Examples of org.apache.cxf.transport.Conduit

org.apache.cxf.transport.Conduit
A pipe between peers that channels transport-level messages.
A Conduit channels messages to a single destination, though this destination may fan-out to multiple receivers (for example a JMS topic).
A Conduit may have a back-channel, on which transport-level responses are received. Alternatively the back-channel destination may be decoupled, in which case the response it is received via a separate Conduit. The crucial distinction is whether the Conduit can itself correlate the response (which may be synchronous, or may be delivered via a dedicated destination).
Conduits may be used for multiple messages, either serially or concurrently, with the implementation taking care of mapping onto multiple transport resources (e.g. connections) if neccessary to support concurrency.
Binding-level MEPs may be realized over one or more Conduits.

                    exchange.setInMessage(m);
                    m.setExchange(exchange);
                    verifyReceivedMessage(m);
                    verifyHeaders(m, outMessage);
                    // setup the message for
                    Conduit backConduit;
                    try {
                        backConduit = destination.getBackChannel(m, null, null);
                        // wait for the message to be got from the conduit
                        Message replyMessage = new MessageImpl();
                        sendoutMessage(backConduit, replyMessage, true);

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            addInterceptors(effectivePolicy.getInterceptors(), msg);
            assertions.addAll(effectivePolicy.getChosenAlternative());
        } else if (MessageUtils.isRequestor(msg)) {
            // 2. Process client policy
            Conduit conduit = exchange.getConduit(msg);
            
            // add the required interceptors
            EffectivePolicy effectivePolicy = pe.getEffectiveClientRequestPolicy(ei, boi, conduit);
            msg.put(EffectivePolicy.class, effectivePolicy);
            if (effectivePolicy != null) {

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    public void testGetConduit() throws Exception {
        JAXRSClientFactoryBean bean = new JAXRSClientFactoryBean();
        bean.setAddress("http://bar");
        bean.setResourceClass(BookStore.class);
        BookStore store = bean.create(BookStore.class);
        Conduit conduit = WebClient.getConfig(store).getConduit();
        assertTrue(conduit instanceof HTTPConduit);
    }

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            try {
                if (reference == null) {
                    reference = ContextUtils.getNoneEndpointReference();
                }
                Conduit backChannel = target.getBackChannel(inMessage,
                                                            partialResponse,
                                                            reference);
                Exception exception = inMessage.getContent(Exception.class);
                //Add this to handle two way faultTo
                //TODO:Look at how to refactor

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            inMessage.getExchange().setOneWay(true);
            ConduitInitiator conduitInitiator 
                = bus.getExtension(ConduitInitiatorManager.class)
                    .getConduitInitiatorForUri(reference.getAddress().getValue());
            if (conduitInitiator != null) {
                Conduit c = conduitInitiator.getConduit(ei, reference);
                // ensure decoupled back channel input stream is closed
                c.setMessageObserver(new MessageObserver() {
                    public void onMessage(Message m) {
                        InputStream is = m.getContent(InputStream.class);
                        if (is != null) {
                            try {
                                is.close();

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            .anyTimes();
        RMEndpoint rme = control.createMock(RMEndpoint.class);
        EasyMock.expect(manager.createReliableEndpoint(endpoint))
            .andReturn(rme);
        EasyMock.expect(exchange.getDestination()).andReturn(null);
        Conduit conduit = control.createMock(Conduit.class);
        EasyMock.expect(exchange.getConduit(message)).andReturn(conduit);
        rme.initialise(conduit, null, null);
        EasyMock.expectLastCall();


        control.replay();

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        Exchange exchange = control.createMock(Exchange.class);
        EasyMock.expect(message.getExchange()).andReturn(exchange).anyTimes();
        EasyMock.expect(exchange.getOutMessage()).andReturn(message).anyTimes();
        EasyMock.expect(exchange.getInMessage()).andReturn(null).anyTimes();
        EasyMock.expect(exchange.getOutFaultMessage()).andReturn(null).anyTimes();
        Conduit conduit = control.createMock(Conduit.class);
        EasyMock.expect(exchange.getConduit(message)).andReturn(conduit).anyTimes();
        Identifier inSid = control.createMock(Identifier.class);        
        AddressingProperties maps = control.createMock(AddressingProperties.class);
        Source source = control.createMock(Source.class);
        EasyMock.expect(manager.getSource(message)).andReturn(source);

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    @Test
    public void testRecoverReliableEndpoint() {
        manager = new RMManager();
        Endpoint endpoint = control.createMock(Endpoint.class);
        Conduit conduit = control.createMock(Conduit.class);
                
        control.replay();
        manager.recoverReliableEndpoint(endpoint, conduit);
        control.verify();

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        EndpointInfo ei = control.createMock(EndpointInfo.class);
        ServiceInfo si = control.createMock(ServiceInfo.class);  
        BindingInfo bi = control.createMock(BindingInfo.class);
        InterfaceInfo ii = control.createMock(InterfaceInfo.class);
        setUpEndpointForRecovery(endpoint, ei, si, bi, ii);          
        Conduit conduit = control.createMock(Conduit.class);        
        setUpRecoverReliableEndpoint(endpoint, conduit, null, null, null, null);
        control.replay();
        manager.recoverReliableEndpoint(endpoint, conduit);
        control.verify();

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    protected boolean isSequenceSuspended(String key) {
        return suspendedCandidates.containsKey(key);
    }


    private void clientResend(Message message) {
        Conduit c = message.getExchange().getConduit(message);
        resend(c, message);
    }

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