Examples of ActiveMQDestination

io.fabric8.gateway.handlers.detecting.protocol.openwire.command.ActiveMQDestination
@openwire :marshaller @version $Revision: 1.10 $
org.activemq.message.ActiveMQDestination
A Destination object encapsulates a provider-specific address. The JMS API does not define a standard address syntax. Although a standard address syntax was considered, it was decided that the differences in address semantics between existing message-oriented middleware (MOM) products were too wide to bridge with a single syntax.

Since Destination is an administered object, it may contain provider-specific configuration information in addition to its address.

The JMS API also supports a client's use of provider-specific address names.

Destination objects support concurrent use.

A Destination object is a JMS administered object.

JMS administered objects are objects containing configuration information that are created by an administrator and later used by JMS clients. They make it practical to administer the JMS API in the enterprise.

Although the interfaces for administered objects do not explicitly depend on the Java Naming and Directory Interface (JNDI) API, the JMS API establishes the convention that JMS clients find administered objects by looking them up in a JNDI namespace.

An administrator can place an administered object anywhere in a namespace. The JMS API does not define a naming policy.

It is expected that JMS providers will provide the tools an administrator needs to create and configure administered objects in a JNDI namespace. JMS provider implementations of administered objects should implement the javax.naming.Referenceable and java.io.Serializable interfaces so that they can be stored in all JNDI naming contexts. In addition, it is recommended that these implementations follow the JavaBeans^TM design patterns.

This strategy provides several benefits:
- It hides provider-specific details from JMS clients.
- It abstracts JMS administrative information into objects in the Java programming language ("Java objects") that are easily organized and administered from a common management console.
- Since there will be JNDI providers for all popular naming services, JMS providers can deliver one implementation of administered objects that will run everywhere.
An administered object should not hold on to any remote resources. Its lookup should not use remote resources other than those used by the JNDI API itself.

Clients should think of administered objects as local Java objects. Looking them up should not have any hidden side effects or use surprising amounts of local resources.
org.apache.activemq.apollo.openwire.command.ActiveMQDestination
@openwire :marshaller @version $Revision: 1.10 $
org.apache.activemq.command.ActiveMQDestination
@openwire :marshaller @version $Revision: 1.10 $
org.codehaus.activemq.message.ActiveMQDestination
A Destination object encapsulates a provider-specific address. The JMS API does not define a standard address syntax. Although a standard address syntax was considered, it was decided that the differences in address semantics between existing message-oriented middleware (MOM) products were too wide to bridge with a single syntax.

Since Destination is an administered object, it may contain provider-specific configuration information in addition to its address.

The JMS API also supports a client's use of provider-specific address names.

Destination objects support concurrent use.

A Destination object is a JMS administered object.

JMS administered objects are objects containing configuration information that are created by an administrator and later used by JMS clients. They make it practical to administer the JMS API in the enterprise.

Although the interfaces for administered objects do not explicitly depend on the Java Naming and Directory Interface (JNDI) API, the JMS API establishes the convention that JMS clients find administered objects by looking them up in a JNDI namespace.

An administrator can place an administered object anywhere in a namespace. The JMS API does not define a naming policy.

It is expected that JMS providers will provide the tools an administrator needs to create and configure administered objects in a JNDI namespace. JMS provider implementations of administered objects should implement the javax.naming.Referenceable and java.io.Serializable interfaces so that they can be stored in all JNDI naming contexts. In addition, it is recommended that these implementations follow the JavaBeans^TM design patterns.

This strategy provides several benefits:
- It hides provider-specific details from JMS clients.
- It abstracts JMS administrative information into objects in the Java programming language ("Java objects") that are easily organized and administered from a common management console.
- Since there will be JNDI providers for all popular naming services, JMS providers can deliver one implementation of administered objects that will run everywhere.
An administered object should not hold on to any remote resources. Its lookup should not use remote resources other than those used by the JNDI API itself.

Clients should think of administered objects as local Java objects. Looking them up should not have any hidden side effects or use surprising amounts of local resources.

Examples of org.apache.activemq.command.ActiveMQDestination

                throw new UnsupportedOperationException("A destination must be specified.");
            }
            throw new InvalidDestinationException("Don't understand null destinations");
        }


        ActiveMQDestination dest;
        if (destination == info.getDestination()) {
            dest = (ActiveMQDestination)destination;
        } else if (info.getDestination() == null) {
            dest = ActiveMQDestination.transform(destination);
        } else {

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Examples of org.apache.activemq.command.ActiveMQDestination

        return buffer.toString();
    }


    protected static void appendToString(StringBuffer buffer, Object value) {
        if (value instanceof ActiveMQDestination) {
            ActiveMQDestination destination = (ActiveMQDestination)value;
            buffer.append(destination.getQualifiedName());
        } else {
            buffer.append(value);
        }
    }

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Examples of org.apache.activemq.command.ActiveMQDestination

        Map<String, String> headers = command.getHeaders();


        String subscriptionId = headers.get(Stomp.Headers.Subscribe.ID);
        String destination = headers.get(Stomp.Headers.Subscribe.DESTINATION);


        ActiveMQDestination actualDest = frameTranslator.convertDestination(this, destination);
        ConsumerId id = new ConsumerId(sessionId, consumerIdGenerator.getNextSequenceId());
        ConsumerInfo consumerInfo = new ConsumerInfo(id);
        consumerInfo.setPrefetchSize(1000);
        consumerInfo.setDispatchAsync(true);

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Examples of org.apache.activemq.command.ActiveMQDestination


    protected void onStompUnsubscribe(StompFrame command) throws ProtocolException {
        checkConnected();
        Map<String, String> headers = command.getHeaders();


        ActiveMQDestination destination = null;
        Object o = headers.get(Stomp.Headers.Unsubscribe.DESTINATION);
        if (o != null) {
            destination = frameTranslator.convertDestination(this, (String)o);
        }


        String subscriptionId = headers.get(Stomp.Headers.Unsubscribe.ID);


        if (subscriptionId == null && destination == null) {
            throw new ProtocolException("Must specify the subscriptionId or the destination you are unsubscribing from");
        }


        // TODO: Unsubscribing using a destination is a bit wierd if multiple
        // subscriptions
        // are created with the same destination. Perhaps this should be
        // removed.
        //
        for (Iterator<StompSubscription> iter = subscriptionsByConsumerId.values().iterator(); iter.hasNext();) {
            StompSubscription sub = iter.next();
            if ((subscriptionId != null && subscriptionId.equals(sub.getSubscriptionId())) || (destination != null && destination.equals(sub.getDestination()))) {
                sendToActiveMQ(sub.getConsumerInfo().createRemoveCommand(), createResponseHandler(command));
                iter.remove();
                return;
            }
        }

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Examples of org.codehaus.activemq.message.ActiveMQDestination

    }


    private void startSubscriptions(Map destinations, boolean durableTopic) {
        if (destinations != null) {
            for (Iterator i = destinations.values().iterator();i.hasNext();) {
                ActiveMQDestination dest = (ActiveMQDestination) i.next();
                addConsumerInfo(dest, durableTopic);
            }
        }
    }

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