Examples of flex.messaging.config.ConfigMap$ValueList

flex.messaging.config.ConfigMap
The ConfigMap class is a helper implementation of Map that makes it easier to handle properties that can appear one or more times. If a property is set more than once, it is converted to a List and added as another property rather than replacing the existing property. It also provides utility APIs for getting properties from the Map, cast to a certain type and allows a default to be specified in the event that the property is missing. @author Peter Farland

    /**
     *  Handle JMS specific configuration.
     */ 
    private void jms(ConfigMap properties)
    {
        ConfigMap jms = properties.getPropertyAsMap(JMS, null);
        if (jms != null)
        {
            String destType = jms.getPropertyAsString(DESTINATION_TYPE, defaultDestinationType);
            settings.setDestinationType(destType);


            String msgType = jms.getPropertyAsString(MESSAGE_TYPE, null);
            settings.setMessageType(msgType);


            String factory = jms.getPropertyAsString(CONNECTION_FACTORY, null);
            settings.setConnectionFactory(factory);


            ConfigMap connectionCredentials = jms.getPropertyAsMap(CONNECTION_CREDENTIALS, null);
            if (connectionCredentials != null)
            {
                String username = connectionCredentials.getPropertyAsString(USERNAME, null);
                settings.setConnectionUsername(username);                
                String password = connectionCredentials.getPropertyAsString(PASSWORD, null);                
                settings.setConnectionPassword(password);
            }
            
            ConfigMap deliverySettings = jms.getPropertyAsMap(DELIVERY_SETTINGS, null);
            if (deliverySettings != null)
            {
                // Get the default delivery settings.
                DeliverySettings ds = settings.getDeliverySettings();


                String mode = deliverySettings.getPropertyAsString(MODE, JMSConfigConstants.defaultMode);
                ds.setMode(mode);
                
                long receiveIntervalMillis = deliverySettings.getPropertyAsLong(SYNC_RECEIVE_INTERVAL_MILLIS, defaultSyncReceiveIntervalMillis);
                ds.setSyncReceiveIntervalMillis(receiveIntervalMillis);
                
                long receiveWaitMillis = deliverySettings.getPropertyAsLong(SYNC_RECEIVE_WAIT_MILLIS, defaultSyncReceiveWaitMillis);
                ds.setSyncReceiveWaitMillis(receiveWaitMillis);                
            }
            
            String destJNDI = jms.getPropertyAsString(DESTINATION_JNDI_NAME, null);
            settings.setDestinationJNDIName(destJNDI);


            String dest = jms.getPropertyAsString(DESTINATION_NAME, null);
            if (dest != null && Log.isWarn())
                Log.getLogger(LOG_CATEGORY).warn("The <destination-name> configuration option is deprecated and non-functional. Please remove this from your configuration file.");


            boolean durable = getDestination() instanceof MessageDestination ?
                ((MessageDestination) getDestination()).getServerSettings().isDurable() : false;
            settings.setDurableConsumers(durable);


            String deliveryMode = jms.getPropertyAsString(DELIVERY_MODE, null);
            settings.setDeliveryMode(deliveryMode);


            boolean preserveJMSHeaders = jms.getPropertyAsBoolean(PRESERVE_JMS_HEADERS, settings.isPreserveJMSHeaders());
            settings.setPreserveJMSHeaders(preserveJMSHeaders);
            
            String defPriority = jms.getPropertyAsString(MESSAGE_PRIORITY, null);
            if (defPriority != null && !defPriority.equalsIgnoreCase(DEFAULT_PRIORITY))
            {
                int priority = jms.getPropertyAsInt(MESSAGE_PRIORITY, settings.getMessagePriority());
                settings.setMessagePriority(priority);                    
            }
                        
            String ackMode = jms.getPropertyAsString(ACKNOWLEDGE_MODE, defaultAcknowledgeMode);
            settings.setAcknowledgeMode(ackMode);


            boolean transMode = jms.getPropertyAsBoolean(TRANSACTION_MODE, false);
            if (transMode && Log.isWarn())
                Log.getLogger(LOG_CATEGORY).warn("The <transacted-sessions> configuration option is deprecated and non-functional. Please remove this from your configuration file.");
              
            int maxProducers = jms.getPropertyAsInt(MAX_PRODUCERS, defaultMaxProducers);
            settings.setMaxProducers(maxProducers);


