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/*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF licenses this file to You under the Apache License, Version 2.0
* (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package flex.messaging.config;
import flex.management.ManageableComponent;
import flex.management.runtime.messaging.endpoints.EndpointControl;
import flex.messaging.Destination;
import flex.messaging.FlexComponent;
import flex.messaging.FlexContext;
import flex.messaging.MessageBroker;
import flex.messaging.Server;
import flex.messaging.client.FlexClientManager;
import flex.messaging.cluster.ClusterManager;
import flex.messaging.endpoints.AbstractEndpoint;
import flex.messaging.endpoints.Endpoint;
import flex.messaging.endpoints.Endpoint2;
import flex.messaging.log.Log;
import flex.messaging.log.Target;
import flex.messaging.security.LoginCommand;
import flex.messaging.security.LoginManager;
import flex.messaging.services.AuthenticationService;
import flex.messaging.services.Service;
import flex.messaging.services.ServiceAdapter;
import flex.messaging.util.ClassUtil;
import flex.messaging.util.RedeployManager;
import flex.messaging.util.StringUtils;
import flex.messaging.util.ToStringPrettyPrinter;
import flex.messaging.util.UUIDGenerator;
import flex.messaging.validators.DeserializationValidator;
import java.lang.reflect.Constructor;
import java.lang.reflect.InvocationTargetException;
import java.lang.reflect.Method;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
/**
* This object encapsulates settings for a MessageBroker instance.
* The MessageBroker itself has no knowledge of configuration specifics;
* instead, this object sets the relevant values on the broker using
* information which a ConfigurationParser has provided for it.
*
*
*/
public class MessagingConfiguration implements ServicesConfiguration
{
private final String asyncMessageBrokerType = "flex.messaging.AsyncMessageBroker";
private final String asyncFlexClientManagerType = "flex.messaging.client.AsyncFlexClientManager";
private final Map channelSettings;
private final List defaultChannels;
private final SecuritySettings securitySettings;
private final List serviceSettings;
private final List sharedServerSettings;
private LoggingSettings loggingSettings;
private SystemSettings systemSettings;
private FlexClientSettings flexClientSettings;
private final Map clusterSettings;
private final Map factorySettings;
private final List messageFilterSettings;
private final Map validatorSettings;
/**
* Constructor.
* Construct a MessagingConfiguration object
*
*/
public MessagingConfiguration()
{
channelSettings = new HashMap();
defaultChannels = new ArrayList(4);
clusterSettings = new HashMap();
factorySettings = new HashMap();
serviceSettings = new ArrayList();
sharedServerSettings = new ArrayList();
securitySettings = new SecuritySettings();
messageFilterSettings = new ArrayList();
validatorSettings = new HashMap();
}
/**
* Configure the MessageBroker.
*
* @param broker current MessageBroker object
*/
public void configureBroker(MessageBroker broker)
{
boolean async = (broker.getClass().getName().equals(asyncMessageBrokerType));
broker.setChannelSettings(channelSettings);
broker.setSecuritySettings(securitySettings);
broker.setSystemSettings(systemSettings);
broker.setFlexClientSettings(flexClientSettings);
// validators need to come first so that the other code can use them
createValidators(broker);
createAuthorizationManager(broker);
createFlexClientManager(broker);
createRedeployManager(broker);
createFactories(broker);
if (async)
createSharedServers(broker);
createEndpoints(broker);
// Default channels have to be set after endpoints are created.
broker.setDefaultChannels(defaultChannels);
prepareClusters(broker);
createServices(broker);
if (async)
createMessageFilters(broker);
createUUIDGenerator(broker);
}
/**
* Create a MessageBroker object with the Id.
*
* @param id String the MessageBroker Id
* @param loader the ClassLoader used to load the MessageBroker class
* @return the created MessageBroker object
*/
public MessageBroker createBroker(String id, ClassLoader loader)
{
// Construct MessageBroker with manageable constructor to avoid loading
// any JMX classes in case manageable is set to false.
MessageBroker broker;
try // Use the AsyncMessageBroker, if possible.
{
@SuppressWarnings("unchecked")
Class messageBrokerClass = ClassUtil.createClass(asyncMessageBrokerType, loader);
Constructor constructor = messageBrokerClass.getConstructor(boolean.class);
broker = (MessageBroker)constructor.newInstance(systemSettings.isManageable());
}
catch (Throwable t) // Otherwise, use the default MessageBroker.
