Package org.kie.internal.logger

Examples of org.kie.internal.logger.KnowledgeRuntimeLogger

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        ksession.setGlobal("totallyCovered", totallyCovered);
        ksession.setGlobal("partiallyCovered", partiallyCovered);
        ksession.setGlobal("notCovered", notCovered);

        KnowledgeRuntimeLogger logger = KnowledgeRuntimeLoggerFactory.newFileLogger(ksession, "test");
       
        // Using 4 IntervalRequirement objects that never change during the execution of the test
        // Staffing required at interval 100
        IntervalRequirement ir100 = new IntervalRequirement(100, 2);
        ksession.insert(ir100);
        // Staffing required at interval 101
        IntervalRequirement ir101 = new IntervalRequirement(101, 2);
        ksession.insert(ir101);
        // Staffing required at interval 102
        IntervalRequirement ir102 = new IntervalRequirement(102, 2);
        ksession.insert(ir102);
        // Staffing required at interval 103
        IntervalRequirement ir103 = new IntervalRequirement(103, 2);
        ksession.insert(ir103);

        // Using a single ShiftAssignment object that will get updated multiple times during the execution of the test
        ShiftAssignment sa = new ShiftAssignment();
        sa.setShiftStartTime(100);

        FactHandle saHandle = null;
   
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        saHandle = ksession.insert(sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        // Intersects 3 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(103);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size()); // this was fired in the previous scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 3, partiallyCovered.size());
       
        // Intersects 2 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(102);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 1, notCovered.size()); // new uncovered scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 2, partiallyCovered.size());
       
        // Intersects 4 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(104);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 4, partiallyCovered.size());
       
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        ksession.dispose();
        logger.close();
    }   
View Full Code Here
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        // load up the knowledge base
        KnowledgeBase kbase = readKnowledgeBase();
        StatefulKnowledgeSession ksession = createKnowledgeSession(kbase);
        File testTmpDir = new File("target/test-tmp/");
        testTmpDir.mkdirs();
        KnowledgeRuntimeLogger logger = KnowledgeRuntimeLoggerFactory.newFileLogger( ksession,
                 "target/test-tmp/testHelloWorld" );
        ksession.getAgendaEventListeners().size();
        // go !
        Message message = new Message();
        message.setMessage("Hello World");
        message.setStatus(Message.HELLO);
        ksession.insert(message);
        ksession.fireAllRules();
        logger.close();
    }
View Full Code Here
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        // load up the knowledge base
        KnowledgeBase kbase = readKnowledgeBase();
        StatefulKnowledgeSession ksession = createKnowledgeSession(kbase);
        File testTmpDir = new File("target/test-tmp/");
        testTmpDir.mkdirs();
        KnowledgeRuntimeLogger logger = KnowledgeRuntimeLoggerFactory.newFileLogger( ksession,
                 "target/test-tmp/testHelloWorldDebug" );
        // go !
        Message message = new Message();
        message.setMessage("Hello World");
        message.setStatus(Message.HELLO);
        ksession.insert(message);
        ksession.fireAllRules();
        logger.close();
        assertEquals( 6, knownVariables.size() );
        assertTrue(knownVariables.contains("drools"));
        assertTrue(knownVariables.contains("myMessage"));
        assertTrue(knownVariables.contains("rule"));
        assertTrue(knownVariables.contains("kcontext"));
View Full Code Here
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        ksession.setGlobal("totallyCovered", totallyCovered);
        ksession.setGlobal("partiallyCovered", partiallyCovered);
        ksession.setGlobal("notCovered", notCovered);

        KnowledgeRuntimeLogger logger = KnowledgeRuntimeLoggerFactory.newFileLogger(ksession, "test");
       
        // Using 4 IntervalRequirement objects that never change during the execution of the test
        // Staffing required at interval 100
        IntervalRequirement ir100 = new IntervalRequirement(100, 2);
        ksession.insert(ir100);
        // Staffing required at interval 101
        IntervalRequirement ir101 = new IntervalRequirement(101, 2);
        ksession.insert(ir101);
        // Staffing required at interval 102
        IntervalRequirement ir102 = new IntervalRequirement(102, 2);
        ksession.insert(ir102);
        // Staffing required at interval 103
        IntervalRequirement ir103 = new IntervalRequirement(103, 2);
        ksession.insert(ir103);

