Package org.drools.compiler

Examples of org.drools.compiler.Sensor

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        ksession2.addEventListener( ael2 );

        // -------------
        // first, check the non-serialized session
        // -------------
        ksession1.insert( new Sensor( 10,
                                      10 ) );
        ksession1.fireAllRules();

        ArgumentCaptor<AfterMatchFiredEvent> aafe1 = ArgumentCaptor.forClass( AfterMatchFiredEvent.class );
        verify( ael1,
                times( 1 ) ).afterMatchFired(aafe1.capture());
        List<AfterMatchFiredEvent> events1 = aafe1.getAllValues();
        assertThat( events1.get( 0 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 10 ) );

        ksession1.insert( new Sensor( 20,
                                      20 ) );
        ksession1.fireAllRules();
        verify( ael1,
                times( 2 ) ).afterMatchFired(aafe1.capture());
        assertThat( events1.get( 1 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 15 ) );
        ksession1.insert( new Sensor( 30,
                                      30 ) );
        ksession1.fireAllRules();
        verify( ael1,
                times( 3 ) ).afterMatchFired(aafe1.capture());
        assertThat( events1.get( 2 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 25 ) );

        ksession1.dispose();

        // -------------
        // now we check the serialized session
        // -------------
        ArgumentCaptor<AfterMatchFiredEvent> aafe2 = ArgumentCaptor.forClass( AfterMatchFiredEvent.class );

        ksession2.insert( new Sensor( 10,
                                      10 ) );
        ksession2.fireAllRules();
        verify( ael2,
                times( 1 ) ).afterMatchFired(aafe2.capture());
        List<AfterMatchFiredEvent> events2 = aafe2.getAllValues();
        assertThat( events2.get( 0 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 10 ) );

        ksession2.insert( new Sensor( 20,
                                      20 ) );
        ksession2.fireAllRules();
        verify( ael2,
                times( 2 ) ).afterMatchFired(aafe2.capture());
        assertThat( events2.get( 1 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 15 ) );

        ksession2.insert( new Sensor( 30,
                                      30 ) );
        ksession2.fireAllRules();
        verify( ael2,
                times( 3 ) ).afterMatchFired(aafe2.capture());
        assertThat( events2.get( 2 ).getMatch().getDeclarationValue( "$avg" ),
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         final List sensors = new ArrayList();

         ksession.setGlobal( "sensors",
                             sensors );

         final Sensor sensor1 = new Sensor( 100,
                                            150 );
         ksession.insert( sensor1 );
         ksession.fireAllRules();
         assertEquals( 0,
                       sensors.size() );

         final Sensor sensor2 = new Sensor( 200,
                                            150 );
         ksession.insert( sensor2 );
         ksession.fireAllRules();
         assertEquals( 3,
                       sensors.size() );
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        final List events = new ArrayList();

        ksession.setGlobal( "events", events );

        final Sensor sensor = new Sensor( 80,
                                          80 );
        FactHandle handle = ksession.insert( sensor );

        // everything should be normal

        ksession = SerializationHelper.getSerialisedStatefulKnowledgeSession( ksession, false );
        ksession.fireAllRules();

        final Collection list = ksession.getObjects();

        assertEquals( "Only sensor is there",
                      1,
                      list.size() );
        assertEquals( "Only one event",
                      1,
                      events.size() );

        // problems should be detected
        sensor.setPressure( 200 );
        sensor.setTemperature( 200 );
       
        handle = getFactHandle( handle, ksession );
        ksession.update( handle, sensor );

        ksession = SerializationHelper.getSerialisedStatefulKnowledgeSession( ksession, true );
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        final List list = new ArrayList();
        ksession.setGlobal( "events", list );

        // asserting the sensor object
        final Sensor sensor = new Sensor( 150, 100 );
        FactHandle sensorHandle = ksession.insert( sensor );

        ksession.fireAllRules();
        ksession = SerializationHelper.getSerialisedStatefulKnowledgeSession( ksession, true );
       
        // alarm must sound
        assertEquals( 2,
                      list.size() );
        assertEquals(2,
                     ksession.getObjects().size());

        // modifying sensor
        sensor.setTemperature( 125 );
        sensorHandle = getFactHandle( sensorHandle, ksession );
        ksession.update( sensorHandle,
                              sensor );
        ksession = SerializationHelper.getSerialisedStatefulKnowledgeSession(ksession, true);
        ksession.fireAllRules();
        ksession = SerializationHelper.getSerialisedStatefulKnowledgeSession(ksession, true);

