Package org.drools.verifier.data

Examples of org.drools.verifier.data.VerifierReport

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        boolean works = verifier.fireAnalysis( new ScopesAgendaFilter( false,
                                                                       ScopesAgendaFilter.VERIFYING_SCOPE_DECISION_TABLE ) );

        assertTrue( works );

        VerifierReport result = verifier.getResult();
        assertNotNull( result );
        assertEquals( 0,
                      result.getBySeverity( Severity.ERROR ).size() );
        assertEquals( 0,
                      result.getBySeverity( Severity.WARNING ).size() );
        assertEquals( 2,
                      result.getBySeverity( Severity.NOTE ).size() );

    }
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            // a.writeComponentsHTML("/stash/");
            // a.writeComponentsHTML("/Users/michaelneale/foo.html");
            // a.writeComponentsHTML("/home/trikkola/");
            // a.writeComponentsHTML("c:/");

            VerifierReport result = verifier.getResult();

            VerifierReportWriter reportwriter = VerifierReportWriterFactory.newHTMLReportWriter();
            FileOutputStream out = new FileOutputStream( "/Users/rikkola/Desktop/testReport.zip" );

            reportwriter.writeReport( out,
                                      result );

            Collection<VerifierMessageBase> msgs = result.getBySeverity( Severity.ERROR );

            for ( Iterator iterator = msgs.iterator(); iterator.hasNext(); ) {
                VerifierMessageBase msg = (VerifierMessageBase) iterator.next();
                System.out.println( "ERR: " + msg.getMessage() );
            }

            msgs = result.getBySeverity( Severity.WARNING );
            for ( Iterator iterator = msgs.iterator(); iterator.hasNext(); ) {
                VerifierMessageBase msg = (VerifierMessageBase) iterator.next();
                System.out.println( "WARN (" + msg.getClass().getSimpleName() + "): " + msg.getMessage() );
                System.out.println( "\t FAULT: [" + msg.getClass().getSimpleName() + "] " + msg.getFaulty() );
                if ( msg instanceof VerifierMessage ) {
                    System.out.println( "\t CAUSES (message):" );
                    VerifierMessage amsg = (VerifierMessage) msg;
                    for ( Iterator iterator2 = amsg.getCauses().iterator(); iterator2.hasNext(); ) {
                        Cause c = (Cause) iterator2.next();
                        System.out.println( "\t\t [" + c.getClass().getSimpleName() + "]" + c );

                    }

                } else if ( msg instanceof VerifierRangeCheckMessage ) {
                    System.out.println( "\t CAUSES (range):" );
                    VerifierRangeCheckMessage amsg = (VerifierRangeCheckMessage) msg;
                    for ( Iterator iterator2 = amsg.getCauses().iterator(); iterator2.hasNext(); ) {
                        Cause c = (Cause) iterator2.next();
                        System.out.println( "\t\t" + c );

                    }

                }
            }

            msgs = result.getBySeverity( Severity.NOTE );
            for ( Iterator iterator = msgs.iterator(); iterator.hasNext(); ) {
                VerifierMessageBase msg = (VerifierMessageBase) iterator.next();
                System.out.println( "NOTE: " + msg.getMessage() );
                System.out.println( "\t" + msg.getFaulty() );
            }

            Collection<ObjectType> classes = result.getVerifierData().getAll( VerifierComponentType.OBJECT_TYPE );
            for ( Iterator iterator = classes.iterator(); iterator.hasNext(); ) {
                ObjectType c = (ObjectType) iterator.next();

                Collection<VerifierRule> cr = result.getVerifierData().getRulesByObjectTypePath( c.getPath() );
                System.err.println( "Class rules:" + cr );
                Set<Field> flds = c.getFields();
                for ( Iterator iterator2 = flds.iterator(); iterator2.hasNext(); ) {
                    Field f = (Field) iterator2.next();
                    cr = result.getVerifierData().getRulesByFieldPath( f.getPath() );
                    System.err.println( "Field rules: " + cr );

                }
            }
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        boolean works = verifier.fireAnalysis();

        assertTrue( works );

        VerifierReport result = verifier.getResult();
        assertNotNull( result );

        for ( VerifierMessageBase message : result.getBySeverity( Severity.ERROR ) ) {
            System.out.println( message );
        }

        // This rule should not have errors, evereververevernever!
        assertEquals( 0,
                             result.getBySeverity( Severity.ERROR ).size() );

    }
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    public void testPatterns() throws Exception {
        StatelessSession session = getStatelessSession( this.getClass().getResourceAsStream( "Patterns.drl" ) );

        session.setAgendaFilter( new RuleNameMatchesAgendaFilter( "Pattern that is always false" ) );

        VerifierReport result = VerifierReportFactory.newVerifierReport();
        Collection<Object> data = new ArrayList<Object>();

        session.setGlobal( "result",
                           result );

        // This pattern has an error.
        Pattern pattern1 = VerifierComponentMockFactory.createPattern1();

