protected ClusterNodeResponse executeClusterRequest(ClusterRequest clusterRequest) {
Serializable payload = clusterRequest.getPayload();
if (!(payload instanceof MethodHandler)) {
return ClusterNodeResponse.createExceptionClusterNodeResponse(
_localClusterNode,
clusterRequest.getUuid(),
new ClusterException("Payload is not of type " + MethodHandler.class.getName()));
}
MethodHandler methodHandler = (MethodHandler) payload;
ClusterInvokeThreadLocal.setEnabled(false);
try {
return ClusterNodeResponse.createResultClusterNodeResponse(
_localClusterNode, clusterRequest.getUuid(), methodHandler.invoke());
} catch (Exception e) {
return ClusterNodeResponse.createExceptionClusterNodeResponse(
_localClusterNode, clusterRequest.getUuid(), e);
} finally {
ClusterInvokeThreadLocal.setEnabled(true);
}
}
protected List<Address> prepareAddresses(ClusterRequest clusterRequest) {
boolean isMulticast = clusterRequest.isMulticast();
List<Address> addresses = null;
if (isMulticast) {
addresses = getAddresses(_controlJChannel);
} else {
addresses = new ArrayList<>();
Collection<String> clusterNodeIds = clusterRequest.getTargetClusterNodeIds();
if (clusterNodeIds != null) {
for (String clusterNodeId : clusterNodeIds) {
Address address = _clusterNodeAddresses.get(clusterNodeId);
addresses.add(address);
}
}
}
if (clusterRequest.isSkipLocal()) {
addresses.remove(_localAddress);
}
return addresses;
}
@AdviseWith(adviceClasses = {EnableClusterLinkAdvice.class})
@Test
public void testInvoke6() throws Exception {
ClusterExecutorImpl clusterExecutorImpl1 = null;
ClusterExecutorImpl clusterExecutorImpl2 = null;
try {
clusterExecutorImpl1 = getClusterExecutorImpl(false, true);
clusterExecutorImpl2 = getClusterExecutorImpl(false, true);
MethodHandler methodHandler = new MethodHandler(testMethod4MethodKey);
Address address = clusterExecutorImpl2.getLocalClusterNodeAddress();
ClusterRequest clusterRequest = ClusterRequest.createUnicastRequest(methodHandler, address);
clusterRequest.setBeanIdentifier(BEAN_IDENTIFIER);
FutureClusterResponses futureClusterResponses = clusterExecutorImpl1.execute(clusterRequest);
assertFutureClusterResponsesWithoutException(
futureClusterResponses.get(),
clusterRequest.getUuid(),
SERIALIZABLE_RETRUN_VALUE,
address);
} finally {
if (clusterExecutorImpl1 != null) {
clusterExecutorImpl1.destroy();
}
if (clusterExecutorImpl2 != null) {
clusterExecutorImpl2.destroy();
}
}
}
@AdviseWith(adviceClasses = {EnableClusterLinkAdvice.class})
@Test
public void testInvoke3() throws Exception {
ClusterExecutorImpl clusterExecutorImpl1 = null;
ClusterExecutorImpl clusterExecutorImpl2 = null;
try {
clusterExecutorImpl1 = getClusterExecutorImpl(false, false);
clusterExecutorImpl2 = getClusterExecutorImpl(false, false);
MethodHandler methodHandler = new MethodHandler(testMethod2MethodKey);
Address address = clusterExecutorImpl2.getLocalClusterNodeAddress();
ClusterRequest clusterRequest = ClusterRequest.createUnicastRequest(methodHandler, address);
FutureClusterResponses futureClusterResponses = clusterExecutorImpl1.execute(clusterRequest);
assertFutureClusterResponsesWithException(
futureClusterResponses,
clusterRequest.getUuid(),
address,
"Return value is not serializable");
} finally {
if (clusterExecutorImpl1 != null) {
clusterExecutorImpl1.destroy();
}
if (clusterExecutorImpl2 != null) {
clusterExecutorImpl2.destroy();
}
}
}
@AdviseWith(adviceClasses = {EnableClusterLinkAdvice.class})
@Test
public void testInvoke2() throws Exception {
ClusterExecutorImpl clusterExecutorImpl1 = null;
ClusterExecutorImpl clusterExecutorImpl2 = null;
try {
clusterExecutorImpl1 = getClusterExecutorImpl(false, false);
clusterExecutorImpl2 = getClusterExecutorImpl(false, false);
String timestamp = String.valueOf(System.currentTimeMillis());
MethodHandler methodHandler = new MethodHandler(testMethod1MethodKey, timestamp);