        // Using a single ShiftAssignment object that will get updated multiple times during the execution of the test
        ShiftAssignment sa = new ShiftAssignment();
        sa.setShiftStartTime(100);

        FactHandle saHandle = null;
   
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        saHandle = ksession.insert(sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        // Intersects 3 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(103);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size()); // this was fired in the previous scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 3, partiallyCovered.size());
       
        // Intersects 2 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(102);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 1, notCovered.size()); // new uncovered scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 2, partiallyCovered.size());
       
        // Intersects 4 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(104);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 4, partiallyCovered.size());
       
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        ksession.dispose();
        logger.close();
    }   
View Full Code Here
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        StatefulKnowledgeSession ksession = createKnowledgeSession(kbase);
        ksession.setGlobal( "results",
                            results );
        File testTmpDir = new File("target/test-tmp/");
        testTmpDir.mkdirs();
        KnowledgeRuntimeLogger logger = KnowledgeRuntimeLoggerFactory.newFileLogger(ksession,
                "target/test-tmp/testDateComparisonThan");
        // go !
        Cheese yesterday = new Cheese( "Yesterday" );
        yesterday.setUsedBy( yesterday() );
        Cheese tomorrow = new Cheese( "Tomorrow" );
        tomorrow.setUsedBy( tomorrow() );
        ksession.insert( yesterday );
        ksession.insert( tomorrow );
        ksession.fireAllRules();
        logger.close();
        assertEquals( 2,
                      results.size() );
        assertTrue( results.contains( "test date greater than" ) );
        assertTrue( results.contains( "test date less than" ) );
    }
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    }

    protected void attachLoggers(KieRuntimeEventManager ksession){
        if ( loggerAdaptors != null && loggerAdaptors.size() > 0){
            for ( KnowledgeLoggerAdaptor adaptor : loggerAdaptors) {
                KnowledgeRuntimeLogger runtimeLogger;
                switch (adaptor.getLoggerType()) {
                    case LOGGER_TYPE_FILE :
                        runtimeLogger = KnowledgeRuntimeLoggerFactory.newFileLogger((KnowledgeRuntimeEventManager) ksession, adaptor.getFile());
                        adaptor.setRuntimeLogger(runtimeLogger);
                        break;
View Full Code Here
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        ksession.setGlobal("totallyCovered", totallyCovered);
        ksession.setGlobal("partiallyCovered", partiallyCovered);
        ksession.setGlobal("notCovered", notCovered);

        KnowledgeRuntimeLogger logger = KnowledgeRuntimeLoggerFactory.newFileLogger(ksession, "test");
       
        // Using 4 IntervalRequirement objects that never change during the execution of the test
        // Staffing required at interval 100
        IntervalRequirement ir100 = new IntervalRequirement(100, 2);
        ksession.insert(ir100);
        // Staffing required at interval 101
        IntervalRequirement ir101 = new IntervalRequirement(101, 2);
        ksession.insert(ir101);
        // Staffing required at interval 102
        IntervalRequirement ir102 = new IntervalRequirement(102, 2);
        ksession.insert(ir102);
        // Staffing required at interval 103
        IntervalRequirement ir103 = new IntervalRequirement(103, 2);
        ksession.insert(ir103);

        // Using a single ShiftAssignment object that will get updated multiple times during the execution of the test
        ShiftAssignment sa = new ShiftAssignment();
        sa.setShiftStartTime(100);

        FactHandle saHandle = null;
   
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        saHandle = ksession.insert(sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        // Intersects 3 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(103);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size()); // this was fired in the previous scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 3, partiallyCovered.size());
       
        // Intersects 2 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(102);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 1, notCovered.size()); // new uncovered scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 2, partiallyCovered.size());
       
        // Intersects 4 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(104);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 4, partiallyCovered.size());
       
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        ksession.dispose();
        logger.close();
    }   
View Full Code Here
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        ksession.setGlobal("totallyCovered", totallyCovered);
        ksession.setGlobal("partiallyCovered", partiallyCovered);
        ksession.setGlobal("notCovered", notCovered);

