*/
private CommandServiceDirectory m_commandServiceDirectory;
/**
* The special command service that provides the server-side functionality needed to remote POJOs. We will add POJOs
* to this command service in order to remote them.
*/
private RemotePojoInvocationCommandService m_remotePojoCommandService;
/**
* The special command service that provides the server-side functionality needed to remote input streams. We will
* add input streams to this command service in order to remote them.
*/
private RemoteInputStreamCommandService m_remoteInputStreamCommandService;
/**
* The special command service that provides the server-side functionality needed to remote output streams. We will
* add output streams to this command service in order to remote them.
*/
private RemoteOutputStreamCommandService m_remoteOutputStreamCommandService;
/**
* The server connector - this is the service that actually accepts incoming messages.
*/
private Connector m_connector;
/**
* The factory service that will be used to create secure server sockets. Will be null if the
* connector's transport does not require a secure protocol.
*/
private SSLServerSocketFactoryService m_sslServerSocketFactoryService;
/**
* The listener of network notifications that will receive notifications when new servers are discovered or old
* servers have died.
*/
private ServiceContainerNetworkNotificationListener m_discoveryListener;
/**
* If this server-side object needs to act as a client and send commands to an external server, this is the
* configuration that should be used to configure the client.
*/
private ClientCommandSenderConfiguration m_clientConfiguration;
/**
* This is the current index that will be assigned to the next service to be added. It is a constantly growing
* number, incremented each time a new service has been added to the system, thus making each service name unique.
*/
private AtomicLong m_servicesIndex;
/**
* Listeners that will be added to the {@link CommandProcessor} when started.
*/
private final List m_commandListeners;
/**
* The listeners that will receive notifications when new {@link ClientCommandSender sender} objects are created by
* this service container.
*/
private final List m_senderCreationListeners;
/**
* This is a manager that can be used by objects that either own, use or have access to {@link ServiceContainer}
* object. It can be used, for example, by command services to restrict concurrent access. The concurrency manager
* is not used by this object directly; it here just as a place to hold it so other objects (like command services
* and management MBeans) can get to it.
*/
private ConcurrencyManager m_concurrencyManager;
/**
* Custom data is a way to share information across disparate components so long as those components
* have access to this service container object. This data is never used by the service container - it
* can be null, empty, or chock full of data. No validation is performed on this data.
*/
private Map m_customData;
/**
* Private to prevent external instantiation.
*/
public ServiceContainer() {
m_discoveryListener = new ServiceContainerNetworkNotificationListener();
m_senderCreationListeners = new Vector(); // synchronized
m_commandListeners = new ArrayList();
m_customData = new HashMap();
}
/**
* Returns custom data identified with the given key. If no data exists that is identified by that key,
* null is returned.
*
* @param key identifies the custom data to return - if null, this method returns null
* @return the custom data or null if there is no custom data associated with the given key
*/
public Object getCustomData(String key) {
if (key == null) {
return null;
}
synchronized (this.m_customData) {
return this.m_customData.get(key);
}
}
/**
* Stores the given custom data to be identified with the given key. You can retrieve this data
* via {@link #getCustomData(String)}.
*
* @param key identifies the custom data to store - if null, this method does nothing and returns.
* @param data custom data to add - it will be associated with the given key.
*/
public void addCustomData(String key, Object data) {
if (key == null) {
return;
}
synchronized (this.m_customData) {
if (data != null) {
this.m_customData.put(key, data);
} else {
this.m_customData.remove(key);
}
}
return;
}
/**
* Returns the configuration preferences that were used when the service container was
* {@link #start(Preferences, ClientCommandSenderConfiguration) started}.
*
* If this container is not started (e.g. it has been {@link #shutdown()}), this will return
* null.
*
* @return configuration properties
*/
public ServiceContainerConfiguration getConfiguration() {
return m_configuration;
}
/**
* Returns the MBeanServer that is housing all the services.
*
* If this container is not initialized (e.g. it has been {@link #shutdown()}), this will return
* null.
*
* @return mbs
*/
public MBeanServer getMBeanServer() {
return m_mbs;
}
/**
* Returns a string that identifies the server's socket endpoint.
*
* @return server endpoint
*/
public String getServerEndpoint() {
String locator = null;
if (m_connector != null) {
try {
locator = m_connector.getInvokerLocator();
} catch (Exception e) {
RuntimeException re = new RuntimeException(e);
throw re; // this never should happen;
}
}
return locator;
}
/**
* Returns the configuration that the server-side services will use when it needs to be a client itself and send
* commands to a remote server. The returned client configuration is a copy - changes made to it will not affect
* this container's clients.
*
* @return configuration of the clients that are created by this container
*/
public ClientCommandSenderConfiguration getClientConfiguration() {
return m_clientConfiguration.copy();
}
/**
* Returns a manager that can be used by objects that either own, use or have access to this
* {@link ServiceContainer} object. It can be used, for example, by command services to restrict concurrent access.
* Callers must not cache this object for more than a single permit/release cycle or otherwise assume they know the
* specific concurrency manager instance that is being used, in case a new manager has been installed with different
* configuration (see {@link #setConcurrencyManager(ConcurrencyManager)}).
*
* @return concurrency manager object
*/
public ConcurrencyManager getConcurrencyManager() {
return m_concurrencyManager;
}
/**
* Allows the caller to provide a reconfigured concurrency manager. This is useful if new concurrency limits should
* be imposed on users of this manager. It is assumed clients are not caching the object returned by
* {@link #getConcurrencyManager()}, otherwise, they will not pick up the changes in any new managers that are
* installed by calls to this setter.
*
* We can't easily reconfigure existing concurrency manager objects due to the nature of the counting semaphore
* objects and not being able to nicely resize them to a specific value - hence we ask clients to get
* {@link #getConcurrencyManager()} when they need to get a permit.