Address address = clusterExecutorImpl2.getLocalClusterNodeAddress();
ClusterRequest clusterRequest = ClusterRequest.createUnicastRequest(methodHandler, address);
FutureClusterResponses futureClusterResponses = clusterExecutorImpl1.execute(clusterRequest);
assertFutureClusterResponsesWithoutException(
futureClusterResponses.get(), clusterRequest.getUuid(), timestamp, address);
} finally {
if (clusterExecutorImpl1 != null) {
clusterExecutorImpl1.destroy();
}
if (clusterExecutorImpl2 != null) {
clusterExecutorImpl2.destroy();
}
}
}
@AdviseWith(adviceClasses = {EnableClusterLinkAdvice.class})
@Test
public void testInvoke5() throws Exception {
ClusterExecutorImpl clusterExecutorImpl1 = null;
ClusterExecutorImpl clusterExecutorImpl2 = null;
try {
clusterExecutorImpl1 = getClusterExecutorImpl(false, false);
clusterExecutorImpl2 = getClusterExecutorImpl(false, false);
Address address = clusterExecutorImpl2.getLocalClusterNodeAddress();
ClusterRequest clusterRequest = ClusterRequest.createUnicastRequest(null, address);
FutureClusterResponses futureClusterResponses = clusterExecutorImpl1.execute(clusterRequest);
assertFutureClusterResponsesWithException(
futureClusterResponses,
clusterRequest.getUuid(),
address,
"Payload is not of type " + MethodHandler.class.getName());
} finally {
if (clusterExecutorImpl1 != null) {
clusterExecutorImpl1.destroy();
}
if (clusterExecutorImpl2 != null) {
clusterExecutorImpl2.destroy();
}
}
}
@Override
public FutureClusterResponses execute(ClusterRequest clusterRequest) {
if (!isEnabled()) {
return null;
}
List<Address> addresses = prepareAddresses(clusterRequest);
Set<String> clusterNodeIds = new HashSet<>();
for (Address address : addresses) {
ClusterNode clusterNode = _liveInstances.get(address);
if (clusterNode != null) {
clusterNodeIds.add(clusterNode.getClusterNodeId());
}
}
FutureClusterResponses futureClusterResponses = new FutureClusterResponses(clusterNodeIds);
if (!clusterRequest.isFireAndForget()) {
String uuid = clusterRequest.getUuid();
_futureClusterResponses.put(uuid, futureClusterResponses);
}
if (addresses.remove(_localAddress)) {
ClusterNodeResponse clusterNodeResponse = executeClusterRequest(clusterRequest);
if (!clusterRequest.isFireAndForget()) {
futureClusterResponses.addClusterNodeResponse(clusterNodeResponse);
}
}
if (clusterRequest.isMulticast()) {
try {
_controlJChannel.send(null, clusterRequest);
} catch (Exception e) {
throw new SystemException("Unable to send multicast request", e);
}
} else {
for (Address address : addresses) {
org.jgroups.Address jGroupsAddress = (org.jgroups.Address) address.getRealAddress();
try {
_controlJChannel.send(jGroupsAddress, clusterRequest);
} catch (Exception e) {
throw new SystemException("Unable to send unicast request", e);
}
}
}
return futureClusterResponses;
}
@Override
public void portalLocalInetSocketAddressConfigured(
InetSocketAddress inetSocketAddress, boolean secure) {
if (!isEnabled() || (_localClusterNode.getPortalProtocol() != null)) {
return;
}
try {
_localClusterNode.setPortalInetSocketAddress(inetSocketAddress);
if (secure) {
_localClusterNode.setPortalProtocol(Http.HTTPS);
} else {
_localClusterNode.setPortalProtocol(Http.HTTP);
}
memberJoined(_localAddress, _localClusterNode);
ClusterRequest clusterRequest =
ClusterRequest.createMulticastRequest(_localClusterNode, true);
_controlJChannel.send(null, clusterRequest);
} catch (Exception e) {
_log.error("Unable to determine configure node port", e);
}
}
private void _loadIndexFromCluster(IndexAccessor indexAccessor, long localLastGeneration) {
List<Address> clusterNodeAddresses = ClusterExecutorUtil.getClusterNodeAddresses();
int clusterNodeAddressesCount = clusterNodeAddresses.size();
if (clusterNodeAddressesCount <= 1) {
if (_log.isDebugEnabled()) {
_log.debug(
"Do not load indexes because there is either one portal "
+ "instance or no portal instances in the cluster");
}
return;
}