{
broker = new MessageBroker(systemSettings.isManageable());
}
// Initialize MessageBroker.
broker.setEnforceEndpointValidation(systemSettings.isEnforceEndpointValidation());
//broker.setManaged(systemSettings.isManageable());
broker.setId(id);
broker.setClassLoader(loader);
return broker;
}
private void createFactories(MessageBroker broker)
{
for (Iterator> iter=factorySettings.entrySet().iterator(); iter.hasNext(); )
{
Map.Entry entry = iter.next();
String id = entry.getKey();
FactorySettings factorySetting = entry.getValue();
broker.addFactory(id, factorySetting.createFactory(broker.getClassLoader()));
}
}
private void createFlexClientManager(MessageBroker broker)
{
FlexClientManager flexClientManager = null;
try // Use the async version, if possible.
{
@SuppressWarnings("unchecked")
Class flexClientManagerClass = ClassUtil.createClass(asyncFlexClientManagerType, broker.getClassLoader());
Constructor ctor = flexClientManagerClass.getConstructor(broker.getClass());
flexClientManager = (FlexClientManager)ctor.newInstance(broker);
}
catch (Throwable t) // Otherwise, use the default FlexClientManager.
{
flexClientManager = new FlexClientManager(broker.isManaged(), broker);
}
broker.setFlexClientManager(flexClientManager);
}
private void createRedeployManager(MessageBroker broker)
{
RedeployManager redeployManager = new RedeployManager();
redeployManager.setEnabled(systemSettings.getRedeployEnabled());
redeployManager.setWatchInterval(systemSettings.getWatchInterval());
redeployManager.setTouchFiles(systemSettings.getTouchFiles());
redeployManager.setWatchFiles(systemSettings.getWatchFiles());
broker.setRedeployManager(redeployManager);
}
private void createAuthorizationManager(MessageBroker broker)
{
LoginManager loginManager = new LoginManager();
// Create a Login Command for the LoginManager.
LoginCommand loginCommand = null;
Map loginCommands = securitySettings.getLoginCommands();
// If default Login Command is enabled, use it.
LoginCommandSettings loginCommandSettings = (LoginCommandSettings)loginCommands.get(LoginCommandSettings.SERVER_MATCH_OVERRIDE);
if (loginCommandSettings != null)
{
loginCommand = initLoginCommand(loginCommandSettings);
}
// Otherwise, try a server specific Login Command.
else
{
String serverInfo = securitySettings.getServerInfo();
loginCommandSettings = (LoginCommandSettings)loginCommands.get(serverInfo);
if (loginCommandSettings != null)
{
loginCommand = initLoginCommand(loginCommandSettings);
}
else
{
// Try a partial match of serverInfo
serverInfo = serverInfo.toLowerCase();
for (Iterator iterator = loginCommands.keySet().iterator(); iterator.hasNext();)
{
String serverMatch = (String)iterator.next();
loginCommandSettings = (LoginCommandSettings)loginCommands.get(serverMatch);
if (serverInfo.indexOf(serverMatch.toLowerCase()) != -1)
{
// add this match for easier lookup next time around
loginCommands.put(serverInfo, loginCommandSettings);
loginCommand = initLoginCommand(loginCommandSettings);
break;
}
}
}
}
if (loginCommand == null)
{
if (Log.isWarn())
Log.getLogger(ConfigurationManager.LOG_CATEGORY).warn
("No login command was found for '" + securitySettings.getServerInfo()
+ "'. Please ensure that the login-command tag has the correct server attribute value"
+ ", or use 'all' to use the login command regardless of the server.");
}
else
{
loginManager.setLoginCommand(loginCommand);
}
if (loginCommandSettings != null)
loginManager.setPerClientAuthentication(loginCommandSettings.isPerClientAuthentication());
broker.setLoginManager(loginManager);
}
private LoginCommand initLoginCommand(LoginCommandSettings loginCommandSettings)
{
String loginClass = loginCommandSettings.getClassName();
Class c = ClassUtil.createClass(loginClass,
FlexContext.getMessageBroker() == null ? null :
FlexContext.getMessageBroker().getClassLoader());
LoginCommand loginCommand = (LoginCommand)ClassUtil.createDefaultInstance(c, LoginCommand.class);
return loginCommand;
}
private void createSharedServers(MessageBroker broker)
{
for (SharedServerSettings settings : sharedServerSettings)
{
String id = settings.getId();
String className = settings.getClassName();
Class serverClass = ClassUtil.createClass(className, broker.getClassLoader());
FlexComponent server = (FlexComponent)ClassUtil.createDefaultInstance(serverClass, serverClass);
server.initialize(id, settings.getProperties());
if (broker.isManaged() && (server instanceof ManageableComponent))
{
ManageableComponent manageableServer = (ManageableComponent)server;
manageableServer.setManaged(true);
manageableServer.setParent(broker);
}
// TODO: move this to only AsyncMessageBroker.
