Examples of javax.xml.ws.ProtocolException

javax.xml.ws.ProtocolException
The ProtocolException class is a base class for exceptions related to a specific protocol binding. Subclasses are used to communicate protocol level fault information to clients and may be used on the server to control the protocol specific fault representation. @since JAX-WS 2.0

    @Test
    public void testFaultRaised() {


        assertFalse(invoker.faultRaised());


        invoker.setFault(new ProtocolException("test exception"));
        assertTrue(invoker.faultRaised());


        // reset
        invoker.setFault(null);
        assertFalse(invoker.faultRaised());


        invoker.setFault(true);
        assertTrue(invoker.faultRaised());


        // reset
        invoker.setFault(false);
        invoker.setFault(null);
        assertFalse(invoker.faultRaised());


        invoker.setFault(true);
        invoker.setFault(new ProtocolException("test exception"));
    }

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    // that fault message processing should cease. Fault message processing
    // stops, close is called on each previously invoked handler in the chain, the
    // exception is dispatched
    @Test
    public void testHandleFaultThrowsProtocolException() {
        ProtocolException pe = new ProtocolException("banzai");
        ProtocolException pe2 = new ProtocolException("banzai2");
        // throw exception during handleFault processing
        logicalHandlers[2].setException(pe);
        logicalHandlers[1].setFaultException(pe2);
        invoker.setRequestor(true);

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    // that fault message processing should cease. Fault message processing stops,
    // close is called on each previously invoked handler in the chain, the exception is
    // dispatched
    @Test
    public void testHandleFaultThrowsRuntimeException() {
        ProtocolException pe = new ProtocolException("banzai");
        RuntimeException re = new RuntimeException("banzai");
        // throw exception during handleFault processing
        logicalHandlers[2].setException(pe);
        logicalHandlers[1].setFaultException(re);
        invoker.setRequestor(true);

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    //JAXB spec 9.3.2.2: Return true This indicates that fault message processing 
    //should continue. The runtime invokes handle Fault on the next handler or dispatches 
    //the fault message (see section 9.1.2.2) if there are no further handlers.
    @Test
    public void testHandleFaultReturnsTrue() {
        ProtocolException pe = new ProtocolException("banzai");
        logicalHandlers[2].setException(pe);
        invoker.setRequestor(true);


        logicalHandlers[0].setHandleFaultRet(true);
        logicalHandlers[1].setHandleFaultRet(true);

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    //JAXB spec 9.3.2.2: Return false This indicates that fault message processing 
    //should cease. Fault message processing stops, close is called on each previously invoked
    //handler in the chain, the fault message is dispatched
    @Test
    public void testHandleFaultReturnsFalse() {
        ProtocolException pe = new ProtocolException("banzai");
        logicalHandlers[3].setException(pe);
        invoker.setRequestor(true);


        logicalHandlers[0].setHandleFaultRet(true);
        logicalHandlers[1].setHandleFaultRet(true);

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    public static WebServiceException getFaultResponse(MessageContext msgCtx) {
        Message msg = msgCtx.getMessage();
        if (msg != null && msg.isFault()) {
            //XMLFault fault = msg.getXMLFault();
            // 4.3.2 conformance bullet 1 requires a ProtocolException here
            ProtocolException pe =
                    MethodMarshallerUtils.createSystemException(msg.getXMLFault(), msg);
            return pe;
        } else if (msgCtx.getLocalException() != null) {
            // use the factory, it'll throw the right thing:
            return ExceptionFactory.makeWebServiceException(msgCtx.getLocalException());

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        TestHandler<LogicalMessageContext> handler2 = new TestHandler<LogicalMessageContext>(false) {
            public boolean handleMessage(LogicalMessageContext ctx) {
                super.handleMessage(ctx);
                Boolean outbound = (Boolean)ctx.get(MessageContext.MESSAGE_OUTBOUND_PROPERTY);
                if (outbound) {
                    throw new ProtocolException(clientHandlerMessage);
                }   
                return true;
            }
        };
        TestSOAPHandler soapHandler1 = new TestSOAPHandler(false);

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        TestHandler<LogicalMessageContext> handler2 = new TestHandler<LogicalMessageContext>(false) {
            public boolean handleMessage(LogicalMessageContext ctx) {
                super.handleMessage(ctx);
                Boolean outbound = (Boolean)ctx.get(MessageContext.MESSAGE_OUTBOUND_PROPERTY);
                if (!outbound) {
                    throw new ProtocolException(clientHandlerMessage);
                }   
                return true;
            }
        };
        TestSOAPHandler soapHandler1 = new TestSOAPHandler(false);

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        TestSOAPHandler soapHandler1 = new TestSOAPHandler(false) {
            public boolean handleMessage(SOAPMessageContext ctx) {
                super.handleMessage(ctx);
                Boolean outbound = (Boolean)ctx.get(MessageContext.MESSAGE_OUTBOUND_PROPERTY);
                if (outbound) {
                    throw new ProtocolException(clientHandlerMessage);
                }   
                return true;
            }
        };
        TestSOAPHandler soapHandler2 = new TestSOAPHandler(false);

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        TestSOAPHandler soapHandler1 = new TestSOAPHandler(false) {
            public boolean handleMessage(SOAPMessageContext ctx) {
                super.handleMessage(ctx);
                Boolean outbound = (Boolean)ctx.get(MessageContext.MESSAGE_OUTBOUND_PROPERTY);
                if (!outbound) {
                    throw new ProtocolException(clientHandlerMessage);
                }   
                return true;
            }
        };
        TestSOAPHandler soapHandler2 = new TestSOAPHandler(false);

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