*
* @param concurrencyManager the new concurrency manager object that is being installed
*/
public void setConcurrencyManager(ConcurrencyManager concurrencyManager) {
m_concurrencyManager = concurrencyManager;
}
/**
* A convienence method that takes a {@link #getClientConfiguration() client configuration} and builds a sender
* object with it. Note that regardless of the transport specified in server_endpoint, this method will
* always place security configuration into the underlying remote communicator.
*
* @param server_endpoint a string that represents the remote endpoint to which the sender will connect and send
* commands
* @param client_config the client configuration which with to configure the sender
*
* @return a sender with the client configuration as defined in this container
*
* @throws RuntimeException if failed to create the sender
*/
public ClientCommandSender createClientCommandSenderWithSecurity(String server_endpoint,
ClientCommandSenderConfiguration client_config) {
Map ssl_config = new HashMap();
// these config settings are only used if the transport uses SSL, but since we don't know what remote endpoint
// the caller will really end up wanting to use, let's put these SSL config settings in here just in case
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_STORE_FILE_PATH, client_config.securityKeystoreFile);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_STORE_ALGORITHM, client_config.securityKeystoreAlgorithm);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_STORE_TYPE, client_config.securityKeystoreType);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_STORE_PASSWORD, client_config.securityKeystorePassword);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_PASSWORD, client_config.securityKeystoreKeyPassword);
ssl_config.put(SSLSocketBuilder.REMOTING_TRUST_STORE_FILE_PATH, client_config.securityTruststoreFile);
ssl_config.put(SSLSocketBuilder.REMOTING_TRUST_STORE_ALGORITHM, client_config.securityTruststoreAlgorithm);
ssl_config.put(SSLSocketBuilder.REMOTING_TRUST_STORE_TYPE, client_config.securityTruststoreType);
ssl_config.put(SSLSocketBuilder.REMOTING_TRUST_STORE_PASSWORD, client_config.securityTruststorePassword);
ssl_config.put(SSLSocketBuilder.REMOTING_SSL_PROTOCOL, client_config.securitySecureSocketProtocol);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_ALIAS, client_config.securityKeystoreAlias);
ssl_config.put(SSLSocketBuilder.REMOTING_SERVER_AUTH_MODE, Boolean
.toString(client_config.securityServerAuthMode));
ssl_config.put(SSLSocketBuilder.REMOTING_SOCKET_USE_CLIENT_MODE, "true");
try {
RemoteCommunicator remote_comm = new JBossRemotingRemoteCommunicator(server_endpoint, ssl_config);
for (ServiceContainerSenderCreationListener listener : m_senderCreationListeners) {
listener.preCreate(this, remote_comm, client_config);
}
ClientCommandSender sender = new ClientCommandSender(remote_comm, client_config);
for (ServiceContainerSenderCreationListener listener : m_senderCreationListeners) {
listener.postCreate(this, sender);
}
return sender;
} catch (Exception e) {
throw new RuntimeException(LOG.getMsgString(CommI18NResourceKeys.FAILED_TO_CREATE_SENDER, server_endpoint),
e);
}
}
/**
* A convienence method that takes a {@link #getClientConfiguration() client configuration} and builds a sender
* object with it. Note that this method will examine the transport specified in server_endpoint, and
* if (and only if) that transport requires security, the underlying remote communicator will get configured with
* security information found in the given client configuration. This is different than
* {@link #createClientCommandSenderWithSecurity(String, ClientCommandSenderConfiguration)}.
*
* Note that the given client_config may have its values modified by any registered
* {@link ServiceContainerSenderCreationListener sender creation listeners}, so callers should pass in a copy of
* their config object if they do not want it altered.
*
* @param server_endpoint a string that represents the remote endpoint to which the sender will connect and send
* commands
* @param client_config the client configuration which with to configure the sender
*
* @return a sender with the client configuration as defined in this container
*
* @throws RuntimeException if failed to create the sender
*/
public ClientCommandSender createClientCommandSender(String server_endpoint,
ClientCommandSenderConfiguration client_config) {
Map ssl_config = null;
if (SecurityUtil.isTransportSecure(server_endpoint)) {
ssl_config = new HashMap();
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_STORE_FILE_PATH, client_config.securityKeystoreFile);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_STORE_ALGORITHM, client_config.securityKeystoreAlgorithm);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_STORE_TYPE, client_config.securityKeystoreType);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_STORE_PASSWORD, client_config.securityKeystorePassword);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_PASSWORD, client_config.securityKeystoreKeyPassword);
ssl_config.put(SSLSocketBuilder.REMOTING_TRUST_STORE_FILE_PATH, client_config.securityTruststoreFile);
ssl_config.put(SSLSocketBuilder.REMOTING_TRUST_STORE_ALGORITHM, client_config.securityTruststoreAlgorithm);
ssl_config.put(SSLSocketBuilder.REMOTING_TRUST_STORE_TYPE, client_config.securityTruststoreType);
ssl_config.put(SSLSocketBuilder.REMOTING_TRUST_STORE_PASSWORD, client_config.securityTruststorePassword);
ssl_config.put(SSLSocketBuilder.REMOTING_SSL_PROTOCOL, client_config.securitySecureSocketProtocol);
ssl_config.put(SSLSocketBuilder.REMOTING_KEY_ALIAS, client_config.securityKeystoreAlias);
ssl_config.put(SSLSocketBuilder.REMOTING_SERVER_AUTH_MODE, Boolean
.toString(client_config.securityServerAuthMode));
ssl_config.put(SSLSocketBuilder.REMOTING_SOCKET_USE_CLIENT_MODE, "true");
}
try {
RemoteCommunicator remote_comm = new JBossRemotingRemoteCommunicator(server_endpoint, ssl_config);
for (ServiceContainerSenderCreationListener listener : m_senderCreationListeners) {
listener.preCreate(this, remote_comm, client_config);
}
ClientCommandSender sender = new ClientCommandSender(remote_comm, client_config);
for (ServiceContainerSenderCreationListener listener : m_senderCreationListeners) {
listener.postCreate(this, sender);
}
return sender;
} catch (Exception e) {
throw new RuntimeException(LOG.getMsgString(CommI18NResourceKeys.FAILED_TO_CREATE_SENDER, server_endpoint),
e);
}
}
/**
* This initializes the container with the given set of configuration preferences and starts the communications
* services. The configuration preferences are used to configure the internal services. Note that if
* {@link ServiceContainerConfigurationConstants#DISABLE_COMMUNICATIONS} is true, this method does
* nothing - all communications services will not be started.