broker.addServer((Server)server);
if (Log.isInfo())
{
Log.getLogger(ConfigurationManager.LOG_CATEGORY).info
("Server '" + id + "' of type '" + className + "' created.");
}
}
}
private void createEndpoints(MessageBroker broker)
{
for (Iterator iter = channelSettings.keySet().iterator(); iter.hasNext();)
{
String id = iter.next();
ChannelSettings chanSettings = channelSettings.get(id);
String url = chanSettings.getUri();
String endpointClassName = chanSettings.getEndpointType();
// Create the Endpoint
Endpoint endpoint = broker.createEndpoint(id, url, endpointClassName);
// Cast to AbstractEndpoint - these are newer properties that post-date the locked Endpoint interface.
if (endpoint instanceof AbstractEndpoint)
{
AbstractEndpoint abstractEndpoint = (AbstractEndpoint)endpoint;
abstractEndpoint.setRemote(chanSettings.isRemote());
abstractEndpoint.setServerOnly(chanSettings.getServerOnly());
}
endpoint.setSecurityConstraint(chanSettings.getConstraint());
endpoint.setClientType(chanSettings.getClientType());
// Assign referenced server
String referencedServerId = chanSettings.getServerId();
if ((referencedServerId != null) && (endpoint instanceof Endpoint2))
{
Server server = broker.getServer(referencedServerId);
if (server == null)
{
ConfigurationException ce = new ConfigurationException();
ce.setMessage(11128, new Object[] {chanSettings.getId(), referencedServerId});
throw ce;
}
((Endpoint2)endpoint).setServer(broker.getServer(referencedServerId));
}
// Initialize with endpoint properties
endpoint.initialize(id, chanSettings.getProperties());
if (Log.isInfo())
{
String endpointURL = endpoint.getUrl();
String endpointSecurity = EndpointControl.getSecurityConstraintOf(endpoint);
if (StringUtils.isEmpty(endpointSecurity))
endpointSecurity = "None";
Log.getLogger(ConfigurationManager.LOG_CATEGORY).info
("Endpoint '" + id + "' created with security: " +
endpointSecurity + StringUtils.NEWLINE +
"at URL: " + endpointURL);
}
}
}
private void createServices(MessageBroker broker)
{
//the broker needs its AuthenticationService always
AuthenticationService authService = new AuthenticationService();
authService.setMessageBroker(broker);
for (Iterator iter = serviceSettings.iterator(); iter.hasNext();)
{
ServiceSettings svcSettings = iter.next();
String svcId = svcSettings.getId();
String svcClassName = svcSettings.getClassName();
// Create the Service
Service service = broker.createService(svcId, svcClassName);
// Service Class Name - not needed in AbstractService
// Initialize with service properties
service.initialize(svcId, svcSettings.getProperties());
// Default Channels
for (Iterator chanIter = svcSettings.getDefaultChannels().iterator(); chanIter.hasNext();)
{
ChannelSettings chanSettings = (ChannelSettings)chanIter.next();
service.addDefaultChannel(chanSettings.getId());
}
// Adapter Definitions
Map svcAdapterSettings = svcSettings.getAllAdapterSettings();
for (Iterator asIter = svcAdapterSettings.values().iterator(); asIter.hasNext();)
{
AdapterSettings as = (AdapterSettings) asIter.next();
service.registerAdapter(as.getId(), as.getClassName());
if (as.isDefault())
{
service.setDefaultAdapter(as.getId());
}
}
// Destinations
Map destinationSettings = svcSettings.getDestinationSettings();
for (Iterator destSettingsIter = destinationSettings.keySet().iterator(); destSettingsIter.hasNext();)
{
String destName = (String)destSettingsIter.next();
DestinationSettings destSettings = (DestinationSettings)destinationSettings.get(destName);
createDestination(destSettings, service, svcSettings);
}
}
}
private void createDestination(DestinationSettings destSettings, Service service, ServiceSettings svcSettings)
{
String destId = destSettings.getId();
Destination destination = service.createDestination(destId);
// Channels
List chanSettings = destSettings.getChannelSettings();
if (chanSettings.size() > 0)
{
List channelIds = new ArrayList(2);
