Examples of org.jgroups.util.Queue

org.jgroups.util.Queue
Elements are added at the tail and removed from the head. Class is thread-safe in that 1 producer and 1 consumer may add/remove elements concurrently. The class is not explicitely designed for multiple producers or consumers. Implemented as a linked list, so that removal of an element at the head does not cause a right-shift of the remaining elements (as in a Vector-based implementation). @author Bela Ban

        super(Name_);
    }


    public void setUp() throws Exception {
        super.setUp();
        queue=new Queue();
    }

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        assertEquals(2, queue.size());
        queue.close(true);
        assertEquals(2, queue.size());
        queue.clear();
        assertEquals(0, queue.size());
        queue=new Queue();
        queue.add("one");
        queue.add("two");
        queue.clear();
        assertEquals(0, queue.size());
        queue.add("one");

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                diag_handler.registerProbeHandler(handler);
            preregistered_probe_handlers.clear();
        }


        if(use_incoming_packet_handler && !use_concurrent_stack) {
            incoming_packet_queue=new Queue();
            incoming_packet_handler=new IncomingPacketHandler();
            incoming_packet_handler.start();
        }


        if(loopback && !use_concurrent_stack) {
            incoming_msg_queue=new Queue();
            incoming_msg_handler=new IncomingMessageHandler();
            incoming_msg_handler.start();
        }


        if(enable_bundling) {

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                diag_handler.registerProbeHandler(handler);
            preregistered_probe_handlers.clear();
        }


        if(use_incoming_packet_handler && !use_concurrent_stack) {
            incoming_packet_queue=new Queue();
            incoming_packet_handler=new IncomingPacketHandler();
            incoming_packet_handler.start();
        }


        if(loopback && !use_concurrent_stack) {
            incoming_msg_queue=new Queue();
            incoming_msg_handler=new IncomingMessageHandler();
            incoming_msg_handler.start();
        }


        if(enable_bundling) {

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                diag_handler.registerProbeHandler(handler);
            preregistered_probe_handlers.clear();
        }


        if(use_incoming_packet_handler && !use_concurrent_stack) {
            incoming_packet_queue=new Queue();
            incoming_packet_handler=new IncomingPacketHandler();
            incoming_packet_handler.start();
        }


        if(loopback && !use_concurrent_stack) {
            incoming_msg_queue=new Queue();
            incoming_msg_handler=new IncomingMessageHandler();
            incoming_msg_handler.start();
        }


        if(enable_bundling) {

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            diag_handler=new DiagnosticsHandler();
            diag_handler.start();
        }


        if(use_incoming_packet_handler && !use_concurrent_stack) {
            incoming_packet_queue=new Queue();
            incoming_packet_handler=new IncomingPacketHandler();
            incoming_packet_handler.start();
        }


        if(loopback && !use_concurrent_stack) {
            incoming_msg_queue=new Queue();
            incoming_msg_handler=new IncomingMessageHandler();
            incoming_msg_handler.start();
        }


        if(enable_bundling) {

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    }




    private void startEventHandlerThread() {
        if(event_queue == null)
            event_queue=new Queue();
        if(evt_thread == null) {
            evt_thread=new Thread(this, "GMS.EventHandlerThread");
            evt_thread.setDaemon(true);
            evt_thread.start();
        }

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            diag_handler=new DiagnosticsHandler();
            diag_handler.start();
        }


        if(use_incoming_packet_handler) {
            incoming_packet_queue=new Queue();
            incoming_packet_handler=new IncomingPacketHandler();
            incoming_packet_handler.start();
        }


        if(loopback) {
            incoming_msg_queue=new Queue();
            incoming_msg_handler=new IncomingMessageHandler();
            incoming_msg_handler.start();
        }


        if(use_outgoing_packet_handler) {

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            diag_handler=new DiagnosticsHandler();
            diag_handler.start();
        }


        if(use_incoming_packet_handler && !use_concurrent_stack) {
            incoming_packet_queue=new Queue();
            incoming_packet_handler=new IncomingPacketHandler();
            incoming_packet_handler.start();
        }


        if(loopback && !use_concurrent_stack) {
            incoming_msg_queue=new Queue();
            incoming_msg_handler=new IncomingMessageHandler();
            incoming_msg_handler.start();
        }


        if(enable_bundling) {

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            diag_handler=new DiagnosticsHandler();
            diag_handler.start();
        }


        if(use_incoming_packet_handler && !use_concurrent_stack) {
            incoming_packet_queue=new Queue();
            incoming_packet_handler=new IncomingPacketHandler();
            incoming_packet_handler.start();
        }


        if(loopback && !use_concurrent_stack) {
            incoming_msg_queue=new Queue();
            incoming_msg_handler=new IncomingMessageHandler();
            incoming_msg_handler.start();
        }


        if(enable_bundling) {

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