*
* The client_configuration is used in case any of the server-side services need to act as a client
* and send commands out to another external server (as is the case when input streams are being remoted).
*
* @param configuration set of configuration preferences used to configure the internal server-side services
* @param client_configuration set of configuration preferences used to configure the internal client-side services
*
* @throws Exception if failed to initialize all of the services successfully
*
* @see #start(Preferences, ClientCommandSenderConfiguration, MBeanServer)
*/
public void start(Preferences configuration, ClientCommandSenderConfiguration client_configuration)
throws Exception {
start(configuration, client_configuration, null);
}
/**
* This initializes the container with the given set of configuration preferences and starts the communications
* services using the given MBeanServer to register the services. The configuration preferences are used to
* configure the internal services. Note that if
* {@link ServiceContainerConfigurationConstants#DISABLE_COMMUNICATIONS} is true, this method does
* nothing - all communications services will not be started.
*
* The client_configuration is used in case any of the server-side services need to act as a client
* and send commands out to another external server (as is the case when input streams are being remoted).
*
* If mbs is null, one will be provided. First, if
* {@link ServiceContainerConfiguration#getMBeanServerName()} returns null (meaning, it is not
* configured), then the {@link ManagementFactory#getPlatformMBeanServer() built-in JVM platform MBeanServer} will
* be used. If the configured MBeanServer name is non-null, a scan of all registered MBeanServers will
* be performed to see if an MBeanServer is registered with a default domain name equal to that configured
* {@link ServiceContainerConfiguration#getMBeanServerName() MBeanServer name}. If one exists, it will be used. If
* one does not yet exist, one will be created.
*
* @param configuration configuration preferences used to configure the internal server-side services
* @param client_configuration configuration preferences used to configure the internal client-side services
* @param mbs the MBeanServer where the services will be registered (may be null)
*
* @throws Exception if failed to initialize all of the services successfully
*/
public void start(Preferences configuration, ClientCommandSenderConfiguration client_configuration, MBeanServer mbs)
throws Exception {
// create our own copy of the configuration properties
m_configuration = new ServiceContainerConfiguration(configuration);
// make sure the configuration is up to date with the latest known, supported schema version
ServiceContainerConfigurationUpgrade.upgradeToLatest(m_configuration.getPreferences());
// if a concurrency manager was not provided yet, create one. if a global concurrency limit
// was defined, add our listener that will drop commands when the limit is exceeded
if (m_concurrencyManager == null) {
m_concurrencyManager = new ConcurrencyManager(null);
}
Integer globalConcurrencyLimit = m_configuration.getGlobalConcurrencyLimit();
if (globalConcurrencyLimit > 0) {
// create a new concurrency manager, add our global concurrency limit and replace the existing manager
Map limits = m_concurrencyManager.getAllConfiguredNumberOfPermitsAllowed();
limits.put(GlobalConcurrencyLimitCommandListener.CONCURRENCY_LIMIT_NAME, globalConcurrencyLimit);
m_concurrencyManager = new ConcurrencyManager(limits);
// add our listener that will drop commands if we reach our limit
addCommandListener(new GlobalConcurrencyLimitCommandListener(this));
LOG.info(CommI18NResourceKeys.GLOBAL_CONCURRENCY_LIMIT_SET, globalConcurrencyLimit);
} else {
LOG.info(CommI18NResourceKeys.GLOBAL_CONCURRENCY_LIMIT_DISABLED);
}
// now startup all the internal services necessary to begin receiving commands
boolean disabled = m_configuration.isCommunicationsDisabled();
if (!disabled) {
// create our own copy of the client configuration
m_clientConfiguration = client_configuration.copy();
// define the system property that tells JBoss/Remoting to put the jboss.identity file in our data directory
File jboss_identity_dir = m_configuration.getDataDirectory();
if (jboss_identity_dir != null) {
System.setProperty("jboss.identity.dir", jboss_identity_dir.getAbsolutePath());
}
// get the MBeanServer where we will put all of our services
if (mbs == null) {
findOrCreateMBeanServer(m_configuration.getMBeanServerName());
} else {
m_mbs = mbs;
m_mbsCreated = false;
}
// all services will get a unique index assigned from the current value of this counter
m_servicesIndex = new AtomicLong(0L);
// setup our services
setupDetector();
setupCommandServices();
setupServerConnector();
LOG.info(CommI18NResourceKeys.SERVICE_CONTAINER_STARTED);
} else {
LOG.info(CommI18NResourceKeys.SERVICE_CONTAINER_DISABLED);
}
return;
}
/**
* This method should be called when the services are no longer needed (for example, when the VM is shutting down).
* All started services will be stopped.