for (Iterator iter = chanSettings.iterator(); iter.hasNext();) {
ChannelSettings cs = (ChannelSettings) iter.next();
channelIds.add(cs.getId());
}
destination.setChannels(channelIds);
}
// Security
SecurityConstraint constraint = destSettings.getConstraint();
destination.setSecurityConstraint(constraint);
// Initialize with service, adapter and destination properties
destination.initialize(destId, svcSettings.getProperties());
destination.initialize(destId, destSettings.getAdapterSettings().getProperties());
destination.initialize(destId, destSettings.getProperties());
// Service Adapter
createAdapter(destination, destSettings, svcSettings);
}
private void createAdapter(Destination destination, DestinationSettings destSettings, ServiceSettings svcSettings)
{
AdapterSettings adapterSettings = destSettings.getAdapterSettings();
String adapterId = adapterSettings.getId();
ServiceAdapter adapter = destination.createAdapter(adapterId);
// Initialize with service, adapter and then destination properties
adapter.initialize(adapterId, svcSettings.getProperties());
adapter.initialize(adapterId, adapterSettings.getProperties());
adapter.initialize(adapterId, destSettings.getProperties());
}
/**
*
* Used by the MessageBrokerServlet to set up the singleton Log instance
* and add any targets defined in the logging configuration.
* This needs to be invoked ahead of creating and bootstrapping a MessageBroker
* instance so we're sure to have the logging system running in case the bootstrap
* process needs to log anything out.
*/
public void createLogAndTargets()
{
if (loggingSettings == null)
{
Log.setPrettyPrinterClass(ToStringPrettyPrinter.class.getName());
return;
}
Log.createLog();
ConfigMap properties = loggingSettings.getProperties();
// Override default pretty printer for FDS to traverse deep Object graphs
if (properties.getPropertyAsString("pretty-printer", null) == null)
{
Log.setPrettyPrinterClass(ToStringPrettyPrinter.class.getName());
}
Log.initialize(null, properties);
// Targets
List targets = loggingSettings.getTargets();
Iterator it = targets.iterator();
while (it.hasNext())
{
TargetSettings targetSettings = (TargetSettings)it.next();
String className = targetSettings.getClassName();
Class c = ClassUtil.createClass(className,
FlexContext.getMessageBroker() == null ? null :
FlexContext.getMessageBroker().getClassLoader());
try
{
Target target = (Target)c.newInstance();
target.setLevel(Log.readLevel(targetSettings.getLevel()));
target.setFilters(targetSettings.getFilters());
target.initialize(null, targetSettings.getProperties());
Log.addTarget(target);
}
catch (Throwable t)
{
// Unwrap to get to the interesting exception
if (t instanceof InvocationTargetException)
t = t.getCause();
System.err.println("*** Error setting up logging system");
t.printStackTrace();
ConfigurationException cx = new ConfigurationException();
cx.setMessage(10126, new Object[] { className });
cx.setRootCause(t);
throw cx;
}
}
}
private void createMessageFilters(MessageBroker broker)
{
Class asyncFilterClass = ClassUtil.createClass("flex.messaging.filters.BaseAsyncMessageFilter");
Class syncFilterClass = ClassUtil.createClass("flex.messaging.filters.BaseSyncMessageFilter");
for (MessageFilterSettings settings : messageFilterSettings)
{
String id = settings.getId();
String className = settings.getClassName();
Class filterClass = ClassUtil.createClass(className, broker.getClassLoader());
FlexComponent filter = (FlexComponent)ClassUtil.createDefaultInstance(filterClass, null);
MessageFilterSettings.FilterType filterType = settings.getFilterType();
boolean filterIsAsync = filterType == MessageFilterSettings.FilterType.ASYNC;
// Validate filter is assignable to proper base class.
if ((filterIsAsync && !asyncFilterClass.isAssignableFrom(filterClass)) ||
(!filterIsAsync && !syncFilterClass.isAssignableFrom(filterClass)))
{
// Filter class is not a valid subclass of either supported base filter type.
