Package org.drools.workbench.models.datamodel.rule

Examples of org.drools.workbench.models.datamodel.rule.ConnectiveConstraint

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        assertEquals( BaseSingleFieldConstraint.TYPE_LITERAL,
                      sfp.getConstraintValueType() );

        assertEquals( 1,
                      sfp.getConnectives().length );
        ConnectiveConstraint cc = sfp.getConnectives()[ 0 ];
        assertEquals( "Applicant",
                      cc.getFactType() );
        assertEquals( "age",
                      cc.getFieldName() );
        assertEquals( "|| >",
                      cc.getOperator() );
        assertEquals( "75",
                      cc.getValue() );
        assertEquals( BaseSingleFieldConstraint.TYPE_LITERAL,
                      cc.getConstraintValueType() );

        assertEqualsIgnoreWhitespace( drl,
                                      RuleModelDRLPersistenceImpl.getInstance().marshal( m ) );
    }
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        assertEquals( BaseSingleFieldConstraint.TYPE_LITERAL,
                      sfp.getConstraintValueType() );

        assertEquals( 1,
                      sfp.getConnectives().length );
        ConnectiveConstraint cc = sfp.getConnectives()[ 0 ];
        assertEquals( "Applicant",
                      cc.getFactType() );
        assertEquals( "age",
                      cc.getFieldName() );
        assertEquals( "|| ==",
                      cc.getOperator() );
        assertEquals( "75",
                      cc.getValue() );
        assertEquals( BaseSingleFieldConstraint.TYPE_LITERAL,
                      cc.getConstraintValueType() );

        assertEqualsIgnoreWhitespace( drl,
                                      RuleModelDRLPersistenceImpl.getInstance().marshal( m ) );
    }
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                for ( int i = 0; i < connectiveConstraints.length; i++ ) {
                    String constraint = splittedValue[ i + 1 ].trim();
                    String connectiveOperator = findOperator( constraint );
                    String connectiveValue = constraint.substring( connectiveOperator.length() ).trim();

                    connectiveConstraints[ i ] = new ConnectiveConstraint();
                    connectiveConstraints[ i ].setOperator( ( isAnd ? "&& " : "|| " ) + ( connectiveOperator == null ? null : connectiveOperator.trim() ) );
                    connectiveConstraints[ i ].setFactType( factPattern.getFactType() );
                    connectiveConstraints[ i ].setFieldName( con.getFieldName() );
                    connectiveConstraints[ i ].setFieldType( con.getFieldType() );
                    setValueOnConstraint( m,
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                    // if there are connectives, and the first is a template key, then all templates keys must be checked up front
                    // individual connectives, that have template keys, will still need to be checked too.
                    SingleFieldConstraint sconstr = (SingleFieldConstraint) constr;
                    buf.append( "@if{" + ( (SingleFieldConstraint) constr ).getValue() + " != empty" );
                    for ( int j = 0; j < sconstr.getConnectives().length; j++ ) {
                        final ConnectiveConstraint conn = sconstr.getConnectives()[ j ];
                        if ( conn.getConstraintValueType() == BaseSingleFieldConstraint.TYPE_TEMPLATE ) {
                            buf.append( " || " + conn.getValue() + " != empty" );
                        }
                    }
                    buf.append( "}" );
                } else {
                    buf.append( "@if{" + ( (SingleFieldConstraint) constr ).getValue() + " != empty}" );
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        X.setConstraintValueType( SingleFieldConstraint.TYPE_TEMPLATE );
        X.setValue( "$f1" );
        X.setOperator( "==" );
        comp.addConstraint( X );

        ConnectiveConstraint connective = new ConnectiveConstraint();
        connective.setConstraintValueType( BaseSingleFieldConstraint.TYPE_LITERAL );
        connective.setFieldType( DataType.TYPE_STRING );
        connective.setOperator( "|| ==" );
        connective.setValue( "goo" );

