Package java.util.concurrent.atomic

Examples of java.util.concurrent.atomic.AtomicInteger.intValue()

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            LOG.trace("Starting to submit parallel tasks");

            while (it.hasNext()) {
                final ProcessorExchangePair pair = it.next();
                final Exchange subExchange = pair.getExchange();
                updateNewExchange(subExchange, total.intValue(), pairs, it);

                completion.submit(new Callable<Exchange>() {
                    public Exchange call() throws Exception {
                        // only start the aggregation task when the task is being executed to avoid staring
                        // the aggregation task to early and pile up too many threads
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            LOG.trace("Starting to submit parallel tasks");

            while (it.hasNext()) {
                final ProcessorExchangePair pair = it.next();
                final Exchange subExchange = pair.getExchange();
                updateNewExchange(subExchange, total.intValue(), pairs, it);

                completion.submit(new Callable<Exchange>() {
                    public Exchange call() throws Exception {
                        // only start the aggregation task when the task is being executed to avoid staring
                        // the aggregation task to early and pile up too many threads
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        final AtomicInteger total =  new AtomicInteger(0);

        for (ProcessorExchangePair pair : pairs) {
            final Processor producer = pair.getProcessor();
            final Exchange subExchange = pair.getExchange();
            updateNewExchange(subExchange, total.intValue(), pairs);

            completion.submit(new Callable<Exchange>() {
                public Exchange call() throws Exception {
                    if (!running.get()) {
                        // do not start processing the task if we are not running
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                }

                AmqpField versionSpecificField = new AmqpField(fieldName, _generator);
                versionSpecificFieldMap.add(fieldName, versionSpecificField);

                versionSpecificField.addFromNode(child, fieldCntr.intValue(), version);

                if (!thisField.addFromNode(child, fieldCntr.getAndIncrement(), version))
                {
                    String className = _generator.prepareClassName(Utils.getNamedAttribute(methodNode.getParentNode(),
                                                                                           Utils.ATTRIBUTE_NAME));
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        // yet delivered to the client application (i.e. MessageListener#onMessage()) when the Connection#stop() occurs.
        //
        // The number of messages moved + the number consumed + any messages remaining on source should
        // *always* be equal to the number we originally sent.

        int numberOfMessagesReadByConsumer = totalConsumed.intValue();
        int numberOfMessagesOnDestinationQueue = _managedDestinationQueue.getMessageCount().intValue();
        int numberOfMessagesRemainingOnSourceQueue = _managedSourceQueue.getMessageCount().intValue();

        LOGGER.debug("Async consumer read : " + numberOfMessagesReadByConsumer
                + " Number of messages moved to destination : " + numberOfMessagesOnDestinationQueue
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        startAsyncConsumerOn(_destinationQueue, asyncConnection, allMessagesConsumedLatch, totalConsumed);

        _managedSourceQueue.moveMessages(fromMessageId, toMessageId, _destinationQueueName);

        allMessagesConsumedLatch.await(5000, TimeUnit.MILLISECONDS);
        assertEquals("Did not consume all messages from destination queue", numberOfMessagesToSend, totalConsumed.intValue());
    }

    /**
     * Tests {@link ManagedQueue#moveMessages(long, long, String)} interface.
     */
 
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        final AtomicInteger total =  new AtomicInteger(0);

        for (ProcessorExchangePair pair : pairs) {
            final Processor producer = pair.getProcessor();
            final Exchange subExchange = pair.getExchange();
            updateNewExchange(subExchange, total.intValue(), pairs);

            completion.submit(new Callable<Exchange>() {
                public Exchange call() throws Exception {
                    if (!running.get()) {
                        // do not start processing the task if we are not running
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                    // should we stop in case of an exception occurred during processing?
                    if (stopOnException && subExchange.getException() != null) {
                        // signal to stop running
                        running.set(false);
                        throw new CamelExchangeException("Parallel processing failed for number " + total.intValue(), subExchange, subExchange.getException());
                    }

                    if (LOG.isTraceEnabled()) {
                        LOG.trace("Parallel processing complete for exchange: " + subExchange);
                    }
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            });

            total.incrementAndGet();
        }

        for (int i = 0; i < total.intValue(); i++) {
            Future<Exchange> future = completion.take();
            Exchange subExchange = future.get();
            if (aggregationStrategy != null) {
                doAggregate(result, subExchange);
            }
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            LOG.trace("Starting to submit parallel tasks");

            while (it.hasNext()) {
                final ProcessorExchangePair pair = it.next();
                final Exchange subExchange = pair.getExchange();
                updateNewExchange(subExchange, total.intValue(), pairs, it);

                completion.submit(new Callable<Exchange>() {
                    public Exchange call() throws Exception {
                        // only start the aggregation task when the task is being executed to avoid staring
                        // the aggregation task to early and pile up too many threads
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