ConfigurationException cx = new ConfigurationException();
int errorCode = filterIsAsync ? 11144 : 11145;
cx.setMessage(errorCode, new Object[] {settings.getId()});
throw cx;
}
filter.initialize(id, settings.getProperties());
if (broker.isManaged() && (filter instanceof ManageableComponent))
{
ManageableComponent manageableFilter = (ManageableComponent)filter;
manageableFilter.setManaged(true);
manageableFilter.setParent(broker);
}
try
{
String methodName = filterIsAsync ? "getAsyncMessageFilterChain" : "getSyncMessageFilterChain";
Method getMessageFilterChain = broker.getClass().getDeclaredMethod(methodName);
Object filterChain = getMessageFilterChain.invoke(broker, (Object[])null);
Class arg = filterIsAsync ? asyncFilterClass : syncFilterClass;
Method addFilter = filterChain.getClass().getDeclaredMethod("add", arg);
addFilter.invoke(filterChain, filter);
}
catch (Exception e)
{
// Hit an unexpected problem adding the filter instance to the broker's async or sync chain.
ConfigurationException cx = new ConfigurationException();
int errorCode = filterType == MessageFilterSettings.FilterType.ASYNC ? 11138 : 11143;
cx.setMessage(errorCode, new Object[] {settings.getId()});
cx.setRootCause(e);
throw cx;
}
if (Log.isInfo())
{
Log.getLogger(ConfigurationManager.LOG_CATEGORY).info
("MessageFilter '" + id + "' of type '" + className + "' created.");
}
}
}
private void createValidators(MessageBroker broker)
{
for (Iterator iter = validatorSettings.values().iterator(); iter.hasNext(); )
{
ValidatorSettings settings = iter.next();
String className = settings.getClassName();
String type = settings.getType();
Class validatorClass = ClassUtil.createClass(className, broker.getClassLoader());
Class expectedClass = ClassUtil.createClass(type, broker.getClassLoader());
Object validator = ClassUtil.createDefaultInstance(validatorClass, expectedClass);
// Only set the DeserializationValidator types for now.
if (validator instanceof DeserializationValidator)
{
// there can only be one deserialization validator, throw an error if there is more than one.
DeserializationValidator existingValidator = broker.getDeserializationValidator();
if (existingValidator != null)
{
ConfigurationException cx = new ConfigurationException();
cx.setMessage(11400, new Object[]{existingValidator.getClass().getCanonicalName(), className});
throw cx;
}
DeserializationValidator deserializationValidator = (DeserializationValidator)validator;
deserializationValidator.initialize(null, settings.getProperties());
broker.setDeserializationValidator(deserializationValidator);
if (Log.isInfo())
{
Log.getLogger(ConfigurationManager.LOG_CATEGORY).info
("DeserializationValidator of type '" + className + "' created.");
}
}
}
}
private void createUUIDGenerator(MessageBroker broker)
{
String className = systemSettings.getUUIDGeneratorClassName();
if (className == null || className.length() == 0)
return;
Class uuidGeneratorClass = ClassUtil.createClass(className, broker.getClassLoader());
if (!UUIDGenerator.class.isAssignableFrom(uuidGeneratorClass))
{
// UUID Generator class is not a valid subclass of ''{0}''
ConfigurationException cx = new ConfigurationException();
cx.setMessage(11148, new Object[] {UUIDGenerator.class.getName()});
throw cx;
}
Object uuidGenerator = ClassUtil.createDefaultInstance(uuidGeneratorClass, UUIDGenerator.class);
broker.setUUIDGenerator((UUIDGenerator)uuidGenerator);
}
private void prepareClusters(MessageBroker broker)
{
ClusterManager clusterManager = broker.getClusterManager();
for (Iterator iter=clusterSettings.keySet().iterator(); iter.hasNext(); )
{
String clusterId = iter.next();
ClusterSettings cs = clusterSettings.get(clusterId);
clusterManager.prepareCluster(cs);
}
}
/**
* Add Shared Server configurations.