ClusterRequest clusterRequest =
ClusterRequest.createMulticastRequest(
new MethodHandler(_getLastGenerationMethodKey, indexAccessor.getCompanyId()), true);
ClusterExecutorUtil.execute(
clusterRequest,
new LoadIndexClusterResponseCallback(
indexAccessor, clusterNodeAddressesCount, localLastGeneration));
}
private static void _registerClusterOrder(
HttpServletRequest request,
ClusterNode clusterNode,
String orderUuid,
String productEntryName,
int maxServers)
throws Exception {
MethodHandler methodHandler =
new MethodHandler(_registerOrderMethodKey, orderUuid, productEntryName, maxServers);
ClusterRequest clusterRequest =
ClusterRequest.createUnicastRequest(methodHandler, clusterNode.getClusterNodeId());
FutureClusterResponses futureClusterResponses = ClusterExecutorUtil.execute(clusterRequest);
ClusterNodeResponses clusterNodeResponses =
futureClusterResponses.get(20000, TimeUnit.MILLISECONDS);
ClusterNodeResponse clusterNodeResponse = clusterNodeResponses.getClusterResponse(clusterNode);
Map<String, Object> attributes = (Map<String, Object>) clusterNodeResponse.getResult();
for (Map.Entry<String, Object> entry : attributes.entrySet()) {
request.setAttribute(
clusterNode.getClusterNodeId() + StringPool.UNDERLINE + entry.getKey(), entry.getValue());
}
}
protected void sendNotifyRequest() {
ClusterRequest clusterRequest = ClusterRequest.createMulticastRequest(_localClusterNode, true);
try {
_controlJChannel.send(null, clusterRequest);
} catch (Exception e) {
_log.error("Unable to send notify message", e);
}
}
private FutureClusterResponses doAction() throws ManageActionException, SystemException {
MethodHandler manageActionMethodHandler =
PortalManagerUtil.createManageActionMethodHandler(_manageAction);
ClusterRequest clusterRequest = null;
if (_clusterGroup.isWholeCluster()) {
clusterRequest = ClusterRequest.createMulticastRequest(manageActionMethodHandler);
} else {
verifyClusterGroup();
clusterRequest =
ClusterRequest.createUnicastRequest(
manageActionMethodHandler, _clusterGroup.getClusterNodeIdsArray());
}
return ClusterExecutorUtil.execute(clusterRequest);
}
private ObjectValuePair<String, URL> _getBootupClusterNodeObjectValuePair(Address bootupAddress) {
ClusterRequest clusterRequest =
ClusterRequest.createUnicastRequest(
new MethodHandler(_createTokenMethodKey, _CLUSTER_LINK_NODE_BOOTUP_RESPONSE_TIMEOUT),
bootupAddress);
FutureClusterResponses futureClusterResponses = ClusterExecutorUtil.execute(clusterRequest);
BlockingQueue<ClusterNodeResponse> clusterNodeResponses =
futureClusterResponses.getPartialResults();
try {
ClusterNodeResponse clusterNodeResponse =
clusterNodeResponses.poll(
_CLUSTER_LINK_NODE_BOOTUP_RESPONSE_TIMEOUT, TimeUnit.MILLISECONDS);
ClusterNode clusterNode = clusterNodeResponse.getClusterNode();
InetSocketAddress inetSocketAddress = clusterNode.getPortalInetSocketAddress();
if (inetSocketAddress == null) {
StringBundler sb = new StringBundler(6);
sb.append("Invalid cluster node InetSocketAddress ");
sb.append(". The InetSocketAddress is set by the first ");
sb.append("request or configured in portal.properties by the");
sb.append("properties ");
sb.append("\"portal.instance.http.inet.socket.address\" and ");
sb.append("\"portal.instance.https.inet.socket.address\".");
throw new Exception(sb.toString());
}
InetAddress inetAddress = inetSocketAddress.getAddress();
String fileName = PortalUtil.getPathContext();
if (!fileName.endsWith(StringPool.SLASH)) {
fileName = fileName.concat(StringPool.SLASH);
}
fileName = fileName.concat("lucene/dump");
URL url =
new URL(_protocol, inetAddress.getHostAddress(), inetSocketAddress.getPort(), fileName);
String transientToken = (String) clusterNodeResponse.getResult();
return new ObjectValuePair<String, URL>(transientToken, url);
} catch (Exception e) {
throw new SystemException(e);
}
}
@AdviseWith(adviceClasses = {EnableClusterLinkAdvice.class})
@Test
