private void process() {
Object ob = configContext.getProperty(JsonConstant.XMLNODES);
if (ob != null) {
Map<QName, XmlNode> nodeMap = (Map<QName, XmlNode>) ob;
XmlNode requesNode = nodeMap.get(elementQname);
if (requesNode != null) {
xmlNodeGenerator = new XmlNodeGenerator();
schemaList = xmlNodeGenerator.getSchemaList(requesNode);
} else {
xmlNodeGenerator = new XmlNodeGenerator(xmlSchemaList, elementQname);
mainXmlNode = xmlNodeGenerator.getMainXmlNode();
schemaList = xmlNodeGenerator.getSchemaList(mainXmlNode);
nodeMap.put(elementQname, mainXmlNode);
configContext.setProperty(JsonConstant.XMLNODES, nodeMap);
}
} else {
Map<QName, XmlNode> newNodeMap = new HashMap<QName, XmlNode>();
xmlNodeGenerator = new XmlNodeGenerator(xmlSchemaList, elementQname);
mainXmlNode = xmlNodeGenerator.getMainXmlNode();
schemaList = xmlNodeGenerator.getSchemaList(mainXmlNode);
newNodeMap.put(elementQname, mainXmlNode);
configContext.setProperty(JsonConstant.XMLNODES, newNodeMap);
}
isProcessed = true;
}
/**
* Create a Axis2 Based Server Environment
*
* @param serverConfigurationInformation ServerConfigurationInformation instance
*/
private void createNewInstance(ServerConfigurationInformation serverConfigurationInformation) {
try {
configurationContext =
ConfigurationContextFactory.createConfigurationContextFromFileSystem(
serverConfigurationInformation.getAxis2RepoLocation(),
serverConfigurationInformation.getAxis2Xml());
configurationContext.setProperty(AddressingConstants.ADDR_VALIDATE_ACTION, Boolean.FALSE);
startJmxAdapter();
listenerManager = configurationContext.getListenerManager();
if (listenerManager == null) {
// create and initialize the listener manager but do not start
listenerManager = new ListenerManager();
listenerManager.init(configurationContext);
}
// do not use the listener manager shutdown hook, because it clashes with the
// SynapseServer shutdown hook.
listenerManager.setShutdownHookRequired(false);
} catch (Throwable t) {
handleFatal("Failed to create a new Axis2 instance...", t);
}
}
private void initThrottle(ConfigurationContext cc) {
Object entryValue = null;
if (throttle == null) {
entryValue = ThrottleUtils.lookup(APIManagerConstants.APPLICATION_THROTTLE_POLICY_KEY);
}
if (isClusteringEnable && concurrentAccessController != null && throttle != null) {
concurrentAccessController = null; // set null ,
// because need to reload
}
if (throttle == null) {
try {
throttle =
ThrottleFactory.createMediatorThrottle(PolicyEngine.getPolicy((OMElement) entryValue));
// For non-clustered environment , must re-initiates
// For clustered environment,
// concurrent access controller is null ,
// then must re-initiates
if (throttle != null && (concurrentAccessController == null || !isClusteringEnable)) {
concurrentAccessController = throttle.getConcurrentAccessController();
if (concurrentAccessController != null) {
cc.setProperty(key, concurrentAccessController);
} else {
cc.removeProperty(key);
}
}
} catch (ThrottleException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}
}
/**
* @param request -Httpservlet request
* @param accessToken
* @return
* @throws APIFaultException
*/
public boolean doThrottle(HttpServletRequest request, String accessToken)
throws APIFaultException {
String apiName = request.getContextPath();
String apiVersion = APIManagetInterceptorUtils.getAPIVersion(request);
String apiIdentifier = apiName + "-" + apiVersion;
APIThrottleHandler throttleHandler = null;
ConfigurationContext cc = DataHolder.getServerConfigContext();
if (cc.getProperty(apiIdentifier) == null) {
throttleHandler = new APIThrottleHandler();
/* Add the Throttle handler to ConfigContext against API Identifier */
cc.setProperty(apiIdentifier, throttleHandler);
} else {
throttleHandler = (APIThrottleHandler) cc.getProperty(apiIdentifier);
}
if (throttleHandler.doThrottle(request, apiKeyValidationDTO, accessToken)) {
return true;
} else {
throw new APIFaultException(
APIManagerErrorConstants.API_THROTTLE_OUT, "You have exceeded your quota");
}
}
/**
* Get the current server status
*
* @return The current server status
* @throws AxisFault If an error occurs while getting the ConfigurationContext
*/
public static String getCurrentStatus() {
ConfigurationContext configCtx = CarbonConfigurationContextFactory.getConfigurationContext();
String currentStatus = (String) configCtx.getProperty(CURRENT_SERVER_STATUS);
if (currentStatus == null) {
configCtx.setProperty(CURRENT_SERVER_STATUS, STATUS_RUNNING);
return STATUS_RUNNING;
}
return currentStatus;
}
/**
* Get all the tenant ConfigurationContexts
*
* @param mainConfigCtx Super-tenant Axis2 ConfigurationContext
* @return the tenant ConfigurationContexts as a Map of "tenant domain -> ConfigurationContext"
*/
@SuppressWarnings("unchecked")
public static Map<String, ConfigurationContext> getTenantConfigurationContexts(
ConfigurationContext mainConfigCtx) {
Map<String, ConfigurationContext> tenantConfigContexts =
(Map<String, ConfigurationContext>)