        // alarm must continue to sound
        assertEquals( 3,
                      list.size() );
        assertEquals( 2,
                      ksession.getObjects().size() );

        // modifying sensor
        sensor.setTemperature( 80 );
        sensorHandle = getFactHandle( sensorHandle, ksession );
        ksession.update( sensorHandle,
                              sensor );
        ksession = SerializationHelper.getSerialisedStatefulKnowledgeSession(ksession, true);
        ksession.fireAllRules();
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        KnowledgeBase kbase = getKnowledgeBase();
        kbase.addKnowledgePackages( pkgs );
        kbase = SerializationHelper.serializeObject(kbase);
        StatefulKnowledgeSession session = createKnowledgeSession(kbase);

        Sensor sensor1 = new Sensor( 100,
                                     0 );
        FactHandle sensor1Handle = session.insert( sensor1 );
        Sensor sensor2 = new Sensor( 200,
                                     0 );
        FactHandle sensor2Handle = session.insert( sensor2 );
        Sensor sensor3 = new Sensor( 200,
                                     0 );
        FactHandle sensor3Handle = session.insert( sensor3 );

        session.fireAllRules();
       
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        ksession2.addEventListener( ael2 );

        // -------------
        // first, check the non-serialized session
        // -------------
        ksession1.insert( new Sensor( 10,
                                      10 ) );
        ksession1.fireAllRules();

        ArgumentCaptor<AfterMatchFiredEvent> aafe1 = ArgumentCaptor.forClass( AfterMatchFiredEvent.class );
        verify( ael1,
                times( 1 ) ).afterMatchFired(aafe1.capture());
        List<AfterMatchFiredEvent> events1 = aafe1.getAllValues();
        assertThat( events1.get( 0 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 10 ) );

        ksession1.insert( new Sensor( 20,
                                      20 ) );
        ksession1.fireAllRules();
        verify( ael1,
                times( 2 ) ).afterMatchFired(aafe1.capture());
        assertThat( events1.get( 1 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 15 ) );
        ksession1.insert( new Sensor( 30,
                                      30 ) );
        ksession1.fireAllRules();
        verify( ael1,
                times( 3 ) ).afterMatchFired(aafe1.capture());
        assertThat( events1.get( 2 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 25 ) );

        ksession1.dispose();

        // -------------
        // now we check the serialized session
        // -------------
        ArgumentCaptor<AfterMatchFiredEvent> aafe2 = ArgumentCaptor.forClass( AfterMatchFiredEvent.class );

        ksession2.insert( new Sensor( 10,
                                      10 ) );
        ksession2.fireAllRules();
        verify( ael2,
                times( 1 ) ).afterMatchFired(aafe2.capture());
        List<AfterMatchFiredEvent> events2 = aafe2.getAllValues();
        assertThat( events2.get( 0 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 10 ) );

        ksession2.insert( new Sensor( 20,
                                      20 ) );
        ksession2.fireAllRules();
        verify( ael2,
                times( 2 ) ).afterMatchFired(aafe2.capture());
        assertThat( events2.get( 1 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 15 ) );

        ksession2.insert( new Sensor( 30,
                                      30 ) );
        ksession2.fireAllRules();
        verify( ael2,
                times( 3 ) ).afterMatchFired(aafe2.capture());
        assertThat( events2.get( 2 ).getMatch().getDeclarationValue( "$avg" ),
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        final List sensors = new ArrayList();

        ksession.setGlobal( "sensors",
                            sensors );

        final Sensor sensor1 = new Sensor( 100,
                                           150 );
        ksession.insert( sensor1 );
        ksession.fireAllRules();
        assertEquals( 0,
                      sensors.size() );

        final Sensor sensor2 = new Sensor( 200,
                                           150 );
        ksession.insert( sensor2 );
        ksession.fireAllRules();
        assertEquals( 3,
                      sensors.size() );
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        ksession2.addEventListener( ael2 );

        // -------------
        // first, check the non-serialized session
        // -------------
        ksession1.insert( new Sensor( 10,
                                      10 ) );
        ksession1.fireAllRules();