            // Retrieve any JNDI initial context environment properties.
            ConfigMap env = jms.getPropertyAsMap(INITIAL_CONTEXT_ENVIRONMENT, null);
            if (env != null)
            {
                List props = env.getPropertyAsList(PROPERTY, null);
                if (props != null)
                {
                    Class contextClass = Context.class;
                    Hashtable envProps = new Hashtable();
                    for (Iterator iter = props.iterator(); iter.hasNext();)
                    {
                        Object prop = iter.next();
                        if (prop instanceof ConfigMap)
                        {
                            ConfigMap pair = (ConfigMap)prop;
                            String name = pair.getProperty(NAME);
                            String value = pair.getProperty(VALUE);
                            if (name == null || value == null)
                            {
                                // A <property> element for the <initial-context-environment> settings for the ''{0}'' destination does not specify both <name> and <value> subelements.                                
                                MessageException messageEx = new MessageException();
                                messageEx.setMessage(MISSING_NAME_OR_VALUE, new Object[] {getDestination().getId()});

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        // Number of minutes a client can remain idle before the server times the connection out. 
        int idleTimeoutMinutes = properties.getPropertyAsInt(IDLE_TIMEOUT_MINUTES, DEFAULT_IDLE_TIMEOUT_MINUTES);
        setIdleTimeoutMinutes(idleTimeoutMinutes);
        
        ConfigMap userAgents = properties.getPropertyAsMap(USER_AGENT_SETTINGS, null);
        if (userAgents != null)
        {
            List userAgent = userAgents.getPropertyAsList(USER_AGENT, null);
            if (userAgent != null)
            {
                for (Iterator iter = userAgent.iterator(); iter.hasNext();)
                {
                    ConfigMap agent = (ConfigMap)iter.next();
                    String matchOn = agent.getPropertyAsString(MATCH_ON, null);
                    int kickstartBytes = agent.getPropertyAsInt(KICKSTART_BYTES, 0);
                    int connectionsPerSession = agent.getPropertyAsInt(MAX_STREAMING_CONNECTIONS_PER_SESSION, DEFAULT_CONNECTIONS_PER_SESSION);
                    if (matchOn != null)
                    {
                        UserAgentSettings ua = UserAgentSettings.getAgent(matchOn);
                        ua.setKickstartBytes(kickstartBytes);
                        ua.setMaxStreamingConnectionsPerSession(connectionsPerSession);

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     * @param properties Properties to be used while creating the <code>FactoryInstance</code>. 
     */
    private FactoryInstance createFactoryInstance(ConfigMap properties)
    {   
        if (properties == null)
            properties = new ConfigMap();
        
        properties.put(FlexFactory.SOURCE, source);
        properties.put(FlexFactory.SCOPE, scope);
        FactoryInstance factoryInstance = getFactory().createFactoryInstance(getId(), properties);
        return factoryInstance;

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     * and additional <code>BaseHTTPEndpoint</code> specific properties under
     * "properties" key. 
     */
    public ConfigMap describeEndpoint()
    {
        ConfigMap endpointConfig = super.describeEndpoint();


        boolean createdProperties = false;
        ConfigMap properties = endpointConfig.getPropertyAsMap("properties", null);
        
        if (properties == null)
        {
            properties = new ConfigMap();
            createdProperties = true;
        }
        
        if (pollingEnabled)
        {
            ConfigMap pollingEnabled = new ConfigMap();
            // Adding as a value rather than attribute to the parent
            pollingEnabled.addProperty("", "true");            
            properties.addProperty(POLLING_ENABLED, pollingEnabled);
        }        
                
        if (pollingIntervalMillis > -1)
        {
            ConfigMap pollingInterval = new ConfigMap();
            // Adding as a value rather than attribute to the parent
            pollingInterval.addProperty("", String.valueOf(pollingIntervalMillis));
            properties.addProperty(POLLING_INTERVAL_MILLIS, pollingInterval);
        }
        
        if (piggybackingEnabled)
        {
            ConfigMap piggybackingEnabled = new ConfigMap();
            // Adding as a value rather than attribute to the parent
            piggybackingEnabled.addProperty("", String.valueOf(piggybackingEnabled));
            properties.addProperty(ConfigurationConstants.PIGGYBACKING_ENABLED_ELEMENT, piggybackingEnabled);
        }
        
        if (createdProperties && properties.size() > 0)
            endpointConfig.addProperty(ConfigurationConstants.PROPERTIES_ELEMENT, properties);

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     * and additional <code>BaseHTTPEndpoint</code> specific properties under
     * "properties" key. 
     */
    public ConfigMap describeEndpoint()
    {
        ConfigMap endpointConfig = super.describeEndpoint();


        boolean createdProperties = false;
        ConfigMap properties = endpointConfig.getPropertyAsMap("properties", null);


        if (properties == null)
        {
            properties = new ConfigMap();
            createdProperties = true;
        }


        if (loginAfterDisconnect)
        {
            ConfigMap loginAfterDisconnect = new ConfigMap();
            // Adding as a value rather than attribute to the parent
            loginAfterDisconnect.addProperty("", "true");            
            properties.addProperty(ConfigurationConstants.LOGIN_AFTER_DISCONNECT_ELEMENT, loginAfterDisconnect);
        }                       


        if (createdProperties && properties.size() > 0)
            endpointConfig.addProperty("properties", properties);