*/
public void shutdown() {
LOG.info(CommI18NResourceKeys.SERVICE_CONTAINER_SHUTTING_DOWN);
// stop connector
try {
if (m_connector != null) {
m_connector.stop();
m_connector.destroy();
}
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_SHUTDOWN_CONNECTOR_FAILURE);
}
// stop detector
try {
if (m_detector != null) {
m_detector.stop();
}
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_SHUTDOWN_DETECTOR_FAILURE);
}
// stop listening to registry notifications
try {
if (m_registry != null) {
m_registry.removeNotificationListener(m_discoveryListener);
}
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_UNREGISTER_LISTENER_FAILURE);
}
// stop the SSL server socket factory service
try {
if (m_sslServerSocketFactoryService != null) {
m_sslServerSocketFactoryService.stop();
m_sslServerSocketFactoryService.destroy();
}
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_SHUTDOWN_SSL_FACTORY_SERVICE_FAILURE);
}
// stop the remote pojo service
try {
if (m_remotePojoCommandService != null) {
m_remotePojoCommandService.stopService();
}
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_SHUTDOWN_REMOTE_POJO_SERVICE_FAILURE);
}
// stop the remote stream services
try {
if (m_remoteInputStreamCommandService != null) {
m_remoteInputStreamCommandService.stopService();
}
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_SHUTDOWN_REMOTE_STREAM_SERVICE_FAILURE);
}
try {
if (m_remoteOutputStreamCommandService != null) {
m_remoteOutputStreamCommandService.stopService();
}
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_SHUTDOWN_REMOTE_OUTSTREAM_SERVICE_FAILURE);
}
// clean up the MBeanServer
if (m_mbs != null) {
// remove the mbean server but only if we created it originally
// if the mbean server already existed, just unregister all our services from our JMX domain
try {
if (m_mbsCreated) {
MBeanServerFactory.releaseMBeanServer(m_mbs);
} else {
// unregister the services we know are registered, if we fail in any step, just keep going with the rest
// its possible we didn't fully initialize our MBS at startup; we just have to clean up the remaining
Set obj_names = m_mbs.queryNames(new ObjectName(JMX_DOMAIN + ":*"), null);
for (Iterator iter = obj_names.iterator(); iter.hasNext();) {
try {
ObjectName obj_name = (ObjectName) iter.next();
m_mbs.unregisterMBean(obj_name);
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_SHUTDOWN_MBS_FAILURE);
}
}
}
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_SHUTDOWN_MBS_FAILURE);
}
}
// null out all the fields - we are effectively shutdown right now
m_mbs = null;
m_mbsCreated = false;
m_configuration = null;
m_registry = null;
m_detector = null;
m_connector = null;
m_sslServerSocketFactoryService = null;
m_remotePojoCommandService = null;
m_remoteInputStreamCommandService = null;
m_remoteOutputStreamCommandService = null;
m_clientConfiguration = null;
m_servicesIndex = null;
m_concurrencyManager = null;
m_discoveryListener.removeAll();
m_commandListeners.clear();
m_senderCreationListeners.clear();
m_customData.clear();
LOG.info(CommI18NResourceKeys.SERVICE_CONTAINER_SHUTDOWN);
return;
}
/**
* Adds the given object as a listener that will receive notifications when new servers coming online have been
* discovered or old servers were discovered to have gone offline. You can add listeners at any time; regardless of
* whether this object is {@link #start(Preferences, ClientCommandSenderConfiguration) started} or
* {@link #shutdown() stopped}.
*
* @param listener the object that will receive the notifications
*/
public void addDiscoveryListener(AutoDiscoveryListener listener) {
m_discoveryListener.add(listener);
return;
}
/**
* Removes the given object as a listener so it will no longer receive discovery notifications. You can remove
* listeners at any time; regardless of whether this object is
* {@link #start(Preferences, ClientCommandSenderConfiguration) started} or {@link #shutdown() stopped}.
*
* @param listener the object that will no longer receive the notifications
*/
public void removeDiscoveryListener(AutoDiscoveryListener listener) {
m_discoveryListener.remove(listener);
return;
}
/**
* Adds the given listener so it can be notified everytime a new command is received. If the comm services are not
* already started, this listener will be added once the services are started.
*
* @param listener
*/
public void addCommandListener(CommandListener listener) {
synchronized (m_commandListeners) {
m_commandListeners.add(listener);
// if we are already started, hot-deploy the listener to the existing CommandProcessor
Connector connector = m_connector; // put in local var so we don't have to worry about synchronizing
if (connector != null) {
ServerInvocationHandler[] handlers = connector.getInvocationHandlers();
if (handlers != null) {
for (ServerInvocationHandler handler : handlers) {
if (handler instanceof CommandProcessor) {
((CommandProcessor) handler).addCommandListener(listener);
return;
}
}
}
}
}
return;
}
/**
* Removes the given listener so it no longer is notified when a new command is received.
*
* @param listener
*/
public void removeCommandListener(CommandListener listener) {
synchronized (m_commandListeners) {
m_commandListeners.remove(listener);
// if we are already started, remove the listener from the existing CommandProcessor
Connector connector = m_connector; // put in local var so we don't have to worry about synchronizing
if (connector != null) {
ServerInvocationHandler[] handlers = connector.getInvocationHandlers();
if (handlers != null) {
for (ServerInvocationHandler handler : handlers) {
if (handler instanceof CommandProcessor) {
((CommandProcessor) handler).removeCommandListener(listener);
return;
}
}
}
}
}
return;
}
/**
* Adds the given listener so it will be notified everytime this service container creates a new
* {@link ClientCommandSender sender}.
*
* @param listener
*/
public void addServiceContainerSenderCreationListener(ServiceContainerSenderCreationListener listener) {
m_senderCreationListeners.add(listener);
}
/**
* Removes the given listener so it no longer is notified when this service container creates a new
* {@link ClientCommandSender sender}.
*
* @param listener
*/
public void removeServiceContainerSenderCreationListener(ServiceContainerSenderCreationListener listener) {
m_senderCreationListeners.remove(listener);
}
/**
* Adds the given command service to the service container. Once added, the command service will be able to handle
* incoming requests for those commands it supports.