mainConfigCtx.getProperty(TENANT_CONFIGURATION_CONTEXTS);
if (tenantConfigContexts == null) {
tenantConfigContexts = new ConcurrentHashMap<String, ConfigurationContext>();
mainConfigCtx.setProperty(TENANT_CONFIGURATION_CONTEXTS, tenantConfigContexts);
}
return tenantConfigContexts;
}
private void processSchemaUpdates(
QName elementQname, List<XmlSchema> xmlSchemaList, ConfigurationContext configContext) {
Object ob = configContext.getProperty(JsonConstant.CURRENT_XML_SCHEMA);
if (ob != null) {
Map<QName, XmlSchema> schemaMap = (Map<QName, XmlSchema>) ob;
if (schemaMap != null) {
XmlSchema currentXmlSchema = schemaMap.get(elementQname);
for (XmlSchema xmlSchema : xmlSchemaList) {
if (xmlSchema.getTargetNamespace().equals(elementQname.getNamespaceURI())) {
if (currentXmlSchema != xmlSchema) {
schemaMap.put(elementQname, xmlSchema);
configContext.setProperty(JsonConstant.XMLNODES, null);
if (log.isDebugEnabled()) {
log.debug(
"Updating message schema. [Current:"
+ currentXmlSchema
+ ", New:"
+ xmlSchema
+ "]");
}
}
break;
}
}
}
} else {
Map<QName, XmlSchema> schemaMap = new HashMap<QName, XmlSchema>();
for (XmlSchema xmlSchema : xmlSchemaList) {
if (xmlSchema.getTargetNamespace().equals(elementQname.getNamespaceURI())) {
schemaMap.put(elementQname, xmlSchema);
configContext.setProperty(JsonConstant.CURRENT_XML_SCHEMA, schemaMap);
break;
}
}
}
}
@Override
public InvocationResponse invoke(MessageContext messageContext) throws AxisFault {
// get the counter property from the configuration context
ConfigurationContext configurationContext = messageContext.getConfigurationContext();
Integer count = (Integer) configurationContext.getProperty(OUTGOING_MESSAGE_COUNT_KEY);
// increment the counter
count = Integer.valueOf(count.intValue() + 1 + "");
// set the new count back to the configuration context
configurationContext.setProperty(OUTGOING_MESSAGE_COUNT_KEY, count);
// print it out
logger.info("The outgoing message count is now " + count);
logger.info(messageContext.getEnvelope().toString());
return InvocationResponse.CONTINUE;
}
public static ConfigurationContext getTenantConfigurationContext(
String tenantDomain, ConfigurationContext mainConfigCtx) {
ConfigurationContext tenantConfigCtx;
Boolean isTenantActive;
try {
isTenantActive =
CarbonCoreDataHolder.getInstance()
.getRealmService()
.getTenantManager()
.isTenantActive(getTenantId(tenantDomain));
} catch (Exception e) {
throw new RuntimeException("Error while getting tenant activation status.", e);
}
if (!isTenantActive) {
throw new RuntimeException("Trying to access inactive tenant domain : " + tenantDomain);
}
if (tenantReadWriteLocks.get(tenantDomain) == null) {
synchronized (tenantDomain.intern()) {
if (tenantReadWriteLocks.get(tenantDomain) == null) {
tenantReadWriteLocks.put(tenantDomain, new ReentrantReadWriteLock());
}
}
}
Lock tenantReadLock = tenantReadWriteLocks.get(tenantDomain).readLock();
try {
tenantReadLock.lock();
Map<String, ConfigurationContext> tenantConfigContexts =
getTenantConfigurationContexts(mainConfigCtx);
tenantConfigCtx = tenantConfigContexts.get(tenantDomain);
if (tenantConfigCtx == null) {
try {
tenantConfigCtx = createTenantConfigurationContext(mainConfigCtx, tenantDomain);
} catch (Exception e) {
throw new RuntimeException(
"Cannot create tenant ConfigurationContext for tenant " + tenantDomain, e);
}
}
tenantConfigCtx.setProperty(MultitenantConstants.LAST_ACCESSED, System.currentTimeMillis());
} finally {
tenantReadLock.unlock();
}
return tenantConfigCtx;
}
/**
* Helper method for handling role based Access throttling
*
* @param messageContext MessageContext - message level states
* @return true if access is allowed through concurrent throttling ,o.w false
*/
private boolean doRoleBasedAccessThrottling(
Throttle throttle, MessageContext messageContext, boolean isClusteringEnable)
throws AxisFault, ThrottleException {
boolean canAccess = true;
ConfigurationContext cc = messageContext.getConfigurationContext();
String throttleId = throttle.getId();
String key = null;
ConcurrentAccessController cac = null;
if (isClusteringEnable) {
// for clustered env.,gets it from axis configuration context
key = ThrottleConstants.THROTTLE_PROPERTY_PREFIX + throttleId + ThrottleConstants.CAC_SUFFIX;
cac = (ConcurrentAccessController) cc.getProperty(key);
}
if (messageContext.getFLOW() == MessageContext.IN_FLOW) {
// gets the remote caller role name
String consumerKey = null;
boolean isAuthenticated = false;
String roleID = null;
HttpServletRequest request =
(HttpServletRequest)
messageContext.getPropertyNonReplicable(HTTPConstants.MC_HTTP_SERVLETREQUEST);
if (request != null) {
String oAuthHeader = request.getHeader("OAuth");
// consumerKey = Utils.extractCustomerKeyFromAuthHeader(oAuthHeader);
// roleID = Utils.extractCustomerKeyFromAuthHeader(oAuthHeader);
DummyAuthenticator authFuture = new DummyAuthenticator(oAuthHeader);
consumerKey = authFuture.getAPIKey();
new DummyHandler().authenticateUser(authFuture);