public void testInvoke9() throws Exception {
ClusterExecutorImpl clusterExecutorImpl1 = null;
ClusterExecutorImpl clusterExecutorImpl2 = null;
try {
clusterExecutorImpl1 = getClusterExecutorImpl(false, true);
clusterExecutorImpl2 = getClusterExecutorImpl(false, true);
MethodHandler methodHandler =
new MethodHandler(new MethodKey(TestBean.class, "nonexistentMethod"));
Address address = clusterExecutorImpl2.getLocalClusterNodeAddress();
ClusterRequest clusterRequest = ClusterRequest.createUnicastRequest(methodHandler, address);
clusterRequest.setServletContextName(SERVLET_CONTEXT_NAME);
List<LogRecord> logRecords =
JDKLoggerTestUtil.configureJDKLogger(
ClusterRequestReceiver.class.getName(), Level.SEVERE);
FutureClusterResponses futureClusterResponses = clusterExecutorImpl1.execute(clusterRequest);
assertFutureClusterResponsesWithException(
futureClusterResponses, clusterRequest.getUuid(), address, null);
assertLogger(
logRecords, "Unable to invoke method " + methodHandler, NoSuchMethodException.class);
} finally {
if (clusterExecutorImpl1 != null) {
clusterExecutorImpl1.destroy();
}
if (clusterExecutorImpl2 != null) {
clusterExecutorImpl2.destroy();
}
}
}
@Override
public FutureClusterResponses execute(ClusterRequest clusterRequest) {
List<Address> addresses = new ArrayList<Address>();
Collection<Address> clusterNodeAddresses = clusterRequest.getTargetClusterNodeAddresses();
if (clusterNodeAddresses != null) {
addresses.addAll(clusterNodeAddresses);
}
FutureClusterResponses futureClusterResponses = new FutureClusterResponses(addresses);
for (Address address : addresses) {
ClusterNodeResponse clusterNodeResponse = new ClusterNodeResponse();
clusterNodeResponse.setAddress(address);
clusterNodeResponse.setClusterMessageType(ClusterMessageType.EXECUTE);
clusterNodeResponse.setMulticast(clusterRequest.isMulticast());
clusterNodeResponse.setUuid(clusterRequest.getUuid());
MockAddress mockAddress = (MockAddress) address.getRealAddress();
try {
clusterNodeResponse.setClusterNode(
new ClusterNode(
String.valueOf(mockAddress.getTimestamp()), InetAddress.getLocalHost()));
clusterNodeResponse.setResult(_invoke(clusterRequest.getMethodHandler()));
} catch (Exception e) {
}
futureClusterResponses.addClusterNodeResponse(clusterNodeResponse);
}
return futureClusterResponses;
}
@Override
protected void doReceive(Object messagePayload, Address srcAddress) {
ClusterChannel clusterChannel = _clusterExecutorImpl.getClusterChannel();
if (srcAddress.equals(clusterChannel.getLocalAddress())) {
return;
}
try {
if (messagePayload instanceof ClusterRequest) {
ClusterRequest clusterRequest = (ClusterRequest) messagePayload;
Serializable responsePayload =
_clusterExecutorImpl.handleReceivedClusterRequest(clusterRequest);
if (clusterRequest.isFireAndForget()) {
return;
}
try {
clusterChannel.sendUnicastMessage(responsePayload, srcAddress);
} catch (Throwable t) {
_log.error("Unable to send message " + responsePayload, t);
}
} else if (messagePayload instanceof ClusterNodeResponse) {
_clusterExecutorImpl.handleReceivedClusterNodeResponse(
(ClusterNodeResponse) messagePayload);
} else if (_log.isWarnEnabled()) {
_log.warn("Unable to process message content of type " + messagePayload.getClass());
}
} finally {
ThreadLocalCacheManager.clearAll(Lifecycle.REQUEST);
CentralizedThreadLocal.clearShortLivedThreadLocals();
}
}
public static Map<String, String> getClusterServerInfo(String clusterNodeId) throws Exception {
List<ClusterNode> clusterNodes = ClusterExecutorUtil.getClusterNodes();
ClusterNode clusterNode = null;
for (ClusterNode curClusterNode : clusterNodes) {
String curClusterNodeId = curClusterNode.getClusterNodeId();
if (curClusterNodeId.equals(clusterNodeId)) {
clusterNode = curClusterNode;
break;
}
}
if (clusterNode == null) {
return null;
}
try {
if (clusterNode.equals(ClusterExecutorUtil.getLocalClusterNode())) {
return getServerInfo();
}