*
* @param command_service the new command service to add
*
* @return an ID that can be used by this object to later find the service again
*
* @throws Exception if failed to add the command service - it will not be able to process commands
*/
public CommandServiceId addCommandService(CommandService command_service) throws Exception {
long next_index = m_servicesIndex.incrementAndGet();
ObjectName new_name = ObjectNameFactory.create(OBJECTNAME_CMDSERVICE_INSTANCE + "," + KeyProperty.ID + "="
+ next_index);
command_service.setServiceContainer(this);
m_mbs.registerMBean(command_service, new_name);
CommandServiceId id = new CommandServiceId(Long.toString(next_index));
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_ADDED_COMMAND_SERVICE, command_service.getClass().getName(),
id);
return id;
}
/**
* Adds the given command service to the service container where the command service classname is specified. Once
* added, the command service will be able to handle incoming requests for those commands it supports.
*
* @param command_service_class_name the class name of the new command service to add
*
* @return an ID that can be used by this object to later find the service again
*
* @throws Exception if failed to instantiate and add the command service - it will not be able to process commands
*
* @see #addCommandService(CommandService)
*/
public CommandServiceId addCommandService(String command_service_class_name) throws Exception {
CommandService commandService = (CommandService) Class.forName(command_service_class_name).newInstance();
return addCommandService(commandService);
}
/**
* Removes a command service that is identified by the given ID.
*
* @param id identifies the command service to remove
*/
public void removeCommandService(CommandServiceId id) {
ObjectName name = ObjectNameFactory.create(OBJECTNAME_CMDSERVICE_INSTANCE + "," + KeyProperty.ID + "=" + id);
try {
m_mbs.unregisterMBean(name);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_REMOVED_COMMAND_SERVICE, id, name);
} catch (InstanceNotFoundException e) {
LOG.debug(CommI18NResourceKeys.CANNOT_REMOVE_UNREGISTERED_CMDSERVICE, id, name, e);
} catch (MBeanRegistrationException e) {
LOG.warn(CommI18NResourceKeys.CANNOT_REMOVE_CMDSERVICE, id, name, e);
}
return;
}
/**
* Enables the POJO to receive remote invocations. This method will add the appropriate command service if one is
* needed. Once this method returns, the given POJO can be remotely invoked via a {@link ClientRemotePojoFactory}
* generated proxy object.
*
* Note that only one POJO of the given interface can be remoted.
*
* @param pojo the object to make remotely accessible
* @param interface_name the name of one of the pojo's interfaces that is to be exposed as its remote
* interface
*
* @throws Exception if failed to instantiate and add the command service - it will not be able to process remote
* invocation requests to the POJO
*
* @see ClientRemotePojoFactory#getRemotePojo(Class)
*/
public void addRemotePojo(Object pojo, String interface_name) throws Exception {
synchronized (this) {
if (m_remotePojoCommandService == null) {
// the remote POJO command service hasn't been created yet, let's do it now
m_remotePojoCommandService = new RemotePojoInvocationCommandService();
addCommandService(m_remotePojoCommandService);
}
}
m_remotePojoCommandService.addPojo(pojo, interface_name);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_ADDED_REMOTE_POJO, pojo.getClass().getName(), interface_name);
return;
}
/**
* Similar to {@link #addRemotePojo(Object, String)} except this method allows you to provide the actual interface
* class representation, as opposed to its name as a String.
*
* @param pojo the object to make remotely accessible
* @param pojo_interface the interface that is to be exposed as its remote interface
*
* @throws Exception if failed to instantiate and add the command service - it will not be able to process remote
* invocation requests to the POJO
*/
public void addRemotePojo(T pojo, Class pojo_interface) throws Exception {
synchronized (this) {
if (m_remotePojoCommandService == null) {
// the remote POJO command service hasn't been created yet, let's do it now
m_remotePojoCommandService = new RemotePojoInvocationCommandService();
addCommandService(m_remotePojoCommandService);
}
}
m_remotePojoCommandService.addPojo(pojo, pojo_interface);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_ADDED_REMOTE_POJO, pojo.getClass().getName(), pojo_interface);
return;
}
/**
* Removes the given remote interface from the remote framework such that the POJO is no longer remoted. Once this
* method returns, the POJO that was servicing requests for that interface is no longer remotely accessible.
*
* @param interface_name the name of the interface that was exposed remotely and is to be removed
*/
public void removeRemotePojo(String interface_name) {
m_remotePojoCommandService.removePojo(interface_name);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_REMOVED_REMOTE_POJO, interface_name);
return;
}
/**
* Removes the given remote interface from the remote framework such that the POJO is no longer remoted. Once this
* method returns, the POJO that was servicing requests for that interface is no longer remotely accessible.
*
* @param remote_interface the interface that was exposed remotely and is to be removed
*/
public void removeRemotePojo(Class remote_interface) {
m_remotePojoCommandService.removePojo(remote_interface);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_REMOVED_REMOTE_POJO, remote_interface);
return;
}
/**
* Enables the input stream to receive remote invocations. This method will add the appropriate command service if
* one is needed. Once this method returns, the given stream can be remotely invoked via a {@link RemoteInputStream}
* proxy object.
*
* @param in the input stream to expose to remote clients
*
* @return an identification object that is to be used as the
* {@link RemoteInputStreamCommand#setStreamId(Long) stream ID} and can also be used to
* {@link #removeRemoteInputStream(Long) remove the input stream service}.