        Restriction r1 = LiteralRestriction.createRestriction( pattern1,
                                                               "" );
        Restriction r2 = LiteralRestriction.createRestriction( pattern1,
                                                               "" );
        Incompatibility i1 = new Incompatibility( r1,
                                                  r2 );
        SubPattern pp1 = new SubPattern( pattern1,
                                         0 );
        pp1.add( r1 );
        pp1.add( r2 );

        Restriction r3 = new VariableRestriction( pattern1 );
        Restriction r4 = new VariableRestriction( pattern1 );
        Incompatibility i2 = new Incompatibility( r1,
                                                  r2 );
        SubPattern pp2 = new SubPattern( pattern1,
                                         1 );
        pp2.add( r1 );
        pp2.add( r2 );

        // This pattern does not have an error.
        Pattern pattern2 = VerifierComponentMockFactory.createPattern2();

        Restriction r5 = LiteralRestriction.createRestriction( pattern2,
                                                               "" );
        Restriction r6 = LiteralRestriction.createRestriction( pattern2,
                                                               "" );
        SubPattern pp3 = new SubPattern( pattern2,
                                         0 );
        pp3.add( r5 );
        pp3.add( r6 );

        Restriction r7 = new VariableRestriction( pattern2 );
        Restriction r8 = new VariableRestriction( pattern2 );
        Incompatibility i4 = new Incompatibility( r7,
                                                  r8 );
        SubPattern pp4 = new SubPattern( pattern2,
                                         1 );
        pp4.add( r7 );
        pp4.add( r8 );

        data.add( VerifierComponentMockFactory.createRule1() );

        data.add( pattern1 );
        data.add( r1 );
        data.add( r2 );
        data.add( r3 );
        data.add( r4 );
        data.add( i1 );
        data.add( i2 );
        data.add( pp1 );
        data.add( pp2 );

        data.add( pattern2 );
        data.add( r5 );
        data.add( r6 );
        data.add( r7 );
        data.add( r8 );
        data.add( i4 );
        data.add( pp3 );
        data.add( pp4 );

        session.executeWithResults( data );

        Iterator<VerifierMessageBase> iter = result.getBySeverity( Severity.ERROR ).iterator();

        boolean works = false;
        while ( iter.hasNext() ) {
            Object o = (Object) iter.next();
            if ( o instanceof VerifierMessage ) {
                VerifierMessage message = (VerifierMessage) o;
                if ( message.getFaulty().equals( pattern1 ) ) {
                    works = true;
                } else {
                    fail( "There can be only one. (And this is not the one)" );
                }
            }
        }

        assertEquals( 1,
                      result.getBySeverity( Severity.ERROR ).size() );
        assertEquals( 0,
                      result.getBySeverity( Severity.WARNING ).size() );
        assertEquals( 0,
                      result.getBySeverity( Severity.NOTE ).size() );
        assertTrue( works );
    }
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    public void testSinglePatternNoRestrictions() throws Exception {
        StatelessSession session = getStatelessSession( this.getClass().getResourceAsStream( "Patterns.drl" ) );

        session.setAgendaFilter( new RuleNameMatchesAgendaFilter( "Pattern that is always false" ) );

        VerifierReport result = VerifierReportFactory.newVerifierReport();
        Collection<Object> data = new ArrayList<Object>();

        session.setGlobal( "result",
                           result );

        // This pattern has an error.
        VerifierRule rule1 = VerifierComponentMockFactory.createRule1();
        Pattern pattern1 = VerifierComponentMockFactory.createPattern1();

        data.add( rule1 );
        data.add( pattern1 );

        session.executeWithResults( data );

        assertEquals( 0,
                      result.getBySeverity( Severity.ERROR ).size() );
        assertEquals( 0,
                      result.getBySeverity( Severity.WARNING ).size() );
        assertEquals( 0,
                      result.getBySeverity( Severity.NOTE ).size() );
    }
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    public void testRules() throws Exception {
        StatelessSession session = getStatelessSession( this.getClass().getResourceAsStream( "Rules.drl" ) );

        session.setAgendaFilter( new RuleNameMatchesAgendaFilter( "Rule that is always false" ) );

        VerifierReport result = VerifierReportFactory.newVerifierReport();
        Collection<Object> data = new ArrayList<Object>();

        session.setGlobal( "result",
                           result );

        // This rule has an error.
        VerifierRule rule1 = VerifierComponentMockFactory.createRule1();
        Pattern pattern1 = VerifierComponentMockFactory.createPattern1();

        SubPattern pp1 = new SubPattern( pattern1,
                                         0 );
        SubPattern pp2 = new SubPattern( pattern1,
                                         1 );
        Incompatibility i1 = new Incompatibility( pp1,
                                                  pp2 );
        SubRule rp1 = new SubRule( rule1,
                                   0 );
        rp1.add( pp1 );
        rp1.add( pp2 );

        SubPattern pp3 = new SubPattern( pattern1,
                                         2 );
        SubPattern pp4 = new SubPattern( pattern1,
                                         3 );
        Incompatibility i2 = new Incompatibility( pp1,
                                                  pp2 );
        SubRule rp2 = new SubRule( rule1,
                                   1 );
        rp2.add( pp1 );
        rp2.add( pp2 );