*
* @param settings the SharedServerSettings object
**/
public void addSharedServerSettings(SharedServerSettings settings)
{
sharedServerSettings.add(settings);
}
/**
* Add the Channel configurations.
*
* @param id the ChannelSetting Id
* @param settings the ChannelSettings
**/
public void addChannelSettings(String id, ChannelSettings settings)
{
channelSettings.put(id, settings);
}
/**
* Get the ChannelSettings by Id.
*
* @param id the ChannelSettings Id
* @return ChannelSettings the Channel settings
**/
public ChannelSettings getChannelSettings(String id)
{
return channelSettings.get(id);
}
/**
* Get all the ChannelSettings.
* @return Map the Map of all the ChannelSettings, maped by Id
**/
public Map getAllChannelSettings()
{
return channelSettings;
}
/**
* Add the default Channel by Id.
*
* @param id the Channel Id
**/
public void addDefaultChannel(String id)
{
defaultChannels.add(id);
}
/**
* Get the default Channel List.
*
* @return List, the list of default Channels
**/
public List getDefaultChannels()
{
return defaultChannels;
}
/**
* Get the Security Configurations.
*
* @return SecuritySettings current SecuritySettings
**/
public SecuritySettings getSecuritySettings()
{
return securitySettings;
}
/**
* Add Service Configurations.
*
* @param settings the ServiceSettings object
**/
public void addServiceSettings(ServiceSettings settings)
{
serviceSettings.add(settings);
}
/**
* Get ServiceSettings by Id.
*
* @param id the ServiceSettings Id
* @return ServiceSettings the ServiceSettings object
**/
public ServiceSettings getServiceSettings(String id)
{
for (Iterator iter = serviceSettings.iterator(); iter.hasNext();)
{
ServiceSettings serviceSettings = iter.next();
if (serviceSettings.getId().equals(id))
return serviceSettings;
}
return null;
}
/**
* Get all ServiceSettings.
*
* @return List all the service settings
**/
public List getAllServiceSettings()
{
return serviceSettings;
}
/**
* Get LoggingSettings.
*
* @return LoggingSettings the LoggingSettings object
**/
public LoggingSettings getLoggingSettings()
{
return loggingSettings;
}
/**
* Set LoggingSettings.
*
* @param loggingSettings the LoggingSettings object
**/
public void setLoggingSettings(LoggingSettings loggingSettings)
{
this.loggingSettings = loggingSettings;
}
/**
* Set SystemSettings.
*
* @param ss the SystemSettings object
**/
public void setSystemSettings(SystemSettings ss)
{
systemSettings = ss;
}
/**
* Get SystemSettings.
*
* @return SystemSettings the LoggingSettings object
**/
public SystemSettings getSystemSettings()
{
return systemSettings;
}
/**
* Set FlexClientSettings.
*
* @param value the FlexClientSettings object
**/
public void setFlexClientSettings(FlexClientSettings value)
{
flexClientSettings = value;
}
/**
* Get FlexClientSettings.
*
* @return FlexClientSettings the FlexClientSettings object
**/
public FlexClientSettings getFlexClientSettings()
{
return flexClientSettings;
}
/**
* Add the ClusterSettings.
*
* @param settings the ClusterSettings object
**/
public void addClusterSettings(ClusterSettings settings)
{
if (settings.isDefault())
{
for (Iterator it = clusterSettings.values().iterator(); it.hasNext(); )
{
ClusterSettings cs = it.next();
if (cs.isDefault())
{
ConfigurationException cx = new ConfigurationException();
cx.setMessage(10214, new Object[] { settings.getClusterName(), cs.getClusterName() });
throw cx;
}
}
}
if (clusterSettings.containsKey(settings.getClusterName()))
{
ConfigurationException cx = new ConfigurationException();
cx.setMessage(10206, new Object[] { settings.getClusterName() });
throw cx;
}
clusterSettings.put(settings.getClusterName(), settings);
}
/**
* Get the ClusterSettings object by Id.
*
* @param clusterId the ClusterSettings Id
* @return ClusterSettings the ClusterSettings object
**/
public ClusterSettings getClusterSettings(String clusterId)
{
for (Iterator it = clusterSettings.values().iterator(); it.hasNext(); )
{
ClusterSettings cs = it.next();
if (cs.getClusterName() == clusterId)
return cs; // handle null case
if (cs.getClusterName() != null && cs.getClusterName().equals(clusterId))
return cs;
}
return null;
}
/**
* Get the default ClusterSettings.
