Package org.apache.activemq.pool

Examples of org.apache.activemq.pool.PooledConnectionFactory

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        BusFactory bf = BusFactory.newInstance();
        Bus bus = bf.createBus();
        BusFactory.setDefaultBus(bus);
        EndpointReferenceType target = new EndpointReferenceType();

        connectionFactory = new PooledConnectionFactory(BROKER_URI);
        TestReceiver receiver = new TestReceiver(connectionFactory, SERVICE_QUEUE, true);
        receiver.runAsync();

        JMSConfiguration jmsConfig = new JMSConfiguration();
        jmsConfig.setTargetDestination(SERVICE_QUEUE);
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        BusFactory bf = BusFactory.newInstance();
        Bus bus = bf.createBus();
        BusFactory.setDefaultBus(bus);
        EndpointReferenceType target = new EndpointReferenceType();

        connectionFactory = new PooledConnectionFactory(BROKER_URI);
        TestReceiver receiver = new TestReceiver(connectionFactory, SERVICE_QUEUE, true);
        receiver.runAsync();

        JMSOldConfigHolder holder = new JMSOldConfigHolder();
        EndpointInfo ei = new EndpointInfo();
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        String brokerUri = "tcp://localhost:" + TestUtil.getNewPortNumber(AbstractJMSTester.class);
        broker.addConnector(brokerUri);
        broker.start();
        bus = BusFactory.getDefaultBus();
        ActiveMQConnectionFactory cf1 = new ActiveMQConnectionFactory(brokerUri);
        cf = new PooledConnectionFactory(cf1);
    }
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    protected static final String SERVICE_QUEUE = "queue1";

    @Test
    public void testTempQueueIssue() throws JMSException, InterruptedException {
        final PooledConnectionFactory cf = new PooledConnectionFactory("vm://localhost?broker.persistent=false");

        Connection con1 = cf.createConnection();
        con1.start();
       
        // This order seems to matter to reproduce the issue
        con1.close();
       
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        BusFactory bf = BusFactory.newInstance();
        Bus bus = bf.createBus();
        BusFactory.setDefaultBus(bus);
        EndpointReferenceType target = new EndpointReferenceType();

        connectionFactory = new PooledConnectionFactory(BROKER_URI);
        TestReceiver receiver = new TestReceiver(connectionFactory, SERVICE_QUEUE, true);
        receiver.runAsync();

        JMSConfiguration jmsConfig = new JMSConfiguration();
        jmsConfig.setTargetDestination(SERVICE_QUEUE);
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        factory.setServiceClass(Greeter.class);
        factory.setAddress("jms://");

        JMSConfiguration jmsConfig = new JMSConfiguration();
        ConnectionFactory connectionFactory
            = new PooledConnectionFactory(broker.getBrokerURL());
        jmsConfig.setConnectionFactory(connectionFactory);
        jmsConfig.setTargetDestination("greeter.queue.noaop");
        jmsConfig.setPubSubDomain(false);

        JMSConfigFeature jmsConfigFeature = new JMSConfigFeature();
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    // This should fail with incubator-activemq-fuse-4.1.0.5
    public void testQueueLimitsWithOneBrokerSameConnection() throws Exception {

        BrokerService brokerService1 = null;
        ActiveMQConnectionFactory acf = null;
        PooledConnectionFactory pcf = null;
        DefaultMessageListenerContainer container1 = null;

        try {
            brokerService1 = createBrokerService("broker1", URL1, null);
            brokerService1.start();

            acf = createConnectionFactory(URL1);
            pcf = new PooledConnectionFactory(acf);

            // Only listen on the first queue.. let the 2nd queue fill up.
            doneLatch = new CountDownLatch(NUM_MESSAGE_TO_SEND);
            container1 = createDefaultMessageListenerContainer(acf, new TestMessageListener1(500), QUEUE1_NAME);
            container1.afterPropertiesSet();
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        BrokerService brokerService1 = null;
        BrokerService brokerService2 = null;
        ActiveMQConnectionFactory acf1 = null;
        ActiveMQConnectionFactory acf2 = null;
        PooledConnectionFactory pcf = null;
        DefaultMessageListenerContainer container1 = null;

        try {
            brokerService1 = createBrokerService("broker1", URL1, URL2);
            brokerService1.start();
            brokerService2 = createBrokerService("broker2", URL2, URL1);
            brokerService2.start();

            acf1 = createConnectionFactory(URL1);
            acf2 = createConnectionFactory(URL2);

            pcf = new PooledConnectionFactory(acf1);

