Examples of SynchronousTestListener

Examples of org.apache.felix.cm.integration.helper.SynchronousTestListener

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            }
        }

        final TestListener listener = new TestListener();
        bundleContext.registerService( ConfigurationListener.class.getName(), listener, null );
        final TestListener syncListener = new SynchronousTestListener();
        bundleContext.registerService( SynchronousConfigurationListener.class.getName(), syncListener, null );
        final TestListener syncListenerAsync = new SynchronousTestListener();
        bundleContext.registerService( ConfigurationListener.class.getName(), syncListenerAsync, null );
        bundleContext.addServiceListener( this, "(" + Constants.OBJECTCLASS + "=" + ConfigurationAdmin.class.getName()
            + ")" );

        for ( Bundle bundle : bundles )
        {
            bundle.start();
        }

        /*
         * Look at the console output for the following exception:
         *
         * *ERROR* Unexpected problem executing task
         * java.lang.NullPointerException: reference and pid must not be null
         *     at org.osgi.service.cm.ConfigurationEvent.<init>(ConfigurationEvent.java:120)
         *     at org.apache.felix.cm.impl.ConfigurationManager$FireConfigurationEvent.run(ConfigurationManager.java:1818)
         *     at org.apache.felix.cm.impl.UpdateThread.run(UpdateThread.java:104)
         *     at java.lang.Thread.run(Thread.java:680)
         *
         * It is in fact the service reference that is still null, because the service registration
         * has not been 'set' yet.
         *
         * This following code will ensure the situation did not occurr and the
         * event has effectively been sent. The eventSeen flag is set by the
         * configurationEvent method when the event for the test PID has been
         * received. If the flag is not set, we wait at most 2 seconds for the
         * event to arrive. If the event does not arrive by then, the test is
         * assumed to have failed. This will rather generate false negatives
         * (on slow machines) than false positives.
         */
        delay();
        listener.assertEvent( ConfigurationEvent.CM_UPDATED, "test", null, true, 1 );
        syncListener.assertEvent( ConfigurationEvent.CM_UPDATED, "test", null, false, 1 );
        syncListenerAsync.assertEvent( ConfigurationEvent.CM_UPDATED, "test", null, true, 1 );
    }
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Examples of org.apache.felix.cm.integration.helper.SynchronousTestListener

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        final String pid = "test_listener";
        Configuration config = configure( pid, null, false );

        // Synchronous listener expecting synchronous events being
        // registered as a SynchronousConfigurationListener
        final TestListener testListener = new SynchronousTestListener();
        final ServiceRegistration listener = this.bundleContext.registerService(
            SynchronousConfigurationListener.class.getName(), testListener, null );

        // Synchronous listener expecting asynchronous events being
        // registered as a regular ConfigurationListener
        final TestListener testListenerAsync = new SynchronousTestListener();
        final ServiceRegistration listenerAsync = this.bundleContext.registerService(
            ConfigurationListener.class.getName(), testListenerAsync, null );

        int eventCount = 0;
        int eventCountAsync = 0;

        try
        {
            delay();
            testListener.assertNoEvent();
            testListenerAsync.assertNoEvent();

            config.update( new Hashtable<String, Object>()
            {
                {
                    put( "x", "x" );
                }
            } );
            delay();
            testListener.assertEvent( ConfigurationEvent.CM_UPDATED, pid, null, false, ++eventCount );
            testListenerAsync.assertEvent( ConfigurationEvent.CM_UPDATED, pid, null, true, ++eventCountAsync );

            config.update( new Hashtable<String, Object>()
            {
                {
                    put( "x", "x" );
                }
            } );
            delay();
            testListener.assertEvent( ConfigurationEvent.CM_UPDATED, pid, null, false, ++eventCount );
            testListenerAsync.assertEvent( ConfigurationEvent.CM_UPDATED, pid, null, true, ++eventCountAsync );

            config.setBundleLocation( "new_Location" );
            delay();
            testListener.assertEvent( ConfigurationEvent.CM_LOCATION_CHANGED, pid, null, false, ++eventCount );
            testListenerAsync.assertEvent( ConfigurationEvent.CM_LOCATION_CHANGED, pid, null, true, ++eventCountAsync );

            config.update();
            testListener.assertNoEvent();
            testListenerAsync.assertNoEvent();

            config.delete();
            config = null;
            delay();
            testListener.assertEvent( ConfigurationEvent.CM_DELETED, pid, null, false, ++eventCount );
            testListenerAsync.assertEvent( ConfigurationEvent.CM_DELETED, pid, null, true, ++eventCountAsync );
        }
        finally
        {
            if ( config != null )
            {
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