*
* @throws Exception if failed to instantiate and add the command service - it will not be able to process remote
* invocation requests to access input streams
*
* @see RemoteInputStreamCommandService#addInputStream(InputStream)
*/
public Long addRemoteInputStream(InputStream in) throws Exception {
synchronized (this) {
if (m_remoteInputStreamCommandService == null) {
m_remoteInputStreamCommandService = new RemoteInputStreamCommandService();
addCommandService(m_remoteInputStreamCommandService);
}
}
Long stream_id = m_remoteInputStreamCommandService.addInputStream(in);
return stream_id;
}
/**
* Enables the output stream to receive remote invocations. This method will add the appropriate command service if
* one is needed. Once this method returns, the given stream can be remotely invoked via a
* {@link RemoteOutputStream} proxy object.
*
* @param out the output stream to expose to remote clients
*
* @return an identification object that is to be used as the
* {@link RemoteOutputStreamCommand#setStreamId(Long) stream ID} and can also be used to
* {@link #removeRemoteOutputStream(Long) remove the output stream service}.
*
* @throws Exception if failed to instantiate and add the command service - it will not be able to process remote
* invocation requests to access output streams
*
* @see RemoteOutputStreamCommandService#addOutputStream(OutputStream)
*/
public Long addRemoteOutputStream(OutputStream out) throws Exception {
synchronized (this) {
if (m_remoteOutputStreamCommandService == null) {
m_remoteOutputStreamCommandService = new RemoteOutputStreamCommandService();
addCommandService(m_remoteOutputStreamCommandService);
}
}
Long stream_id = m_remoteOutputStreamCommandService.addOutputStream(out);
return stream_id;
}
/**
* Removes a remoted input stream that has the given ID from the remote framework such that the stream is no longer
* remotely accessible.
*
* @param stream_id the ID of the stream that was exposed remotely and is to be removed
*
* @return true if the stream ID was valid and a stream was removed; false if the ID
* referred to a non-existent stream (which could mean either the stream was never registered at all or it
* was registered but has already been removed)
*
* @see RemoteInputStreamCommandService#removeInputStream(Long)
*/
public boolean removeRemoteInputStream(Long stream_id) {
return m_remoteInputStreamCommandService.removeInputStream(stream_id);
}
/**
* Removes a remoted output stream that has the given ID from the remote framework such that the stream is no longer
* remotely accessible.
*
* @param stream_id the ID of the stream that was exposed remotely and is to be removed
*
* @return true if the stream ID was valid and a stream was removed; false if the ID
* referred to a non-existent stream (which could mean either the stream was never registered at all or it
* was registered but has already been removed)
*
* @see RemoteOutputStreamCommandService#removeOutputStream(Long)
*/
public boolean removeRemoteOutputStream(Long stream_id) {
return m_remoteOutputStreamCommandService.removeOutputStream(stream_id);
}
/**
* Allows a caller to install their own invocation handler for another subsystem.
* This allows the caller to use this ServiceContainer to set up all the infrastructure so the caller
* doesn't have to do it all. All the caller needs is an invocation handler to handle their own remote
* messages. To stop the handler from processing messages, call {@link #removeInvocationHandler(String)}.
*
* @param subsystem the new subsystem whose messages will be handled by the given handler
* @param handler used to handle incoming messages for the given subsystem
* @throws Exception if the remote connector hasn't been created/started or the handler failed to get added for some reason
*/
public void addInvocationHandler(String subsystem, ServerInvocationHandler handler) throws Exception {
if (m_connector != null) {
m_connector.addInvocationHandler(subsystem, handler);
} else {
throw new IllegalStateException("m_connector==null"); // the connector isn't created/started
}
}
public void removeInvocationHandler(String subsystem) throws Exception {
if (m_connector != null) {
m_connector.removeInvocationHandler(subsystem);
} else {
throw new IllegalStateException("m_connector==null"); // the connector isn't created/started
}
}
/**
* Given the name of the MBeanServer (i.e. its default domain name) that identifies the server to use, this method
* finds it or, if it is not found, creates one. This method should only be used when starting the container; to get
* the MBeanServer this container is currently using, call {@link #getMBeanServer()} instead.
*
* If the MBeanServer was found, {@link #m_mbsCreated} will be set to false - otherwise, the
* MBeanServer will be created in this method and thus {@link #m_mbsCreated} will be set to true.
*
* If the given name is null, then the JVM's
* {@link ManagementFactory#getPlatformMBeanServer() platform MBeanServer} will be used.
*
* @param mbs_name the name of the MBeanServer (which is actually the default domain name) (may be
* null)
*/
private void findOrCreateMBeanServer(String mbs_name) {
MBeanServer mbs = null;
if (mbs_name != null) {
ArrayList all_mbs = MBeanServerFactory.findMBeanServer(null);
for (Iterator iter = all_mbs.iterator(); iter.hasNext();) {
MBeanServer cur_mbs = (MBeanServer) iter.next();
if ((cur_mbs != null) && mbs_name.equals(cur_mbs.getDefaultDomain())) {
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_USING_EXISTING_MBS, mbs_name);
mbs = cur_mbs;
m_mbsCreated = false;
break;
}
}
if (mbs == null) {
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_CREATING_MBS, mbs_name);
mbs = MBeanServerFactory.createMBeanServer(mbs_name);
m_mbsCreated = true;
}
} else {
mbs = ManagementFactory.getPlatformMBeanServer();
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_USING_EXISTING_MBS, mbs.getDefaultDomain());
m_mbsCreated = false;
}
m_mbs = mbs;
return;
}
/**
* Sets up NetworkRegistry and MulticastDetector so will can register ourselves on the network.