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            {
                ((ServiceValidationListener)iter.nextElement()).validateServices();
            }
        }
        
        ConfigMap servicesConfig = new ConfigMap();   
        
        // Keep track of channel ids as we encounter them so we can generate
        // the channel properties that might be needed by the client. 
        ArrayList channelIds = new ArrayList();
        channelIds.add(endpoint.getId());
                       
        if (defaultChannels != null)
        {
            ConfigMap defaultChannelsMap = new ConfigMap();            
            for (Iterator iter = defaultChannels.iterator(); iter.hasNext();)
            {
                String id = (String)iter.next();   
                ConfigMap channelConfig = new ConfigMap();
                channelConfig.addProperty("ref", id);                
                defaultChannelsMap.addProperty("channel", channelConfig);
                if (!channelIds.contains(id))
                    channelIds.add(id);
            }
            if (defaultChannelsMap.size() > 0)
                servicesConfig.addProperty("default-channels", defaultChannelsMap);
        }    
        
        for (Iterator iter = services.values().iterator(); iter.hasNext();)
        {
            Service service = (Service) iter.next();            
            ConfigMap serviceConfig = service.describeService(endpoint);
            if (serviceConfig != null && serviceConfig.size() > 0)
                servicesConfig.addProperty("service", serviceConfig);
        }
               
        // Need to send channel properties again in case the client didn't 
        // compile in services-config.xml and hence doesn't have channels section
        // of the configuration. 
        ConfigMap channels = new ConfigMap();
        for (Iterator iter = channelIds.iterator(); iter.hasNext();)
        {            
            String id = (String)iter.next();
            Endpoint currentEndpoint = getEndpoint(id);
            
            ConfigMap channel = currentEndpoint.describeEndpoint();                                               
            if (channel.size() > 0)
                channels.addProperty("channel", channel);
        }        
        if (channels.size() > 0)
            servicesConfig.addProperty("channels", channels);

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                needsConfig = ((Boolean)(command.getHeader(CommandMessage.NEEDS_CONFIG_HEADER))).booleanValue();


            // Send configuration information only if the client requested.
            if (needsConfig)
            {
                ConfigMap serverConfig = describeServices(endpoint);
                if (serverConfig.size() > 0)
                    replyMessage.setBody(serverConfig);
            }


            // Record the features available over this endpoint
            double msgVersion = endpoint.getMessagingVersion();

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        super.initialize(id, properties);
        
        if (properties == null || properties.size() == 0)
            return;
        
        ConfigMap network = properties.getPropertyAsMap(NetworkSettings.NETWORK_ELEMENT, null);
        
        if (network != null)
        {            
            ConfigMap clusterInfo = network.getPropertyAsMap(ClusterSettings.CLUSTER_ELEMENT, null);
            if (clusterInfo != null)
            {                                
                // Mark these as used so we do not get warnings about them.
                network.allowProperty(ClusterSettings.CLUSTER_ELEMENT);
                clusterInfo.allowProperty(ClusterSettings.REF_ATTR);
                clusterInfo.allowProperty(ClusterSettings.SHARED_BACKEND_ATTR);


                String clusterId = clusterInfo.getPropertyAsString(ClusterSettings.REF_ATTR, null);
                String coordinatorPolicy = clusterInfo.getPropertyAsString(ClusterSettings.SHARED_BACKEND_ATTR, null);
                if (coordinatorPolicy != null)
                    networkSettings.setSharedBackend(Boolean.valueOf(coordinatorPolicy).booleanValue());


                networkSettings.setClusterId(clusterId);
            }

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     * <code>super.describeDestination</code>, or return null if they don't want 
     * their properties to be sent to the client. 
     */
    public ConfigMap describeDestination()
    {
        ConfigMap destinationConfig = new ConfigMap();
        destinationConfig.addProperty("id", getId());
        
        ConfigMap channelsConfig = new ConfigMap();        
        for (Iterator iter = channelIds.iterator(); iter.hasNext();)
        {
            String id = (String) iter.next();
            ConfigMap channelConfig = new ConfigMap();
            channelConfig.addProperty("ref", id);
            channelsConfig.addProperty("channel", channelConfig);
        }
        
        if (channelsConfig.size() > 0)
        {

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        // Client-targeted <connect-timeout-seconds/>
        connectTimeoutSeconds = properties.getPropertyAsInt(CONNECT_TIMEOUT_SECONDS, 0);  