roleID = (String) authFuture.getAuthorizedRoles().get(0);
isAuthenticated = authFuture.isAuthenticated();
}
if (!isAuthenticated) {
throw new AxisFault(
" Access deny for a "
+ "caller with consumer Key: "
+ consumerKey
+ " "
+ " : Reason : Authentication failure");
}
// Domain name based throttling
// check whether a configuration has been defined for this role name or not
String consumerRoleID = null;
if (consumerKey != null && isAuthenticated) {
// loads the ThrottleContext
ThrottleContext context =
throttle.getThrottleContext(ThrottleConstants.ROLE_BASED_THROTTLE_KEY);
if (context != null) {
// Loads the ThrottleConfiguration
ThrottleConfiguration config = context.getThrottleConfiguration();
if (config != null) {
// check for configuration for this caller
consumerRoleID = config.getConfigurationKeyOfCaller(roleID);
if (consumerRoleID != null) {
// If this is a clustered env.
if (isClusteringEnable) {
context.setConfigurationContext(cc);
context.setThrottleId(throttleId);
}
AccessInformation infor =
roleBasedAccessController.canAccess(context, consumerKey, consumerRoleID);
StatCollector.collect(infor, consumerKey, ThrottleConstants.ROLE_BASE);
// check for the permission for access
if (!infor.isAccessAllowed()) {
// In the case of both of concurrency throttling and
// rate based throttling have enabled ,
// if the access rate less than maximum concurrent access ,
// then it is possible to occur death situation.To avoid that reset,
// if the access has denied by rate based throttling
if (cac != null) {
cac.incrementAndGet();
// set back if this is a clustered env
if (isClusteringEnable) {
cc.setProperty(key, cac);
// replicate the current state of ConcurrentAccessController
try {
if (debugOn) {
log.debug(
"Going to replicates the "
+ "states of the ConcurrentAccessController"
+ " with key : "
+ key);
}
Replicator.replicate(cc, new String[] {key});
} catch (ClusteringFault clusteringFault) {
log.error("Error during replicating states ", clusteringFault);
}
}
}
throw new AxisFault(
" Access deny for a "
+ "caller with Domain "
+ consumerKey
+ " "
+ " : Reason : "
+ infor.getFaultReason());
}
} else {
if (debugOn) {
log.debug(
"Could not find the Throttle Context for role-Based "
+ "Throttling for role name "
+ consumerKey
+ " Throttling for this "
+ "role name may not be configured from policy");
}
}
}
}
} else {
if (debugOn) {
log.debug("Could not find the role of the caller - role based throttling NOT applied");
}
}
}
return canAccess;
}
/**
* processing through the throttle 1) concurrent throttling 2) access rate based throttling -
* domain or ip
*
* @param throttle The Throttle object - holds all configuration and state data of the throttle
* @param messageContext The MessageContext , that holds all data per message basis
* @throws AxisFault Throws when access must deny for caller
* @throws ThrottleException ThrottleException
*/
public void process(Throttle throttle, MessageContext messageContext)
throws ThrottleException, AxisFault {
String throttleId = throttle.getId();
ConfigurationContext cc = messageContext.getConfigurationContext();
// check the env - whether clustered or not
boolean isClusteringEnable = false;
ClusteringAgent clusteringAgent = null;
if (cc != null) {
clusteringAgent = cc.getAxisConfiguration().getClusteringAgent();
}
if (clusteringAgent != null && clusteringAgent.getStateManager() != null) {
isClusteringEnable = true;
}
// Get the concurrent access controller
ConcurrentAccessController cac;
String key = null;
if (isClusteringEnable) {
// for clustered env.,gets it from axis configuration context
key = ThrottleConstants.THROTTLE_PROPERTY_PREFIX + throttleId + ThrottleConstants.CAC_SUFFIX;
cac = (ConcurrentAccessController) cc.getProperty(key);
} else {
// for non-clustered env.,gets it from axis configuration context
cac = throttle.getConcurrentAccessController();
}
// check for concurrent access
boolean canAccess = doConcurrentThrottling(cac, messageContext);
if (canAccess) {
// if the concurrent access is success then
// do the access rate based throttling
if (messageContext.getFLOW() == MessageContext.IN_FLOW) {
// gets the remote caller domain name
String domain = null;
HttpServletRequest request =
(HttpServletRequest)
messageContext.getPropertyNonReplicable(HTTPConstants.MC_HTTP_SERVLETREQUEST);
if (request != null) {
domain = request.getRemoteHost();
}
// Domain name based throttling
// check whether a configuration has been defined for this domain name or not
String callerId = null;
if (domain != null) {
// loads the ThrottleContext
ThrottleContext context =
throttle.getThrottleContext(ThrottleConstants.DOMAIN_BASED_THROTTLE_KEY);
if (context != null) {
// Loads the ThrottleConfiguration
ThrottleConfiguration config = context.getThrottleConfiguration();
if (config != null) {
// check for configuration for this caller
callerId = config.getConfigurationKeyOfCaller(domain);
if (callerId != null) {
// If this is a clustered env.
