Examples of org.jboss.soa.esb.addressing.eprs.InVMEpr

Package org.jboss.soa.esb.addressing.eprs

Examples of org.jboss.soa.esb.addressing.eprs.InVMEpr

org.jboss.soa.esb.addressing.eprs.InVMEpr
cename[/pass-by-value][?lockstep[#waittime]] where lockstep can be either true or false and waittime is the lockstep wait time in milliseconds. If lockstep is false then any value specified for waittime will be ignored. e.g., invm://myservice?true#20000 invm://myservice invm://myservice?false (same as invm://myservice) or invm://myservice/false?false (first false is pass-by-value value). You can have a lockstep service, where the sender thread is tied to the one that does the execution (equivalent to the sender thread doing the work within the receiver), or non-lockstep, whereby the sender thread is decoupled from the receiver and works as fast as it needs to in order to deliver messages. This is roughly equivalent to CORBA POA threading policies. (Maybe we'll implement it that way at some point in the future?) @author marklittle

            reg.findEPR("x", "y");
            fail("Expected ServiceNotFoundException") ;
        } catch (final ServiceNotFoundException snfe) {
        }


        reg.registerEPR("x", "y", "blah", new InVMEpr(new EPR(URI.create("x://123"))), "blah");
        assertEquals(1, reg.findEPRs("x", "y").size());
        assertEquals("x://123", reg.findEPR("x", "y").getAddr().getAddress());


        reg.registerEPR("x", "y", "blah", new InVMEpr(new EPR(URI.create("x://123"))), "blah");
        assertEquals(2, reg.findEPRs("x", "y").size());


        reg.registerEPR("a", "z", "blah", new InVMEpr(new EPR(URI.create("x://12345"))), "blah");
        assertEquals(2, reg.findEPRs("x", "y").size());
        assertEquals(1, reg.findEPRs("a", "z").size());


        assertEquals(2, reg.findAllServices().size());
        assertEquals(1, reg.findServices("x").size());


        // unreg using a valid service + registred EPR... make sure EPR is removed...
        reg.unRegisterEPR("a", "z", new InVMEpr(new EPR(URI.create("x://12345"))));
        assertEquals(0, reg.findEPRs("a", "z").size());


        // unreg all for the service
        assertEquals(2, reg.findEPRs("x", "y").size());
        reg.unRegisterService("x", "y");

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        CourierFactoryUtil.resetCourierFactory();
    }


    @Test
    public void testUnthreadedDeliver() throws Exception {
        InVMEpr epr = new InVMEpr(new URI("invm://serviceid1"));
        InVMTransport.getInstance().registerEPR("x", "y", epr) ;
        try
        {
            InVMCourier courier = new InVMCourier(epr);
            Producer producer = new Producer(courier);

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        }
    }


    @Test
    public void testThreadedDeliver() throws Exception {
        InVMEpr epr = new InVMEpr(new URI("invm://serviceid2"));
        InVMTransport.getInstance().registerEPR("x", "y", epr) ;
        try
        {
            InVMCourier courier = new InVMCourier(epr);
            Producer producer = new Producer(courier);

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        }
    }


    @Test
    public void testDelayedThreadedDeliver() throws Exception {
        InVMEpr epr = new InVMEpr(new URI("invm://serviceid3"));
        InVMTransport.getInstance().registerEPR("x", "y", epr) ;
        try
        {
            InVMCourier courier = new InVMCourier(epr);
            Producer producer = new Producer(courier);

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        }
    }


    @Test
    public void testThreadedNullDeliver() throws Exception {
        InVMEpr epr = new InVMEpr(new URI("invm://serviceid4"));
        InVMTransport.getInstance().registerEPR("x", "y", epr) ;
        try
        {
            InVMCourier courier = new InVMCourier(epr);
            Consumer consumer = new Consumer(courier);

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        }
    }


    @Test
    public void testLockstepDeliver() throws Exception {
        InVMEpr epr = new InVMEpr(new URI("invm://serviceid5?true#2000"));
        InVMTransport.getInstance().registerEPR("x", "y", epr) ;
        try
        {
            InVMCourier courier = new InVMCourier(epr);
            Producer producer = new Producer(courier);

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        }
    }
    
    @Test
    public void testPassByValueDeliver() throws Exception {
        InVMEpr epr = new InVMEpr(new URI("invm://serviceid5/true?true#2000"));
        InVMTransport.getInstance().registerEPR("x", "y", epr) ;
        try
        {
            InVMCourier courier = new InVMCourier(epr);
            Producer producer = new Producer(courier);

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    }




    @Test
    public void testLockstepMultiProducerPerformance() throws Exception {
        InVMEpr epr = new InVMEpr(new URI("invm://serviceid5?true#2000"));
        InVMTransport.getInstance().registerEPR("x", "y", epr) ;
        try
        {
            int iters = 1000;
            int numberOfProducers = 50;

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        InVMRegistryInterceptor reg = new InVMRegistryInterceptor();
        try
        {
            reg.setRegistry(new MockRegistry()) ;
    
            reg.registerEPR("x", "y", "blah", new InVMEpr(new EPR(URI.create("x://123"))), "blah");
    
            EPR eprFromReg = reg.findEPR("x", "y");
            Assert.assertEquals("InVM EPR count", 1, InVMTransport.getInstance().findEPRs("x", "y").size()) ;
    
            // Register the EPR again...
            reg.registerEPR("x", "y", "blah", new InVMEpr(new EPR(URI.create("x://123"))), "blah");
            Assert.assertEquals("InVM EPR count", 2, InVMTransport.getInstance().findEPRs("x", "y").size()) ;
    
            // Unregister it once...
            reg.unRegisterEPR("x", "y", new InVMEpr(new EPR(URI.create("x://123"))));
    
            // Should still be able to find it...
            reg.findEPR("x", "y");
            Assert.assertEquals("InVM EPR count", 1, InVMTransport.getInstance().findEPRs("x", "y").size()) ;
    
            // Unregister it again...
            reg.unRegisterEPR("x", "y", new InVMEpr(new EPR(URI.create("x://123"))));
    
            Assert.assertEquals("InVM EPR count", 0, InVMTransport.getInstance().findEPRs("x", "y").size()) ;
        }
        finally
        {

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        InVMRegistryInterceptor reg = new InVMRegistryInterceptor();
        try
        {
            reg.setRegistry(new MockRegistry()) ;
    
            reg.registerEPR("xy", "z", "blah", new InVMEpr(new EPR(URI.create("x://123"))), "blah");
            try {
                reg.registerEPR("x", "yz", "blah", new InVMEpr(new EPR(URI.create("x://123"))), "blah");
                Assert.fail("Expected RegistryException");
            } catch (RegistryException e) {} // expected
        }
        finally
        {

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