*
* @return ClusterSettings the default ClusterSetting object
**/
public ClusterSettings getDefaultCluster()
{
for (Iterator it = clusterSettings.values().iterator(); it.hasNext(); )
{
ClusterSettings cs = it.next();
if (cs.isDefault())
return cs;
}
return null;
}
/**
* Add FactorySettings by Id.
*
* @param id the FactorySettings Id
* @param settings the FactorySettings object
**/
public void addFactorySettings(String id, FactorySettings settings)
{
factorySettings.put(id, settings);
}
/**
* Add MessageFilterSettings.
*
* @param settings the MessageFilterSettings object
**/
public void addMessageFilterSettings(MessageFilterSettings settings)
{
messageFilterSettings.add(settings);
}
/**
* Add ValidatorSettings.
*
* @param settings the ValidatorSettings object
**/
public void addValidatorSettings(ValidatorSettings settings)
{
String type = settings.getType();
if (validatorSettings.containsKey(type))
{
// Cannot add multiple validators with the same type ''{0}''
ConfigurationException ce = new ConfigurationException();
ce.setMessage(11136, new Object[] {type});
throw ce;
}
validatorSettings.put(type, settings);
}
/**
* Report unused properties.
*
**/
public void reportUnusedProperties()
{
ArrayList findings = new ArrayList();
Iterator serviceItr = serviceSettings.iterator();
while (serviceItr.hasNext())
{
ServiceSettings serviceSettings = serviceItr.next();
gatherUnusedProperties(serviceSettings.getId(), serviceSettings.getSourceFile(),
ConfigurationConstants.SERVICE_ELEMENT, serviceSettings, findings);
Iterator destinationItr = serviceSettings.getDestinationSettings().values().iterator();
while (destinationItr.hasNext())
{
DestinationSettings destinationSettings = (DestinationSettings) destinationItr.next();
gatherUnusedProperties(destinationSettings.getId(), destinationSettings.getSourceFile(),
ConfigurationConstants.DESTINATION_ELEMENT,
destinationSettings, findings);
AdapterSettings adapterSettings = destinationSettings.getAdapterSettings();
if (adapterSettings != null)
{
gatherUnusedProperties(adapterSettings.getId(), adapterSettings.getSourceFile(),
ConfigurationConstants.ADAPTER_ELEMENT,
adapterSettings, findings);
}
}
}
Iterator channelItr = channelSettings.values().iterator();
while (channelItr.hasNext())
{
ChannelSettings channelSettings = channelItr.next();
// Skip property validation for remote channel-definitions
if (channelSettings.isRemote())
continue;
gatherUnusedProperties(channelSettings.getId(), channelSettings.getSourceFile(),
ConfigurationConstants.CHANNEL_ELEMENT, channelSettings, findings);
}
Iterator serverItr = sharedServerSettings.iterator();
while (serverItr.hasNext())
{
SharedServerSettings serverSettings = serverItr.next();
gatherUnusedProperties(serverSettings.getId(), serverSettings.getSourceFile(),
ConfigurationConstants.SERVER_ELEMENT, serverSettings, findings);
}
if (!findings.isEmpty())
{
int errorNumber = 10149;
ConfigurationException exception = new ConfigurationException();
StringBuffer allDetails = new StringBuffer();
for (int i = 0; i < findings.size(); i++)
{
allDetails.append(StringUtils.NEWLINE);
allDetails.append(" ");
exception.setDetails(errorNumber, "pattern", findings.get(i));
allDetails.append(exception.getDetails());
exception.setDetails(null);
}
exception.setMessage(errorNumber, new Object[] {allDetails});
throw exception;
}
}
private void gatherUnusedProperties
(String settingsId, String settingsSource, String settingsType,
PropertiesSettings settings, Collection result)
{
List unusedProperties = settings.getProperties().findAllUnusedProperties();
int size = unusedProperties.size();
if (size > 0)
{
for (int i = 0; i < size; i++)
{
String path = (String) unusedProperties.get(i);
result.add(new Object[] {path, settingsType, settingsId, settingsSource});
}
}
}
}