if (isClusteringEnable) {
context.setConfigurationContext(cc);
context.setThrottleId(throttleId);
}
AccessInformation infor =
accessRateController.canAccess(
context, callerId, ThrottleConstants.DOMAIN_BASE);
StatCollector.collect(infor, domain, ThrottleConstants.DOMAIN_BASE);
// check for the permission for access
if (!infor.isAccessAllowed()) {
// In the case of both of concurrency throttling and
// rate based throttling have enabled ,
// if the access rate less than maximum concurrent access ,
// then it is possible to occur death situation.To avoid that reset,
// if the access has denied by rate based throttling
if (cac != null) {
cac.incrementAndGet();
// set back if this is a clustered env
if (isClusteringEnable) {
cc.setProperty(key, cac);
// replicate the current state of ConcurrentAccessController
try {
if (debugOn) {
log.debug(
"Going to replicates the "
+ "states of the ConcurrentAccessController"
+ " with key : "
+ key);
}
Replicator.replicate(cc, new String[] {key});
} catch (ClusteringFault clusteringFault) {
log.error("Error during replicating states ", clusteringFault);
}
}
}
throw new AxisFault(
" Access deny for a "
+ "caller with Domain "
+ domain
+ " "
+ " : Reason : "
+ infor.getFaultReason());
}
} else {
if (debugOn) {
log.debug(
"Could not find the Throttle Context for domain-Based "
+ "Throttling for domain name "
+ domain
+ " Throttling for this "
+ "domain name may not be configured from policy");
}
}
}
}
} else {
if (debugOn) {
log.debug("Could not find the domain of the caller - IP-based throttling may occur");
}
}
// IP based throttling - Only if there is no configuration for caller domain name
if (callerId == null) {
String ip = (String) messageContext.getProperty(MessageContext.REMOTE_ADDR);
if (ip != null) {
// loads IP based throttle context
ThrottleContext context =
throttle.getThrottleContext(ThrottleConstants.IP_BASED_THROTTLE_KEY);
if (context != null) {
// Loads the ThrottleConfiguration
ThrottleConfiguration config = context.getThrottleConfiguration();
if (config != null) {
// check for configuration for this ip
callerId = config.getConfigurationKeyOfCaller(ip);
if (callerId != null) {
// for clustered env.
if (isClusteringEnable) {
context.setConfigurationContext(cc);
context.setThrottleId(throttleId);
}
AccessInformation infor =
accessRateController.canAccess(context, callerId, ThrottleConstants.IP_BASE);
// check for the permission for access
StatCollector.collect(infor, ip, ThrottleConstants.IP_BASE);
if (!infor.isAccessAllowed()) {
// In the case of both of concurrency throttling and
// rate based throttling have enabled ,
// if the access rate less than maximum concurrent access ,
// then it is possible to occur death situation.To avoid that reset,
// if the access has denied by rate based throttling
if (cac != null) {
cac.incrementAndGet();
// set back if this is a clustered env
if (isClusteringEnable) {
cc.setProperty(key, cac);
// replicate the current state of ConcurrentAccessController
try {
if (debugOn) {
log.debug(
"Going to replicates the "
+ "states of the ConcurrentAccessController"
+ " with key : "
+ key);
}
Replicator.replicate(cc, new String[] {key});
} catch (ClusteringFault clusteringFault) {
log.error("Error during replicating states ", clusteringFault);
}
}
}
throw new AxisFault(
" Access deny for a "
+ "caller with IP "
+ ip
+ " "
+ " : Reason : "
+ infor.getFaultReason());
}
}
}
} else {
if (debugOn) {
log.debug("Could not find the throttle Context for IP-Based throttling");
}
}
} else {
if (debugOn) {
log.debug(
"Could not find the IP address of the caller " + "- throttling will not occur");
}
}
}
}
// all the replication functionality of the access rate based throttling handles by itself
// just replicate the current state of ConcurrentAccessController
if (isClusteringEnable && cac != null) {
try {
if (debugOn) {
log.debug(
"Going to replicates the states of the ConcurrentAccessController"
+ " with key : "
+ key);
}
Replicator.replicate(cc, new String[] {key});
} catch (ClusteringFault clusteringFault) {
log.error("Error during replicating states ", clusteringFault);
}
}
// finally engage rolebased access throttling if available
doRoleBasedAccessThrottling(throttle, messageContext, isClusteringEnable);
} else {
// replicate the current state of ConcurrentAccessController
if (isClusteringEnable) {
try {
if (debugOn) {
log.debug(
"Going to replicates the states of the ConcurrentAccessController"
+ " with key : "
+ key);
}
Replicator.replicate(cc, new String[] {key});