        // Check for a custom FlexClient outbound queue processor.
        ConfigMap outboundQueueConfig = properties.getPropertyAsMap(FLEX_CLIENT_OUTBOUND_QUEUE_PROCESSOR, null);
        if (outboundQueueConfig != null)
        {
            // Get nested props for the processor.
            flexClientOutboundQueueProcessorConfig = outboundQueueConfig.getPropertyAsMap(PROPERTIES_ELEMENT, null);
            
            String pClassName = outboundQueueConfig.getPropertyAsString(CLASS_ATTR, null);
            if (pClassName != null)
            {
                try
                {
                    flexClientOutboundQueueProcessClass = createClass(pClassName);
                    // And now create an instance and initialize to make sure the properties are valid.
                    setFlexClientOutboundQueueProcessorConfig(flexClientOutboundQueueProcessorConfig);
                }
                catch (Throwable t)
                {
                    if (Log.isWarn())
                        log.warn("Cannot register custom FlexClient outbound queue processor class {1}", new Object[]{pClassName}, t);
                }
            }
        }                            
          
        ConfigMap serialization = properties.getPropertyAsMap(SERIALIZATION, null);
        if (serialization != null)
        {
            // Custom deserializers
            List deserializers = serialization.getPropertyAsList(CUSTOM_DESERIALIZER, null);
            if (deserializers != null && Log.isWarn())
            {
                log.warn("Endpoint <custom-deserializer> functionality is no longer available. Please remove this entry from your configuration.");
            }


            // Custom serializers
            List serializers = serialization.getPropertyAsList(CUSTOM_SERIALIZER, null);
            if (serializers != null && Log.isWarn())
            {
                log.warn("Endpoint <custom-serializer> functionality is no longer available. Please remove this entry from your configuration.");
            }


            // Type Marshaller implementation
            String typeMarshallerClassName = serialization.getPropertyAsString(TYPE_MARSHALLER, null);
            if (typeMarshallerClassName != null && typeMarshallerClassName.length() > 0)
            {
                try
                {
                    Class tmc = createClass(typeMarshallerClassName);
                    typeMarshaller = (TypeMarshaller)ClassUtil.createDefaultInstance(tmc, TypeMarshaller.class);
                }
                catch (Throwable t)
                {
                    if (Log.isWarn())
                        log.warn("Cannot register custom type marshaller for type {0}", new Object[]{typeMarshallerClassName}, t);
                }
            }


            // Boolean Serialization Flags
            serializationContext.enableSmallMessages = serialization.getPropertyAsBoolean(ENABLE_SMALL_MESSAGES, true);
            serializationContext.instantiateTypes = serialization.getPropertyAsBoolean(INSTANTIATE_TYPES, true);
            serializationContext.supportRemoteClass = serialization.getPropertyAsBoolean(SUPPORT_REMOTE_CLASS, false);
            serializationContext.legacyCollection = serialization.getPropertyAsBoolean(LEGACY_COLLECTION, false);
            serializationContext.legacyMap = serialization.getPropertyAsBoolean(LEGACY_MAP, false);
            serializationContext.legacyXMLDocument = serialization.getPropertyAsBoolean(LEGACY_XML, false);
            serializationContext.legacyXMLNamespaces = serialization.getPropertyAsBoolean(LEGACY_XML_NAMESPACES, false);
            serializationContext.legacyThrowable = serialization.getPropertyAsBoolean(LEGACY_THROWABLE, false);
            serializationContext.legacyBigNumbers = serialization.getPropertyAsBoolean(LEGACY_BIG_NUMBERS, false);            
            boolean showStacktraces = serialization.getPropertyAsBoolean(SHOW_STACKTRACES, false);
            if (showStacktraces && Log.isWarn())
                log.warn("The " + SHOW_STACKTRACES + " configuration option is deprecated and non-functional. Please remove this from your configuration file.");            
            serializationContext.restoreReferences = serialization.getPropertyAsBoolean(RESTORE_REFERENCES, false);
            serializationContext.logPropertyErrors = serialization.getPropertyAsBoolean(LOG_PROPERTY_ERRORS, false);
            serializationContext.ignorePropertyErrors = serialization.getPropertyAsBoolean(IGNORE_PROPERTY_ERRORS, true);
        }


        recordMessageSizes = properties.getPropertyAsBoolean(ConfigurationConstants.RECORD_MESSAGE_SIZES_ELEMENT, false);
        
        if (recordMessageSizes && Log.isWarn())

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flex.messaging.Destination

flex.messaging.endpoints.AbstractEndpoint

flex.messaging.endpoints.BaseHTTPEndpoint

flex.messaging.endpoints.BasePollingHTTPEndpoint

flex.messaging.endpoints.BaseStreamingHTTPEndpoint

flex.messaging.FactoryDestination

flex.messaging.log.Log

flex.messaging.MessageBroker

flex.messaging.MessageDestination

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