        // This pattern does not have an error.
        VerifierRule rule2 = VerifierComponentMockFactory.createRule2();
        Pattern pattern2 = VerifierComponentMockFactory.createPattern2();

        SubPattern pp5 = new SubPattern( pattern2,
                                         0 );
        SubPattern pp6 = new SubPattern( pattern2,
                                         1 );
        SubRule rp3 = new SubRule( rule2,
                                   2 );
        rp3.add( pp5 );
        rp3.add( pp6 );

        SubPattern pp7 = new SubPattern( pattern2,
                                         2 );
        SubPattern pp8 = new SubPattern( pattern2,
                                         3 );
        Incompatibility i4 = new Incompatibility( pp7,
                                                  pp8 );
        SubRule rp4 = new SubRule( rule2,
                                   3 );
        rp4.add( pp7 );
        rp4.add( pp8 );

        data.add( rule1 );
        data.add( pp1 );
        data.add( pp2 );
        data.add( pp3 );
        data.add( pp4 );
        data.add( i1 );
        data.add( i2 );
        data.add( rp1 );
        data.add( rp2 );

        data.add( rule2 );
        data.add( pp5 );
        data.add( pp6 );
        data.add( pp7 );
        data.add( pp8 );
        data.add( i4 );
        data.add( rp3 );
        data.add( rp4 );

        session.executeWithResults( data );

        Iterator<VerifierMessageBase> iter = result.getBySeverity( Severity.ERROR ).iterator();

        boolean works = false;
        while ( iter.hasNext() ) {
            Object o = (Object) iter.next();
            if ( o instanceof VerifierMessage ) {
                VerifierMessage message = (VerifierMessage) o;
                if ( message.getFaulty().equals( rule1 ) ) {
                    works = true;
                } else {
                    fail( "There can be only one. (And this is not the one)" );
                }
            }
        }

        assertEquals( 1,
                      result.getBySeverity( Severity.ERROR ).size() );
        assertEquals( 0,
                      result.getBySeverity( Severity.WARNING ).size() );
        assertEquals( 0,
                      result.getBySeverity( Severity.NOTE ).size() );
        assertTrue( works );
    }
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        assertFalse( verifier.hasErrors() );

        boolean noProblems = verifier.fireAnalysis();
        assertTrue( noProblems );

        VerifierReport result = verifier.getResult();

        Collection<VerifierMessageBase> warnings = result.getBySeverity( Severity.WARNING );

        int counter = 0;
        for ( VerifierMessageBase message : warnings ) {
            //            System.out.println( message );
            if ( message.getMessageType().equals( MessageType.EQUIVALANCE ) ) {
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        boolean works = verifier.fireAnalysis( new ScopesAgendaFilter( true,
                                                                       ScopesAgendaFilter.VERIFYING_SCOPE_KNOWLEDGE_PACKAGE ) );

        assertTrue( works );

        VerifierReport result = verifier.getResult();
        assertNotNull( result );

        assertEquals( 3,
                      result.getBySeverity( Severity.ERROR ).size() );
        assertEquals( 1,
                      result.getBySeverity( Severity.WARNING ).size() );
        assertEquals( 0,
                      result.getBySeverity( Severity.NOTE ).size() );

    }
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    public void testIncoherentLiteralRestrictionsInSubPattern() throws Exception {
        StatelessSession session = getStatelessSession( getClass().getResourceAsStream( "Restrictions.drl" ) );

        session.setAgendaFilter( new RuleNameMatchesAgendaFilter( "Incoherent LiteralRestrictions in pattern possibility" ) );

        VerifierReport result = VerifierReportFactory.newVerifierReport();
        Collection< ? extends Object> testData = getTestData( getClass().getResourceAsStream( "RestrictionsTest.drl" ),
                                                              result.getVerifierData() );

        session.setGlobal( "result",
                           result );

        session.executeWithResults( testData );

        Iterator<VerifierMessageBase> iter = result.getBySeverity( Severity.ERROR ).iterator();

        Set<String> rulesThatHadErrors = new HashSet<String>();
        while ( iter.hasNext() ) {
            Object o = (Object) iter.next();
            if ( o instanceof VerifierMessage ) {
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                .getResourceAsStream("rangeChecks/Dates.drl"));

        session.setAgendaFilter(new RuleNameMatchesAgendaFilter(
                "Range check for dates, if smaller than or equal is missing"));

        VerifierReport result = VerifierReportFactory.newVerifierReport();
        Collection<? extends Object> testData = getTestData(this.getClass()
                .getResourceAsStream("MissingRangesForDates.drl"), result
                .getVerifierData());

        session.setGlobal("result", result);

        StatelessSessionResult sessionResult = session
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  • org.drools.factconstraints.server.predefined.IntegerConstraintTest
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  • org.drools.factconstraints.server.predefined.NotMatchesConstraintTest
  • org.drools.factconstraints.server.predefined.NotNullConstraintTest
  • org.drools.factconstraints.server.predefined.RangeConstraintMultipleOperatorsTest
  • org.drools.factconstraints.server.predefined.RangeConstraintSingleOperatorTest
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