} catch (ClusteringFault clusteringFault) {
log.error("Error during replicating states ", clusteringFault);
}
}
throw new AxisFault(
"Access has currently been denied since " + " maximum concurrent access have exceeded");
}
}
public void createdConfigurationContext(ConfigurationContext configurationContext) {
ServerContextInformation contextInfo;
String tenantDomain =
SuperTenantCarbonContext.getCurrentContext(configurationContext).getTenantDomain();
log.info("Intializing the ESB Configuration for the tenant domain : " + tenantDomain);
try {
// first check which configuration should be active
org.wso2.carbon.registry.core.Registry registry =
(org.wso2.carbon.registry.core.Registry)
SuperTenantCarbonContext.getCurrentContext(configurationContext)
.getRegistry(RegistryType.SYSTEM_CONFIGURATION);
AxisConfiguration axisConfig = configurationContext.getAxisConfiguration();
// initialize the lock
Lock lock = new ReentrantLock();
axisConfig.addParameter(ServiceBusConstants.SYNAPSE_CONFIG_LOCK, lock);
// creates the synapse configuration directory hierarchy if not exists
// useful at the initial tenant creation
File tenantAxis2Repo =
new File(configurationContext.getAxisConfiguration().getRepository().getFile());
File synapseConfigsDir = new File(tenantAxis2Repo, ServiceBusConstants.SYNAPSE_CONFIGS);
if (!synapseConfigsDir.exists()) {
if (!synapseConfigsDir.mkdir()) {
log.fatal(
"Couldn't create the synapse-config root on the file system "
+ "for the tenant domain : "
+ tenantDomain);
return;
}
}
String synapseConfigsDirLocation = synapseConfigsDir.getAbsolutePath();
// set the required configuration parameters to initialize the ESB
axisConfig.addParameter(
SynapseConstants.Axis2Param.SYNAPSE_CONFIG_LOCATION, synapseConfigsDirLocation);
// init the multiple configuration tracker
ConfigurationManager manger =
new ConfigurationManager((UserRegistry) registry, configurationContext);
manger.init();
File synapseConfigDir =
new File(synapseConfigsDir, manger.getTracker().getCurrentConfigurationName());
if (!synapseConfigDir.exists()) {
createTenantSynapseConfigHierarchy(synapseConfigDir, tenantDomain);
}
axisConfig.addParameter(
SynapseConstants.Axis2Param.SYNAPSE_HOME, tenantAxis2Repo.getAbsolutePath());
axisConfig.addParameter(
SynapseConstants.Axis2Param.SYNAPSE_SERVER_NAME, "synapse." + tenantDomain);
axisConfig.addParameter(
SynapseConstants.Axis2Param.SYNAPSE_RESOLVE_ROOT, tenantAxis2Repo.getAbsolutePath());
// Initialize Synapse
contextInfo =
initESB(manger.getTracker().getCurrentConfigurationName(), configurationContext);
if (contextInfo == null) {
handleFatal("Failed to intilize the ESB for tenent:" + tenantDomain);
}
initPersistence(
manger.getTracker().getCurrentConfigurationName(), configurationContext, contextInfo);
configurationContext.setProperty(ConfigurationManager.CONFIGURATION_MANAGER, manger);
int tenantId = SuperTenantCarbonContext.getCurrentContext(configurationContext).getTenantId();
// populate the SynapseEnv service and SynapseConfig OSGI Services so that other
// components get to know about the availability of the new synapse configuration
Properties props = new Properties();
SynapseConfigurationService synCfgSvc =
new SynapseConfigurationServiceImpl(
contextInfo.getSynapseConfiguration(), tenantId, configurationContext);
ServiceRegistration confRegistration =
ConfigurationHolder.getInstance()
.getBundleContext()
.registerService(SynapseConfigurationService.class.getName(), synCfgSvc, props);
props = new Properties();
SynapseEnvironmentService synEnvSvc =
new SynapseEnvironmentServiceImpl(
contextInfo.getSynapseEnvironment(), tenantId, configurationContext);
ServiceRegistration envRegistration =
ConfigurationHolder.getInstance()
.getBundleContext()
.registerService(SynapseEnvironmentService.class.getName(), synEnvSvc, props);
props = new Properties();
SynapseRegistrationsService synRegistrationsSvc =
new SynapseRegistrationsServiceImpl(
confRegistration, envRegistration, tenantId, configurationContext);
ServiceRegistration synapseRegistration =
ConfigurationHolder.getInstance()
.getBundleContext()
.registerService(
SynapseRegistrationsService.class.getName(), synRegistrationsSvc, props);
ConfigurationTrackingService trackingService =
ServiceBusInitializer.getConfigurationTrackingService();
if (trackingService != null) {
trackingService.setSynapseConfiguration(contextInfo.getSynapseConfiguration());
}
// set the event broker as a property for tenants
EventBroker eventBroker = ServiceBusInitializer.getEventBroker();