        KnowledgeRuntimeLogger logger = KnowledgeRuntimeLoggerFactory.newFileLogger(ksession, "test");
       
        // Using 4 IntervalRequirement objects that never change during the execution of the test
        // Staffing required at interval 100
        IntervalRequirement ir100 = new IntervalRequirement(100, 2);
        ksession.insert(ir100);
        // Staffing required at interval 101
        IntervalRequirement ir101 = new IntervalRequirement(101, 2);
        ksession.insert(ir101);
        // Staffing required at interval 102
        IntervalRequirement ir102 = new IntervalRequirement(102, 2);
        ksession.insert(ir102);
        // Staffing required at interval 103
        IntervalRequirement ir103 = new IntervalRequirement(103, 2);
        ksession.insert(ir103);

        // Using a single ShiftAssignment object that will get updated multiple times during the execution of the test
        ShiftAssignment sa = new ShiftAssignment();
        sa.setShiftStartTime(100);

        FactHandle saHandle = null;
   
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        saHandle = ksession.insert(sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        // Intersects 3 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(103);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size()); // this was fired in the previous scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 3, partiallyCovered.size());
       
        // Intersects 2 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(102);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 1, notCovered.size()); // new uncovered scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 2, partiallyCovered.size());
       
        // Intersects 4 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(104);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 4, partiallyCovered.size());
       
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        ksession.dispose();
        logger.close();
    }   
View Full Code Here
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        ksession.setGlobal("totallyCovered", totallyCovered);
        ksession.setGlobal("partiallyCovered", partiallyCovered);
        ksession.setGlobal("notCovered", notCovered);

        KnowledgeRuntimeLogger logger = KnowledgeRuntimeLoggerFactory.newFileLogger(ksession, "test");
       
        // Using 4 IntervalRequirement objects that never change during the execution of the test
        // Staffing required at interval 100
        IntervalRequirement ir100 = new IntervalRequirement(100, 2);
        ksession.insert(ir100);
        // Staffing required at interval 101
        IntervalRequirement ir101 = new IntervalRequirement(101, 2);
        ksession.insert(ir101);
        // Staffing required at interval 102
        IntervalRequirement ir102 = new IntervalRequirement(102, 2);
        ksession.insert(ir102);
        // Staffing required at interval 103
        IntervalRequirement ir103 = new IntervalRequirement(103, 2);
        ksession.insert(ir103);

        // Using a single ShiftAssignment object that will get updated multiple times during the execution of the test
        ShiftAssignment sa = new ShiftAssignment();
        sa.setShiftStartTime(100);

        FactHandle saHandle = null;
   
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        saHandle = ksession.insert(sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        // Intersects 3 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(103);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size()); // this was fired in the previous scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 3, partiallyCovered.size());
       
        // Intersects 2 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(102);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 1, notCovered.size()); // new uncovered scenario
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 2, partiallyCovered.size());
       
        // Intersects 4 intervals
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(104);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 0, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 4, partiallyCovered.size());
       
        // Intersects 1 interval
        totallyCovered.clear();
        partiallyCovered.clear();
        notCovered.clear();
        sa.setShiftEndTime(101);
        System.out.println("ShiftAssignment set from " + sa.getShiftStartTime() + " to " + sa.getShiftEndTime());
        ksession.update(saHandle, sa);
        ksession.fireAllRules();
        assertEquals("notCovered with " + sa, 3, notCovered.size());
        assertEquals("totallyCovered with " + sa, 0, totallyCovered.size());
        assertEquals("partiallyCovered with " + sa, 1, partiallyCovered.size());
       
        ksession.dispose();
        logger.close();
    }   
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    }

    protected void attachLoggers(KieRuntimeEventManager ksession){
        if ( loggerAdaptors != null && loggerAdaptors.size() > 0){
            for ( KnowledgeLoggerAdaptor adaptor : loggerAdaptors) {
                KnowledgeRuntimeLogger runtimeLogger;
                switch (adaptor.getLoggerType()) {
                    case LOGGER_TYPE_FILE :
                        runtimeLogger = KnowledgeRuntimeLoggerFactory.newFileLogger((KnowledgeRuntimeEventManager) ksession, adaptor.getFile());
                        adaptor.setRuntimeLogger(runtimeLogger);
                        break;
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