        ArgumentCaptor<AfterMatchFiredEvent> aafe1 = ArgumentCaptor.forClass( AfterMatchFiredEvent.class );
        verify( ael1,
                times( 1 ) ).afterMatchFired(aafe1.capture());
        List<AfterMatchFiredEvent> events1 = aafe1.getAllValues();
        assertThat( events1.get( 0 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 10 ) );

        ksession1.insert( new Sensor( 20,
                                      20 ) );
        ksession1.fireAllRules();
        verify( ael1,
                times( 2 ) ).afterMatchFired(aafe1.capture());
        assertThat( events1.get( 1 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 15 ) );
        ksession1.insert( new Sensor( 30,
                                      30 ) );
        ksession1.fireAllRules();
        verify( ael1,
                times( 3 ) ).afterMatchFired(aafe1.capture());
        assertThat( events1.get( 2 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 25 ) );

        ksession1.dispose();

        // -------------
        // now we check the serialized session
        // -------------
        ArgumentCaptor<AfterMatchFiredEvent> aafe2 = ArgumentCaptor.forClass( AfterMatchFiredEvent.class );

        ksession2.insert( new Sensor( 10,
                                      10 ) );
        ksession2.fireAllRules();
        verify( ael2,
                times( 1 ) ).afterMatchFired(aafe2.capture());
        List<AfterMatchFiredEvent> events2 = aafe2.getAllValues();
        assertThat( events2.get( 0 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 10 ) );

        ksession2.insert( new Sensor( 20,
                                      20 ) );
        ksession2.fireAllRules();
        verify( ael2,
                times( 2 ) ).afterMatchFired(aafe2.capture());
        assertThat( events2.get( 1 ).getMatch().getDeclarationValue( "$avg" ),
                    is( (Object) 15 ) );

        ksession2.insert( new Sensor( 30,
                                      30 ) );
        ksession2.fireAllRules();
        verify( ael2,
                times( 3 ) ).afterMatchFired(aafe2.capture());
        assertThat( events2.get( 2 ).getMatch().getDeclarationValue( "$avg" ),
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        final List events = new ArrayList();

        workingMemory.setGlobal( "events",
                                 events );

        final Sensor sensor = new Sensor( 80,
                                          80 );
        FactHandle handle = workingMemory.insert( sensor );

        // everything should be normal
       
        workingMemory = getSerialisedStatefulSession( workingMemory );       
        workingMemory.fireAllRules();

        final List list = IteratorToList.convert( workingMemory.iterateObjects() );

        assertEquals( "Only sensor is there",
                      1,
                      list.size() );
        assertEquals( "Only one event",
                      1,
                      events.size() );

        // problems should be detected
        sensor.setPressure( 200 );
        sensor.setTemperature( 200 );
       
        handle = getFactHandle( handle, workingMemory );
        workingMemory.update( handle,
                              sensor );
       
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        final List list = new ArrayList();
        workingMemory.setGlobal( "events",
                                 list );

        // asserting the sensor object
        final Sensor sensor = new Sensor( 150,
                                          100 );
        FactHandle sensorHandle = workingMemory.insert( sensor );

        workingMemory.fireAllRules();
        workingMemory = getSerialisedStatefulSession( workingMemory );
       
        // alarm must sound
        assertEquals( 2,
                      list.size() );
        assertEquals( 2,
                      IteratorToList.convert( workingMemory.iterateObjects() ).size() );

        // modifying sensor
        sensor.setTemperature( 125 );
        sensorHandle = getFactHandle( sensorHandle, workingMemory );
        workingMemory.update( sensorHandle,
                              sensor );
        workingMemory = getSerialisedStatefulSession( workingMemory );
        workingMemory.fireAllRules();
        workingMemory = getSerialisedStatefulSession( workingMemory );

        // alarm must continue to sound
        assertEquals( 3,
                      list.size() );
        assertEquals( 2,
                      IteratorToList.convert( workingMemory.iterateObjects() ).size() );

        // modifying sensor
        sensor.setTemperature( 80 );
        sensorHandle = getFactHandle( sensorHandle, workingMemory );
        workingMemory.update( sensorHandle,
                              sensor );
        workingMemory = getSerialisedStatefulSession( workingMemory );
        workingMemory.fireAllRules();
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Related Classes of org.drools.compiler.Sensor

  • org.drools.compiler.integrationtests.CepEspTest
  • org.drools.compiler.integrationtests.MiscTest
  • org.drools.compiler.integrationtests.TruthMaintenanceTest
  • org.drools.reteoo.integrationtests.MiscTest
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