if (eventBroker != null) {
configurationContext.setProperty("mediation.event.broker", eventBroker);
}
ConfigurationHolder.getInstance().addSynapseRegistration(tenantId, synapseRegistration);
} catch (Exception e) {
handleFatal("Couldn't initialize the ESB for tenant:" + tenantDomain, e);
} catch (Throwable t) {
log.fatal("Failed to initialize ESB for tenant:" + tenantDomain + "due to a fatal error", t);
}
}
private ServerContextInformation initESB(
String configurationName, ConfigurationContext configurationContext) throws AxisFault {
ServerConfigurationInformation configurationInformation =
ServerConfigurationInformationFactory.createServerConfigurationInformation(
configurationContext.getAxisConfiguration());
// ability to specify the SynapseServerName as a system property
if (System.getProperty("SynapseServerName") != null) {
configurationInformation.setServerName(System.getProperty("SynapseServerName"));
}
// for now we override the default configuration location with the value in registry
String repoPath = configurationContext.getAxisConfiguration().getRepository().getPath();
configurationInformation.setSynapseXMLLocation(
repoPath
+ File.separator
+ ServiceBusConstants.SYNAPSE_CONFIGS
+ File.separator
+ configurationName);
configurationInformation.setCreateNewInstance(false);
configurationInformation.setServerControllerProvider(CarbonSynapseController.class.getName());
if (isRunningSamplesMode()) {
configurationInformation.setSynapseXMLLocation(
"repository"
+ File.separator
+ "samples"
+ File.separator
+ "synapse_sample_"
+ System.getProperty(ServiceBusConstants.ESB_SAMPLE_SYSTEM_PROPERTY)
+ ".xml");
}
ServerManager serverManager = new ServerManager();
ServerContextInformation contextInfo =
new ServerContextInformation(configurationContext, configurationInformation);
/*if (dataSourceInformationRepositoryService != null) {
DataSourceInformationRepository repository =
dataSourceInformationRepositoryService.getDataSourceInformationRepository();
contextInfo.addProperty(DataSourceConstants.DATA_SOURCE_INFORMATION_REPOSITORY,
repository);
}*/
TaskScheduler scheduler;
if (configurationContext.getProperty(ServiceBusConstants.CARBON_TASK_SCHEDULER) == null) {
scheduler = new TaskScheduler(TaskConstants.TASK_SCHEDULER);
configurationContext.setProperty(ServiceBusConstants.CARBON_TASK_SCHEDULER, scheduler);
} else {
scheduler =
(TaskScheduler)
configurationContext.getProperty(ServiceBusConstants.CARBON_TASK_SCHEDULER);
}
contextInfo.addProperty(TaskConstants.TASK_SCHEDULER, scheduler);
TaskDescriptionRepository repository;
if (configurationContext.getProperty(ServiceBusConstants.CARBON_TASK_REPOSITORY) == null) {
repository = new TaskDescriptionRepository();
configurationContext.setProperty(ServiceBusConstants.CARBON_TASK_REPOSITORY, repository);
} else {
repository =
(TaskDescriptionRepository)
configurationContext.getProperty(ServiceBusConstants.CARBON_TASK_REPOSITORY);
}
contextInfo.addProperty(TaskConstants.TASK_DESCRIPTION_REPOSITORY, repository);
/* if (secretCallbackHandlerService != null) {
contextInfo.addProperty(SecurityConstants.PROP_SECRET_CALLBACK_HANDLER,
secretCallbackHandlerService.getSecretCallbackHandler());
}*/
AxisConfiguration axisConf = configurationContext.getAxisConfiguration();
axisConf.addParameter(
new Parameter(ServiceBusConstants.SYNAPSE_CURRENT_CONFIGURATION, configurationName));
serverManager.init(configurationInformation, contextInfo);
serverManager.start();
AxisServiceGroup serviceGroup = axisConf.getServiceGroup(SynapseConstants.SYNAPSE_SERVICE_NAME);
serviceGroup.addParameter("hiddenService", "true");
addDeployers(configurationContext);
return contextInfo;
}
/**
* Create Tenant Axis2 ConfigurationContexts & add them to the main Axis2 ConfigurationContext
*
* @param mainConfigCtx Super-tenant Axis2 ConfigurationContext
* @param tenantDomain Tenant domain (e.g. foo.com)
* @return The newly created Tenant ConfigurationContext
* @throws Exception If an error occurs while creating tenant ConfigurationContext
*/
private static ConfigurationContext createTenantConfigurationContext(
ConfigurationContext mainConfigCtx, String tenantDomain) throws Exception {
synchronized (tenantDomain.intern()) { // lock based on tenant domain
Map<String, ConfigurationContext> tenantConfigContexts =
getTenantConfigurationContexts(mainConfigCtx);
ConfigurationContext tenantConfigCtx = tenantConfigContexts.get(tenantDomain);
if (tenantConfigCtx != null) {
return tenantConfigCtx;
}