*
* @throws Exception if failed to create or register all the services successfully
*/
private void setupDetector() throws Exception {
// the network registry listens for other servers coming online and going offline
// we will also register this service container as a listener to the registry so it can be told about servers coming and going
m_registry = new NetworkRegistry();
// under very rare conditions (specifically, the hostname on the box is not resolvable via DNS), the remoting
// identity generation will fail. If it fails, we will generate our own jboss.identity here
try {
Identity.get(m_mbs);
} catch (Exception e) {
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_IDENTITY_FAILURE, e);
System.setProperty("jboss.identity", Identity.createUniqueID());
}
try {
m_mbs.registerMBean(m_registry, OBJECTNAME_NETWORK_REGISTRY);
} catch (Exception e) {
LOG.warn(CommI18NResourceKeys.SERVICE_CONTAINER_NETWORK_REGISTRY_FAILURE, e);
m_registry = null;
return; // not much we can do, user probably doesn't have his hostname DNS resolvable - add it to /etc/hosts
}
m_registry.addNotificationListener(m_discoveryListener, null, null);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_REGISTRY_CREATED, OBJECTNAME_NETWORK_REGISTRY);
if (m_configuration.isMulticastDetectorEnabled()) {
try {
// multicast detector will detect new network registries that come online
m_detector = new MulticastDetector();
String address = m_configuration.getMulticastDetectorMulticastAddress();
String bind_address = m_configuration.getMulticastDetectorBindAddress();
long default_delay = m_configuration.getMulticastDetectorDefaultTimeDelay();
long heartbeat_delay = m_configuration.getMulticastDetectorHeartbeatTimeDelay();
int port = m_configuration.getMulticastDetectorPort();
if (address != null) {
InetAddress inet_addr = InetAddress.getByName(address);
m_detector.setAddress(inet_addr);
m_detector.setDefaultIP(inet_addr.getHostAddress());
}
if (bind_address != null) {
m_detector.setBindAddress(InetAddress.getByName(bind_address));
}
if (default_delay != Long.MIN_VALUE) {
m_detector.setDefaultTimeDelay(default_delay);
}
if (heartbeat_delay != Long.MIN_VALUE) {
m_detector.setHeartbeatTimeDelay(heartbeat_delay);
}
if (port != Integer.MIN_VALUE) {
m_detector.setPort(port);
}
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_MULTICAST_DETECTOR_CONFIG, m_detector.getAddress(),
m_detector.getPort(), m_detector.getBindAddress(), m_detector.getDefaultIP(), m_detector
.getDefaultTimeDelay(), m_detector.getHeartbeatTimeDelay());
m_mbs.registerMBean(m_detector, OBJECTNAME_MULTICAST_DETECTOR);
m_detector.start();
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_MULTICAST_DETECTOR_CREATED,
OBJECTNAME_MULTICAST_DETECTOR);
} catch (Exception e) {
LOG.warn(e, CommI18NResourceKeys.SERVICE_CONTAINER_MULTICAST_DETECTOR_START_ERROR, e);
}
} else {
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_MULTICAST_DETECTOR_DISABLED);
}
return;
}
/**
* Sets up the appropriate server connector services so incoming commands can be received.
*
* @throws Exception if failed to create or register all the services successfully
*/
private void setupServerConnector() throws Exception {
String locator_uri = m_configuration.getConnectorRemoteEndpoint();
InvokerLocator locator = new InvokerLocator(locator_uri);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_CONNECTOR_URI, locator);
// now initialize our security services but only if the connector's transport is secure and needs them.
// note: we must do this before connector.create()
String transport = m_configuration.getConnectorTransport();
Map connector_config = new HashMap();
if (SecurityUtil.isTransportSecure(transport)) {
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_NEEDS_SECURITY_SERVICES, transport);
initializeSecurityServices();
connector_config.put(ServerInvoker.SERVER_SOCKET_FACTORY, OBJECTNAME_SSL_SERVERSOCKET_FACTORY.toString());
if (transport.equals("https")) {
connector_config.put("SSLImplementation", RemotingSSLImplementation.class.getName());
}
}
// we can now instantiate our connector with the locator URI and other configuration
m_connector = new Connector(connector_config);
m_connector.setInvokerLocator(locator.getLocatorURI());
long lease_period = m_configuration.getConnectorLeasePeriod();
if (lease_period != Long.MIN_VALUE) {
m_connector.setLeasePeriod(lease_period);
}
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_CONNECTOR_LEASE_PERIOD, m_connector.getLeasePeriod());
// register our connector in our MBeanServer, add our command processor as its own invocation handler to it and start it
// after this, our connector will be active and a server socket is accepting requests
m_mbs.registerMBean(m_connector, OBJECTNAME_CONNECTOR);
m_connector.create();
CommandProcessor handler = new CommandProcessor();
for (CommandListener listener : m_commandListeners) {
handler.addCommandListener(listener);
}
CommandAuthenticator commandAuthenticator = m_configuration.getCommandAuthenticator();
if (commandAuthenticator != null) {
commandAuthenticator.setServiceContainer(this);
handler.setCommandAuthenticator(commandAuthenticator);
}
m_connector.addInvocationHandler(SUBSYSTEM, handler);
m_connector.start();
// create and register our metric MBean so we can emit statistics
ServiceContainerMetrics metrics_mbean = new ServiceContainerMetrics(this, handler);
m_mbs.registerMBean(metrics_mbean, ServiceContainerMetricsMBean.OBJECTNAME_METRICS);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_PROCESSOR_READY);
return;
}
/**
* Sets up the command services infrastructure and deploys all configured command services.