ClusterRequest clusterRequest =
ClusterRequest.createUnicastRequest(_getServerInfoMethodHandler, clusterNodeId);
FutureClusterResponses futureClusterResponses = ClusterExecutorUtil.execute(clusterRequest);
ClusterNodeResponses clusterNodeResponses =
futureClusterResponses.get(20000, TimeUnit.MILLISECONDS);
ClusterNodeResponse clusterNodeResponse =
clusterNodeResponses.getClusterResponse(clusterNode);
return (Map<String, String>) clusterNodeResponse.getResult();
} catch (Exception e) {
_log.error(e, e);
throw e;
}
}
protected String importTheme(LayoutSet layoutSet, InputStream themeZip) throws Exception {
ThemeLoader themeLoader = ThemeLoaderFactory.getDefaultThemeLoader();
if (themeLoader == null) {
_log.error("No theme loaders are deployed");
return null;
}
ZipReader zipReader = ZipReaderFactoryUtil.getZipReader(themeZip);
String lookAndFeelXML = zipReader.getEntryAsString("liferay-look-and-feel.xml");
String themeId = String.valueOf(layoutSet.getGroupId());
if (layoutSet.isPrivateLayout()) {
themeId += "-private";
} else {
themeId += "-public";
}
if (PropsValues.THEME_LOADER_NEW_THEME_ID_ON_IMPORT) {
Date now = new Date();
themeId += "-" + Time.getShortTimestamp(now);
}
String themeName = themeId;
lookAndFeelXML =
StringUtil.replace(
lookAndFeelXML,
new String[] {"[$GROUP_ID$]", "[$THEME_ID$]", "[$THEME_NAME$]"},
new String[] {String.valueOf(layoutSet.getGroupId()), themeId, themeName});
FileUtil.deltree(themeLoader.getFileStorage() + StringPool.SLASH + themeId);
List<String> zipEntries = zipReader.getEntries();
for (String zipEntry : zipEntries) {
String key = zipEntry;
if (key.equals("liferay-look-and-feel.xml")) {
FileUtil.write(
themeLoader.getFileStorage() + StringPool.SLASH + themeId + StringPool.SLASH + key,
lookAndFeelXML.getBytes());
} else {
InputStream is = zipReader.getEntryAsInputStream(zipEntry);
FileUtil.write(
themeLoader.getFileStorage() + StringPool.SLASH + themeId + StringPool.SLASH + key, is);
}
}
themeLoader.loadThemes();
ClusterRequest clusterRequest =
ClusterRequest.createMulticastRequest(_loadThemesMethodHandler, true);
clusterRequest.setFireAndForget(true);
ClusterExecutorUtil.execute(clusterRequest);
themeId += PortletConstants.WAR_SEPARATOR + themeLoader.getServletContextName();
return PortalUtil.getJsSafePortletId(themeId);
}
public void run() {
_countDownLatch.countDown();
String logPrefix = StringPool.BLANK;
if (_log.isInfoEnabled()) {
Thread currentThread = Thread.currentThread();
if (_master) {
logPrefix =
"Monitor thread name "
+ currentThread.getName()
+ " with thread ID "
+ currentThread.getId();
} else {
logPrefix =
"Thread name " + currentThread.getName() + " with thread ID " + currentThread.getId();
}
}
if (!_master && _log.isInfoEnabled()) {
_log.info(logPrefix + " synchronized on latch. Waiting for others.");
}
try {
if (_master) {
_countDownLatch.await();
} else {
boolean result =
_countDownLatch.await(
PropsValues.LUCENE_CLUSTER_INDEX_LOADING_SYNC_TIMEOUT, TimeUnit.MILLISECONDS);
if (!result) {
_log.error(
logPrefix + " timed out. You may need to " + "re-trigger a reindex process.");
}
}
} catch (InterruptedException ie) {
if (_master) {
_log.error(
logPrefix + " was interrupted. Skip cluster index " + "loading notification.", ie);
return;
} else {
_log.error(
logPrefix + " was interrupted. You may need to " + "re-trigger a reindex process.",
ie);
}
}
if (_master) {
Address localClusterNodeAddress = ClusterExecutorUtil.getLocalClusterNodeAddress();
ClusterRequest clusterRequest =
ClusterRequest.createMulticastRequest(
new MethodHandler(
_loadIndexesFromClusterMethodKey, _companyIds, localClusterNodeAddress),
true);
try {
ClusterExecutorUtil.execute(clusterRequest);
} catch (SystemException se) {
_log.error("Unable to notify peers to start index loading", se);
}
if (_log.isInfoEnabled()) {
_log.info(logPrefix + " unlocked latch. Notified peers to " + "start index loading.");
}
}
}