long tenantLoadingStartTime = System.currentTimeMillis();
int tenantId = getTenantId(tenantDomain);
if (tenantId == MultitenantConstants.SUPER_TENANT_ID
|| tenantId == MultitenantConstants.INVALID_TENANT_ID) {
throw new Exception("Tenant " + tenantDomain + " does not exist");
}
PrivilegedCarbonContext carbonContext = PrivilegedCarbonContext.getThreadLocalCarbonContext();
carbonContext.setTenantId(tenantId);
carbonContext.setTenantDomain(tenantDomain);
tenantConfigCtx = tenantConfigContexts.get(tenantDomain);
if (tenantConfigCtx != null) {
return tenantConfigCtx;
}
AxisConfiguration mainAxisConfig = mainConfigCtx.getAxisConfiguration();
dataHolder.getTenantRegistryLoader().loadTenantRegistry(tenantId);
try {
UserRegistry tenantConfigRegistry =
dataHolder.getRegistryService().getConfigSystemRegistry(tenantId);
UserRegistry tenantLocalUserRegistry =
dataHolder.getRegistryService().getLocalRepository(tenantId);
TenantAxisConfigurator tenantAxisConfigurator =
new TenantAxisConfigurator(
mainAxisConfig,
tenantDomain,
tenantId,
tenantConfigRegistry,
tenantLocalUserRegistry);
doPreConfigContextCreation(tenantId);
tenantConfigCtx =
ConfigurationContextFactory.createConfigurationContext(tenantAxisConfigurator);
AxisConfiguration tenantAxisConfig = tenantConfigCtx.getAxisConfiguration();
tenantConfigCtx.setServicePath(CarbonUtils.getAxis2ServicesDir(tenantAxisConfig));
tenantConfigCtx.setContextRoot("local:/");
TenantTransportSender transportSender = new TenantTransportSender(mainConfigCtx);
// Adding transport senders
HashMap<String, TransportOutDescription> transportSenders =
mainAxisConfig.getTransportsOut();
if (transportSenders != null && !transportSenders.isEmpty()) {
for (String strTransport : transportSenders.keySet()) {
TransportOutDescription outDescription = new TransportOutDescription(strTransport);
outDescription.setSender(transportSender);
tenantAxisConfig.addTransportOut(outDescription);
}
}
// Set the work directory
tenantConfigCtx.setProperty(
ServerConstants.WORK_DIR, mainConfigCtx.getProperty(ServerConstants.WORK_DIR));
PrivilegedCarbonContext.getThreadLocalCarbonContext().setTenantId(tenantId);
new TransportPersistenceManager(tenantAxisConfig)
.updateEnabledTransports(
tenantAxisConfig.getTransportsIn().values(),
tenantAxisConfig.getTransportsOut().values());
// Notify all observers
BundleContext bundleContext = dataHolder.getBundleContext();
if (bundleContext != null) {
ServiceTracker tracker =
new ServiceTracker(
bundleContext, Axis2ConfigurationContextObserver.class.getName(), null);
tracker.open();
Object[] services = tracker.getServices();
if (services != null) {
for (Object service : services) {
((Axis2ConfigurationContextObserver) service)
.createdConfigurationContext(tenantConfigCtx);
}
}
tracker.close();
}
tenantConfigCtx.setProperty(MultitenantConstants.LAST_ACCESSED, System.currentTimeMillis());
// Register Capp deployer for this tenant
Utils.addCAppDeployer(tenantAxisConfig);
// deploy the services since all the deployers are initialized by now.
tenantAxisConfigurator.deployServices();
// tenant config context must only be made after the tenant is fully loaded, and all its
// artifacts
// are deployed.
// -- THIS SHOULD BE THE LAST OPERATION OF THIS METHOD --
tenantConfigContexts.put(tenantDomain, tenantConfigCtx);
log.info(
"Loaded tenant "
+ tenantDomain
+ " in "
+ (System.currentTimeMillis() - tenantLoadingStartTime)
+ " ms");
return tenantConfigCtx;
} catch (Exception e) {
String msg = "Error occurred while running deployment for tenant ";
log.error(msg + tenantDomain, e);
throw new Exception(msg, e);
}
}
}
/**
* Set server to shutting-down mode
*
* @throws AxisFault If an error occurs while getting the ConfigurationContext
*/
public static void setServerShuttingDown() throws AxisFault {
ConfigurationContext configCtx = CarbonConfigurationContextFactory.getConfigurationContext();
configCtx.setProperty(CURRENT_SERVER_STATUS, STATUS_SHUTTING_DOWN);
}
/**
* Set server to restarting-down mode
*
* @throws AxisFault If an error occurs while getting the ConfigurationContext
*/
public static void setServerRestarting() throws AxisFault {
ConfigurationContext configCtx = CarbonConfigurationContextFactory.getConfigurationContext();
configCtx.setProperty(CURRENT_SERVER_STATUS, STATUS_RESTARTING);
}
/**
* {@inheritDoc}
*
* @param serverConfigurationInformation ServerConfigurationInformation Instance
* @param serverContextInformation Server Context if the Axis2 Based Server Environment has been
* already set up.