            Thread.sleep(1000);

            doneLatch = new CountDownLatch(MAX_PRODUCERS * NUM_MESSAGE_TO_SEND);
            container1 = createDefaultMessageListenerContainer(acf2, new TestMessageListener1(500), QUEUE1_NAME);
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        BrokerService brokerService2 = null;
        BrokerService brokerService3 = null;
        BrokerService brokerService4 = null;
        ActiveMQConnectionFactory acf1 = null;
        ActiveMQConnectionFactory acf2 = null;
        PooledConnectionFactory pcf1 = null;
        PooledConnectionFactory pcf2 = null;
        ActiveMQConnectionFactory acf3 = null;
        ActiveMQConnectionFactory acf4 = null;
        PooledConnectionFactory pcf3 = null;
        PooledConnectionFactory pcf4 = null;
        DefaultMessageListenerContainer container1 = null;

        try {

            // Test with and without queue limits.
            brokerService1 = createBrokerService("broker1", BROKER_URL1, BROKER_URL2, BROKER_URL3, BROKER_URL4, 0 /* 10000000 */);
            brokerService1.start();
            brokerService2 = createBrokerService("broker2", BROKER_URL2, BROKER_URL1, BROKER_URL3, BROKER_URL4, 0/* 40000000 */);
            brokerService2.start();
            brokerService3 = createBrokerService("broker3", BROKER_URL3, BROKER_URL2, BROKER_URL1, BROKER_URL4, 0/* 10000000 */);
            brokerService3.start();
            brokerService4 = createBrokerService("broker4", BROKER_URL4, BROKER_URL1, BROKER_URL3, BROKER_URL2, 0/* 10000000 */);
            brokerService4.start();

            final String failover1 = "failover:(" + URL1
                                     + ")?initialReconnectDelay=10&maxReconnectDelay=30000&useExponentialBackOff=true&backOffMultiplier=2&maxReconnectAttempts=0&randomize=false";
            final String failover2 = "failover:(" + URL2
                                     + ")?initialReconnectDelay=10&maxReconnectDelay=30000&useExponentialBackOff=true&backOffMultiplier=2&maxReconnectAttempts=0&randomize=false";

            final String failover3 = "failover:(" + URL3
                                     + ")?initialReconnectDelay=10&maxReconnectDelay=30000&useExponentialBackOff=true&backOffMultiplier=2&maxReconnectAttempts=0&randomize=false";

            final String failover4 = "failover:(" + URL4
                                     + ")?initialReconnectDelay=10&maxReconnectDelay=30000&useExponentialBackOff=true&backOffMultiplier=2&maxReconnectAttempts=0&randomize=false";

            acf1 = createConnectionFactory(failover1);
            acf2 = createConnectionFactory(failover2);
            acf3 = createConnectionFactory(failover3);
            acf4 = createConnectionFactory(failover4);

            pcf1 = new PooledConnectionFactory(acf1);
            pcf2 = new PooledConnectionFactory(acf2);
            pcf3 = new PooledConnectionFactory(acf3);
            pcf4 = new PooledConnectionFactory(acf4);

            container1 = createDefaultMessageListenerContainer(acf2, new TestMessageListener1(0), QUEUE1_NAME);
            container1.afterPropertiesSet();

            final PooledProducerTask[] task = new PooledProducerTask[4];
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                public Object call() throws Exception {
                    try {
                        final int batch = 10;
                        ActiveMQConnectionFactory connectionFactory2 =
                            new ActiveMQConnectionFactory("failover:("+finalBroker2Uri+")");
                        PooledConnectionFactory pooledConnectionFactory = new PooledConnectionFactory(connectionFactory2);
                        connectionFactory2.setWatchTopicAdvisories(false);
                        JmsTemplate template = new JmsTemplate(pooledConnectionFactory);
                        ActiveMQQueue queue = new ActiveMQQueue("testingqueue");
                        for(int b = 0; b < batch; b++) {
                            for(int i = 0; i < (total / batch); i++) {
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