Examples of net.engio.mbassy.bus.common.GenericMessagePublicationSupport.post()

Class net.engio.mbassy.bus.common.GenericMessagePublicationSupport

Examples of net.engio.mbassy.bus.common.GenericMessagePublicationSupport.post()

net.engio.mbassy.bus.common.GenericMessagePublicationSupport.post()
Publish a message to the bus using on of its supported message publication mechanisms. The supported mechanisms depend on the available implementation and are exposed as subclasses of IPublicationCommand. The standard mechanism is the synchronous dispatch which will publish the message in the current thread and returns after every matching handler has been invoked. @See IPublicationCommand. @param message @return

            @Override
            public void run() {
                StandardMessage standardMessage = new StandardMessage();
                MultipartMessage multipartMessage = new MultipartMessage();


                bus.post(standardMessage).now();
                bus.post(multipartMessage).now();
                bus.post(MessageTypes.Simple).now();
                bus.post(MessageTypes.Multipart).now();


                assertEquals(InstancesPerListener, standardMessage.getTimesHandled(IMessageListener.DefaultListener.class));

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            public void run() {
                StandardMessage standardMessage = new StandardMessage();
                MultipartMessage multipartMessage = new MultipartMessage();


                bus.post(standardMessage).now();
                bus.post(multipartMessage).now();
                bus.post(MessageTypes.Simple).now();
                bus.post(MessageTypes.Multipart).now();


                assertEquals(InstancesPerListener, standardMessage.getTimesHandled(IMessageListener.DefaultListener.class));
                assertEquals(InstancesPerListener, multipartMessage.getTimesHandled(IMessageListener.DefaultListener.class));

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                StandardMessage standardMessage = new StandardMessage();
                MultipartMessage multipartMessage = new MultipartMessage();


                bus.post(standardMessage).now();
                bus.post(multipartMessage).now();
                bus.post(MessageTypes.Simple).now();
                bus.post(MessageTypes.Multipart).now();


                assertEquals(InstancesPerListener, standardMessage.getTimesHandled(IMessageListener.DefaultListener.class));
                assertEquals(InstancesPerListener, multipartMessage.getTimesHandled(IMessageListener.DefaultListener.class));
            }

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                MultipartMessage multipartMessage = new MultipartMessage();


                bus.post(standardMessage).now();
                bus.post(multipartMessage).now();
                bus.post(MessageTypes.Simple).now();
                bus.post(MessageTypes.Multipart).now();


                assertEquals(InstancesPerListener, standardMessage.getTimesHandled(IMessageListener.DefaultListener.class));
                assertEquals(InstancesPerListener, multipartMessage.getTimesHandled(IMessageListener.DefaultListener.class));
            }
        };

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        ConcurrentExecutor.runConcurrent(TestUtil.subscriber(bus, listeners), ConcurrentUnits);


        Runnable publish = new Runnable() {
            @Override
            public void run() {
                bus.post(new StandardMessage()).now();
            }
        };


        // single threaded
        ConcurrentExecutor.runConcurrent(publish, 1);

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            @Override
            public void run() {
                StandardMessage standardMessage = new StandardMessage();
                MultipartMessage multipartMessage = new MultipartMessage();


                bus.post(standardMessage).now();
                bus.post(multipartMessage).now();
                bus.post(MessageTypes.Simple).now();


                assertEquals(InstancesPerListener * 2, standardMessage.getTimesHandled(CustomInvocationListener.class));
                assertEquals(0, multipartMessage.getTimesHandled(CustomInvocationListener.class));

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            public void run() {
                StandardMessage standardMessage = new StandardMessage();
                MultipartMessage multipartMessage = new MultipartMessage();


                bus.post(standardMessage).now();
                bus.post(multipartMessage).now();
                bus.post(MessageTypes.Simple).now();


                assertEquals(InstancesPerListener * 2, standardMessage.getTimesHandled(CustomInvocationListener.class));
                assertEquals(0, multipartMessage.getTimesHandled(CustomInvocationListener.class));
                assertEquals(0, MessageTypes.Simple.getTimesHandled(CustomInvocationListener.class));

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                StandardMessage standardMessage = new StandardMessage();
                MultipartMessage multipartMessage = new MultipartMessage();


                bus.post(standardMessage).now();
                bus.post(multipartMessage).now();
                bus.post(MessageTypes.Simple).now();


                assertEquals(InstancesPerListener * 2, standardMessage.getTimesHandled(CustomInvocationListener.class));
                assertEquals(0, multipartMessage.getTimesHandled(CustomInvocationListener.class));
                assertEquals(0, MessageTypes.Simple.getTimesHandled(CustomInvocationListener.class));
            }

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        Runnable publishAndCheck = new Runnable() {
            @Override
            public void run() {


                bus.post(new IncrementingMessage()).now();


            }
        };


        // single threaded

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