*
* @throws Exception if failed to create or register all the services successfully
* @throws InvalidConfigurationException if the remote POJOs were misconfigured
*/
private void setupCommandServices() throws Exception {
boolean dynamic_discovery = m_configuration.isCommandServiceDirectoryDynamicDiscoveryEnabled();
if (!dynamic_discovery) {
// dynamic discovery is turned off - we cannot, therefore, rely on lazy instantiation of our internal services
// since the directory will not see them - let's create them now before registering the directory
m_remotePojoCommandService = new RemotePojoInvocationCommandService();
addCommandService(m_remotePojoCommandService);
m_remoteInputStreamCommandService = new RemoteInputStreamCommandService();
addCommandService(m_remoteInputStreamCommandService);
m_remoteOutputStreamCommandService = new RemoteOutputStreamCommandService();
addCommandService(m_remoteOutputStreamCommandService);
}
// register all the command services that are configured
String cmdServicesPropStr = m_configuration.getStartupCommandServices();
String[] cmdServicesClassNames = cmdServicesPropStr.split("\\s*,\\s*");
for (int i = 0; i < cmdServicesClassNames.length; i++) {
String cmdServiceClassName = cmdServicesClassNames[i].trim();
addCommandService(cmdServiceClassName);
}
// remote all the POJOs that are configured: format is "pojo-class-name:remote-interface-name,..."
String remotePojosPropStr = m_configuration.getStartupRemotePojos();
String[] remotePojosDefs = remotePojosPropStr.split("\\s*,\\s*");
for (int i = 0; i < remotePojosDefs.length; i++) {
String[] classAndInterfaceNames = remotePojosDefs[i].split("\\s*:\\s*");
if (classAndInterfaceNames.length != 2) {
throw new InvalidConfigurationException(LOG.getMsgString(
CommI18NResourceKeys.SERVICE_CONTAINER_REMOTE_POJO_CONFIG_INVALID,
ServiceContainerConfigurationConstants.REMOTE_POJOS, remotePojosDefs[i], remotePojosPropStr));
}
String pojo_class_name = classAndInterfaceNames[0];
String remote_interface_name = classAndInterfaceNames[1];
Object pojo_instance = Class.forName(pojo_class_name).newInstance();
addRemotePojo(pojo_instance, remote_interface_name);
}
// now register the command service directory
m_commandServiceDirectory = new CommandServiceDirectory();
m_commandServiceDirectory.setAllowDynamicDiscovery(dynamic_discovery);
m_mbs.registerMBean(m_commandServiceDirectory, OBJECTNAME_CMDSERVICE_DIRECTORY);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_DIRECTORY_CREATED, OBJECTNAME_CMDSERVICE_DIRECTORY);
return;
}
/**
* This method creates and initializes the services that are required in order to allow the connector to support
* secure communications.
*
* @throws Exception if failed to initialize all the services
*/
private void initializeSecurityServices() throws Exception {
// we need a socket builder - this is the thing that allows us to provide custom keystore information
SSLSocketBuilder socket_builder = new SSLSocketBuilder();
socket_builder.setUseSSLServerSocketFactory(false);
socket_builder.setSecureSocketProtocol(m_configuration.getConnectorSecuritySocketProtocol());
socket_builder.setKeyStoreAlgorithm(m_configuration.getConnectorSecurityKeystoreAlgorithm());
socket_builder.setKeyStoreType(m_configuration.getConnectorSecurityKeystoreType());
socket_builder.setKeyStorePassword(m_configuration.getConnectorSecurityKeystorePassword());
socket_builder.setKeyPassword(m_configuration.getConnectorSecurityKeystoreKeyPassword());
socket_builder.setTrustStoreAlgorithm(m_configuration.getConnectorSecurityTruststoreAlgorithm());
socket_builder.setTrustStoreType(m_configuration.getConnectorSecurityTruststoreType());
socket_builder.setTrustStorePassword(m_configuration.getConnectorSecurityTruststorePassword());
socket_builder.setClientAuthMode(m_configuration.getConnectorSecurityClientAuthMode());
socket_builder.setServerSocketUseClientMode(false);
try {
// this allows the configured keystore file to be a URL, file path or a resource relative to our classloader
socket_builder.setKeyStoreURL(m_configuration.getConnectorSecurityKeystoreFile());
} catch (Exception e) {
// this probably is due to the fact that the keystore doesn't exist yet - let's prepare one now
createKeyStore();
// now try to set it again, if an exception is still thrown, it's an unrecoverable error
socket_builder.setKeyStoreURL(m_configuration.getConnectorSecurityKeystoreFile());
}
try {
// this allows the configured keystore file to be a URL, file path or a resource relative to our classloader
socket_builder.setTrustStoreURL(m_configuration.getConnectorSecurityTruststoreFile());
} catch (Exception e) {
// this may or may not be a bad thing - let's just log a message but keep going
if (!m_configuration.getConnectorSecurityClientAuthMode().equals(SSLSocketBuilder.CLIENT_AUTH_MODE_NONE)) {
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_TRUSTSTORE_FAILURE);
}
}
// this is the MBean service used by the connector's server invoker to create SSL-enabled server sockets
m_sslServerSocketFactoryService = new SSLServerSocketFactoryService();
m_sslServerSocketFactoryService.setSSLSocketBuilder(socket_builder);
m_sslServerSocketFactoryService.create();
m_sslServerSocketFactoryService.start();
m_mbs.registerMBean(m_sslServerSocketFactoryService, OBJECTNAME_SSL_SERVERSOCKET_FACTORY);
LOG.debug(CommI18NResourceKeys.SERVICE_CONTAINER_SSL_SOCKET_FACTORY_CREATED,
OBJECTNAME_SSL_SERVERSOCKET_FACTORY);
return;
}
/**
* Ensures that this server has a keystore created - this will ensure that this server will have a valid
* certificate.
*
* @throws RuntimeException if failed to create the keystore file
*/
private void createKeyStore() {
SecurityUtil.createKeyStore(m_configuration.getConnectorSecurityKeystoreFile(), m_configuration
.getConnectorSecurityKeystoreAlias(), "CN=RHQ, OU=RHQ, O=rhq-project.org, C=US", m_configuration
.getConnectorSecurityKeystorePassword(), m_configuration.getConnectorSecurityKeystoreKeyPassword(), "DSA",
36500);
return;
}
} © 2015 - 2025 Weber Informatics LLC | Privacy Policy