Examples of org.apache.mina.filter.executor.UnorderedThreadPoolExecutor

org.apache.mina.filter.executor.UnorderedThreadPoolExecutor
A {@link ThreadPoolExecutor} that does not maintain the order of {@link IoEvent}s. This means more than one event handler methods can be invoked at the same time with mixed order. For example, let's assume that messageReceived, messageSent, and sessionClosed events are fired.
- All event handler methods can be called simultaneously. (e.g. messageReceived and messageSent can be invoked at the same time.)
- The event order can be mixed up. (e.g. sessionClosed or messageSent can be invoked before messageReceived is invoked.)
If you need to maintain the order of events per session, please use {@link OrderedThreadPoolExecutor}. @author The Apache MINA Project (dev@mina.apache.org) @version $Rev: 647673 $, $Date: 2008-04-14 15:47:40 +0900 (Mon, 14 Apr 2008) $

        acceptor.setCloseOnDeactivation(true);
        // reuse address is default true for datagram
        if (configuration.isOrderedThreadPoolExecutor()) {
            workerPool = new OrderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        } else {
            workerPool = new UnorderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        }
        acceptor.getFilterChain().addLast("threadPool", new ExecutorFilter(workerPool));
        if (minaLogger) {
            acceptor.getFilterChain().addLast("logger", new LoggingFilter());
        }

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        connectorConfig = connector.getSessionConfig();


        if (configuration.isOrderedThreadPoolExecutor()) {
            workerPool = new OrderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        } else {
            workerPool = new UnorderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        }
        connector.getFilterChain().addLast("threadPool", new ExecutorFilter(workerPool));
        if (minaLogger) {
            connector.getFilterChain().addLast("logger", new LoggingFilter());
        }

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        connector = new NioDatagramConnector(processorCount);


        if (configuration.isOrderedThreadPoolExecutor()) {
            workerPool = new OrderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        } else {
            workerPool = new UnorderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        }
        connectorConfig = connector.getSessionConfig();
        connector.getFilterChain().addLast("threadPool", new ExecutorFilter(workerPool));
        if (minaLogger) {
            connector.getFilterChain().addLast("logger", new LoggingFilter());

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        acceptor.setCloseOnDeactivation(true);


        if (configuration.isOrderedThreadPoolExecutor()) {
            workerPool = new OrderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        } else {
            workerPool = new UnorderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        }
        acceptor.getFilterChain().addLast("threadPool", new ExecutorFilter(workerPool));
        if (minaLogger) {
            acceptor.getFilterChain().addLast("logger", new LoggingFilter());
        }

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        acceptor.setCloseOnDeactivation(true);
        // reuse address is default true for datagram
        if (configuration.isOrderedThreadPoolExecutor()) {
            workerPool = new OrderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        } else {
            workerPool = new UnorderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        }
        acceptor.getFilterChain().addLast("threadPool", new ExecutorFilter(workerPool));
        if (minaLogger) {
            acceptor.getFilterChain().addLast("logger", new LoggingFilter());
        }

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            // Now inject an ExecutorFilter for the write operations
            // We use the same number of thread than the number of IoProcessor
            // (NOTE : this has to be double checked)
            ( ( DefaultIoFilterChainBuilder ) chain ).addLast( "executor", new ExecutorFilter(
                new UnorderedThreadPoolExecutor( transport.getNbThreads() ), IoEventType.MESSAGE_RECEIVED ) );


            /*
            // Trace all the incoming and outgoing message to the console
            ( ( DefaultIoFilterChainBuilder ) chain ).addLast( "logger", new IoFilterAdapter()
                {

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            // Now inject an ExecutorFilter for the write operations
            // We use the same number of thread than the number of IoProcessor
            // (NOTE : this has to be double checked)
            ( ( DefaultIoFilterChainBuilder ) chain ).addLast( "executor", new ExecutorFilter(
                new UnorderedThreadPoolExecutor( transport.getNbThreads() ), IoEventType.MESSAGE_RECEIVED ) );


            /*
            // Trace all the incoming and outgoing message to the console
            ( ( DefaultIoFilterChainBuilder ) chain ).addLast( "logger", new IoFilterAdapter()
                {

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        connectorConfig = connector.getSessionConfig();


        if (configuration.isOrderedThreadPoolExecutor()) {
            workerPool = new OrderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        } else {
            workerPool = new UnorderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        }
        connector.getFilterChain().addLast("threadPool", new ExecutorFilter(workerPool));
        if (minaLogger) {
            connector.getFilterChain().addLast("logger", new LoggingFilter());
        }

View Full Code Here

        connector = new NioDatagramConnector(processorCount);


        if (configuration.isOrderedThreadPoolExecutor()) {
            workerPool = new OrderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        } else {
            workerPool = new UnorderedThreadPoolExecutor(configuration.getMaximumPoolSize());
        }
        connectorConfig = connector.getSessionConfig();
        connector.getFilterChain().addLast("threadPool", new ExecutorFilter(workerPool));
        if (minaLogger) {
            connector.getFilterChain().addLast("logger", new LoggingFilter());

View Full Code Here


            // Now inject an ExecutorFilter for the write operations
            // We use the same number of thread than the number of IoProcessor
            // (NOTE : this has to be double checked)
            ( ( DefaultIoFilterChainBuilder ) chain ).addLast( "executor", new ExecutorFilter(
                new UnorderedThreadPoolExecutor( transport.getNbThreads() ), IoEventType.MESSAGE_RECEIVED ) );


            /*
            // Trace all the incoming and outgoing message to the console
            ( ( DefaultIoFilterChainBuilder ) chain ).addLast( "logger", new IoFilterAdapter()
                {

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