        X.setConnectives( new ConnectiveConstraint[ 1 ] );
        X.getConnectives()[ 0 ] = connective;

        final SingleFieldConstraint Y = new SingleFieldConstraint();
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        X.setConstraintValueType( SingleFieldConstraint.TYPE_TEMPLATE );
        X.setValue( "$f1" );
        X.setOperator( "==" );
        comp.addConstraint( X );

        ConnectiveConstraint connective = new ConnectiveConstraint();
        connective.setConstraintValueType( BaseSingleFieldConstraint.TYPE_LITERAL );
        connective.setFieldType( DataType.TYPE_STRING );
        connective.setOperator( "|| ==" );
        connective.setValue( "goo" );

        X.setConnectives( new ConnectiveConstraint[ 1 ] );
        X.getConnectives()[ 0 ] = connective;

        final SingleFieldConstraint Y = new SingleFieldConstraint();
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        X.setConstraintValueType( SingleFieldConstraint.TYPE_TEMPLATE );
        X.setValue( "$f1" );
        X.setOperator( "==" );
        comp.addConstraint( X );

        ConnectiveConstraint connective = new ConnectiveConstraint();
        connective.setConstraintValueType( BaseSingleFieldConstraint.TYPE_LITERAL );
        connective.setFieldType( DataType.TYPE_STRING );
        connective.setOperator( "|| ==" );
        connective.setValue( "goo" );

        X.setConnectives( new ConnectiveConstraint[ 1 ] );
        X.getConnectives()[ 0 ] = connective;

        final SingleFieldConstraint Y = new SingleFieldConstraint();
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        X.setConstraintValueType( SingleFieldConstraint.TYPE_TEMPLATE );
        X.setValue( "$f1" );
        X.setOperator( "==" );
        p1.addConstraint( X );

        ConnectiveConstraint connective = new ConnectiveConstraint();
        connective.setConstraintValueType( BaseSingleFieldConstraint.TYPE_TEMPLATE );
        connective.setFieldType( DataType.TYPE_STRING );
        connective.setOperator( "|| ==" );
        connective.setValue( "$f2" );

        X.setConnectives( new ConnectiveConstraint[ 1 ] );
        X.getConnectives()[ 0 ] = connective;

        String expected = "rule \"t1_0\"\n" +
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        X.setConstraintValueType( SingleFieldConstraint.TYPE_TEMPLATE );
        X.setValue( "$f1" );
        X.setOperator( "==" );
        p1.addConstraint( X );

        ConnectiveConstraint connective = new ConnectiveConstraint();
        connective.setConstraintValueType( BaseSingleFieldConstraint.TYPE_TEMPLATE );
        connective.setFieldType( DataType.TYPE_STRING );
        connective.setOperator( "|| ==" );
        connective.setValue( "$f2" );

        X.setConnectives( new ConnectiveConstraint[ 1 ] );
        X.getConnectives()[ 0 ] = connective;

        String expected = "rule \"t1_0\"\n" +
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        X.setConstraintValueType( SingleFieldConstraint.TYPE_TEMPLATE );
        X.setValue( "$f1" );
        X.setOperator( "==" );
        p1.addConstraint( X );

        ConnectiveConstraint connective = new ConnectiveConstraint();
        connective.setConstraintValueType( BaseSingleFieldConstraint.TYPE_TEMPLATE );
        connective.setFieldType( DataType.TYPE_STRING );
        connective.setOperator( "|| ==" );
        connective.setValue( "$f2" );

        X.setConnectives( new ConnectiveConstraint[ 1 ] );
        X.getConnectives()[ 0 ] = connective;

        String expected = "rule \"t1_0\"\n" +
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  • org.drools.workbench.models.datamodel.rule.visitors.RuleModelVisitor
  • org.drools.workbench.models.guided.template.backend.RuleTemplateModelDRLPersistenceImpl$LHSPatternVisitor
  • org.drools.workbench.models.guided.template.backend.RuleTemplateModelDRLPersistenceTest
  • org.drools.workbench.models.guided.template.backend.RuleTemplateModelXMLPersistenceTest
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