*/
public void init(
ServerConfigurationInformation serverConfigurationInformation,
ServerContextInformation serverContextInformation) {
log.info("Initializing Synapse at : " + new Date());
if (serverConfigurationInformation == null) {
throw new IllegalArgumentException("ServerConfigurationInformation cannot be null");
}
if (serverContextInformation == null) {
throw new IllegalArgumentException("ServerContextInformation cannot be null");
}
this.serverConfigurationInformation = serverConfigurationInformation;
this.serverContextInformation = serverContextInformation;
/* If no system property for the JMX agent is specified from outside, use a default one
to show all MBeans (including the Axis2-MBeans) within the Synapse tree */
if (System.getProperty(JMX_AGENT_NAME) == null) {
System.setProperty(JMX_AGENT_NAME, "org.apache.synapse");
}
if (serverContextInformation.getServerContext() == null
|| serverConfigurationInformation.isCreateNewInstance()) {
if (log.isDebugEnabled()) {
log.debug("Initializing Synapse in a new axis2 server environment instance");
}
createNewInstance(serverConfigurationInformation);
} else {
Object context = serverContextInformation.getServerContext();
if (context instanceof ConfigurationContext) {
if (log.isDebugEnabled()) {
log.debug(
"Initializing Synapse in an already existing " + "axis2 server environment instance");
}
configurationContext = (ConfigurationContext) context;
configurationContext.setProperty(AddressingConstants.ADDR_VALIDATE_ACTION, Boolean.FALSE);
} else {
handleFatal(
"Synapse startup initialization failed : Provided server context is"
+ " invalid, expected an Axis2 ConfigurationContext instance");
}
}
// set the configuration context
serverContextInformation.setServerContext(configurationContext);
// set the ServerContextInformation as a parameter
Parameter serverContextParameter =
new Parameter(SynapseConstants.SYNAPSE_SERVER_CTX_INFO, serverContextInformation);
// set the ServerConfiguration as a parameter
Parameter serverConfigParameter =
new Parameter(SynapseConstants.SYNAPSE_SERVER_CONFIG_INFO, serverConfigurationInformation);
try {
configurationContext.getAxisConfiguration().addParameter(serverContextParameter);
configurationContext.getAxisConfiguration().addParameter(serverConfigParameter);
} catch (AxisFault ignored) {
log.fatal("Error adding the parameter to the Axis Configuration");
}
// we retrieve these properties to initialize the task scheduler in the environment
Object repo = serverContextInformation.getProperty(TaskConstants.TASK_DESCRIPTION_REPOSITORY);
Object taskScheduler = serverContextInformation.getProperty(TaskConstants.TASK_SCHEDULER);
if (repo != null && (repo instanceof TaskDescriptionRepository)) {
this.taskDescriptionRepository = (TaskDescriptionRepository) repo;
}
if (taskScheduler != null && (taskScheduler instanceof TaskScheduler)) {
this.taskScheduler = (TaskScheduler) taskScheduler;
}
addDefaultBuildersAndFormatters(configurationContext.getAxisConfiguration());
initDataSourceHelper(serverContextInformation);
initSharedSecretCallbackHandlerCache(serverContextInformation);
initEnterpriseBeanstalkHolder(serverContextInformation);
initialized = true;
}
@Test(groups = {"wso2.greg"})
public void testPaginate() throws Exception {
try {
Registry gov = GovernanceUtils.getGovernanceUserRegistry(registry, "admin");
// Should be load the governance artifact.
GovernanceUtils.loadGovernanceArtifacts((UserRegistry) gov);
addServices(gov);
// Initialize the pagination context.
// Top five services, sortBy name , and sort order descending.
PaginationContext.init(0, 5, "DES", "overview_name", 100);
WSRegistrySearchClient wsRegistrySearchClient = new WSRegistrySearchClient();
// This should be execute to initialize the AttributeSearchService.
ConfigurationContext configContext;
String axis2Repo = FrameworkPathUtil.getSystemResourceLocation() + "client";
String axis2Conf =
FrameworkPathUtil.getSystemResourceLocation()
+ "axis2config"
+ File.separator
+ "axis2_client.xml";
TestFrameworkUtils.setKeyStoreProperties(automationContext);
configContext =
ConfigurationContextFactory.createConfigurationContextFromFileSystem(
axis2Repo, axis2Conf);
configContext.setProperty(HTTPConstants.CONNECTION_TIMEOUT, TIME_OUT_VALUE);
wsRegistrySearchClient.init(cookie, backendURL, configContext);
// wsRegistrySearchClient.authenticate(configContext, getServiceURL(),
// automationContext.getContextTenant().getContextUser().getUserName(),
// automationContext.getContextTenant().getContextUser().getPassword());
// Initialize the GenericArtifactManager
GenericArtifactManager artifactManager = new GenericArtifactManager(gov, "service");
Map<String, List<String>> listMap = new HashMap<String, List<String>>();
// Create the search attribute map
listMap.put(
"lcName",
new ArrayList<String>() {
{
add("ServiceLifeCycle");
}
});
listMap.put(
"lcState",
new ArrayList<String>() {
{
add("Development");
}
});
// Find the results.
GenericArtifact[] genericArtifacts = artifactManager.findGenericArtifacts(listMap);
assertTrue(genericArtifacts.length > 0, "No any service found");
assertTrue(genericArtifacts.length == 5, "Filtered service count should be 5");
assertTrue(
genericArtifacts[0].getQName().getLocalPart().equals("FlightService9"),
"filter results are not sorted");
assertTrue(
genericArtifacts[4].getQName().getLocalPart().equals("FlightService5"),
"filter results are not sorted");
} finally {
PaginationContext.destroy();
}
}
/**
* Set server to maintenace mode
*
* @throws AxisFault If an error occurs while getting the ConfigurationContext
*/
public static void setServerInMaintenance() throws AxisFault {
ConfigurationContext configCtx = CarbonConfigurationContextFactory.getConfigurationContext();
configCtx.setProperty(CURRENT_SERVER_STATUS, STATUS_IN_MAINTENANCE);
}