Package org.drools.core.rule

Examples of org.drools.core.rule.IntervalProviderConstraint

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    private void gatherTemporalRelationships(List< ? > constraints,
                                             Map<Declaration, Interval> temporal) {
        for ( Object obj : constraints ) {
            if ( obj instanceof IntervalProviderConstraint) {
                IntervalProviderConstraint constr = (IntervalProviderConstraint) obj;
                if ( constr.isTemporal() ) {
                    // if a constraint already exists, calculate the intersection
                    Declaration target = constr.getRequiredDeclarations()[0];
                    // only calculate relationships to other event patterns
                    if( target.isPatternDeclaration() && target.getPattern().getObjectType().isEvent() ) {
                        Interval interval = temporal.get( target );
                        if ( interval == null ) {
                            interval = constr.getInterval();
                            temporal.put( target,
                                          interval );
                        } else {
                            interval.intersect( constr.getInterval() );
                        }
                    }
                }
            } else if ( obj instanceof AbstractCompositeConstraint ) {
                gatherTemporalRelationships( Arrays.asList( ((AbstractCompositeConstraint) obj).getBetaConstraints() ),
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    private void gatherTemporalRelationships(List< ? > constraints,
                                             Map<Declaration, Interval> temporal) {
        for ( Object obj : constraints ) {
            if ( obj instanceof IntervalProviderConstraint) {
                IntervalProviderConstraint constr = (IntervalProviderConstraint) obj;
                if ( constr.isTemporal() ) {
                    // if a constraint already exists, calculate the intersection
                    Declaration[] decs = constr.getRequiredDeclarations();
                    // only calculate relationships to other event patterns
                    if( decs.length > 0 && decs[0].isPatternDeclaration() && decs[0].getPattern().getObjectType().isEvent() ) {
                        Declaration target = decs[0];
                        Interval interval = temporal.get( target );
                        if ( interval == null ) {
                            interval = constr.getInterval();
                            temporal.put( target,
                                          interval );
                        } else {
                            interval.intersect( constr.getInterval() );
                        }
                    }
                }
            } else if ( obj instanceof AbstractCompositeConstraint ) {
                gatherTemporalRelationships( Arrays.asList( ((AbstractCompositeConstraint) obj).getBetaConstraints() ),
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    private void gatherTemporalRelationships(List< ? > constraints,
                                             Map<Declaration, Interval> temporal) {
        for ( Object obj : constraints ) {
            if ( obj instanceof IntervalProviderConstraint) {
                IntervalProviderConstraint constr = (IntervalProviderConstraint) obj;
                if ( constr.isTemporal() ) {
                    // if a constraint already exists, calculate the intersection
                    Declaration[] decs = constr.getRequiredDeclarations();
                    // only calculate relationships to other event patterns
                    if( decs.length > 0 && decs[0].isPatternDeclaration() && decs[0].getPattern().getObjectType().isEvent() ) {
                        Declaration target = decs[0];
                        Interval interval = temporal.get( target );
                        if ( interval == null ) {
                            interval = constr.getInterval();
                            temporal.put( target,
                                          interval );
                        } else {
                            interval.intersect( constr.getInterval() );
                        }
                    }
                }
            } else if ( obj instanceof AbstractCompositeConstraint ) {
                gatherTemporalRelationships( Arrays.asList( ((AbstractCompositeConstraint) obj).getBetaConstraints() ),
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    private void gatherTemporalRelationships(List< ? > constraints,
                                             Map<Declaration, Interval> temporal) {
        for ( Object obj : constraints ) {
            if ( obj instanceof IntervalProviderConstraint) {
                IntervalProviderConstraint constr = (IntervalProviderConstraint) obj;
                if ( constr.isTemporal() ) {
                    // if a constraint already exists, calculate the intersection
                    Declaration target = constr.getRequiredDeclarations()[0];
                    // only calculate relationships to other event patterns
                    if( target.isPatternDeclaration() && target.getPattern().getObjectType().isEvent() ) {
                        Interval interval = temporal.get( target );
                        if ( interval == null ) {
                            interval = constr.getInterval();
                            temporal.put( target,
                                          interval );
                        } else {
                            interval.intersect( constr.getInterval() );
                        }
                    }
                }
            } else if ( obj instanceof AbstractCompositeConstraint ) {
                gatherTemporalRelationships( Arrays.asList( ((AbstractCompositeConstraint) obj).getBetaConstraints() ),
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    private void gatherTemporalRelationships(List< ? > constraints,
                                             Map<Declaration, Interval> temporal) {
        for ( Object obj : constraints ) {
            if ( obj instanceof IntervalProviderConstraint) {
                IntervalProviderConstraint constr = (IntervalProviderConstraint) obj;
                if ( constr.isTemporal() ) {
                    // if a constraint already exists, calculate the intersection
                    Declaration target = constr.getRequiredDeclarations()[0];
                    // only calculate relationships to other event patterns
                    if( target.isPatternDeclaration() && target.getPattern().getObjectType().isEvent() ) {
                        Interval interval = temporal.get( target );
                        if ( interval == null ) {
                            interval = constr.getInterval();
                            temporal.put( target,
                                          interval );
                        } else {
                            interval.intersect( constr.getInterval() );
                        }
                    }
                }
            } else if ( obj instanceof AbstractCompositeConstraint ) {
                gatherTemporalRelationships( Arrays.asList( ((AbstractCompositeConstraint) obj).getBetaConstraints() ),
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    private void gatherTemporalRelationships(List< ? > constraints,
                                             Map<Declaration, Interval> temporal) {
        for ( Object obj : constraints ) {
            if ( obj instanceof IntervalProviderConstraint) {
                IntervalProviderConstraint constr = (IntervalProviderConstraint) obj;
                if ( constr.isTemporal() ) {
                    // if a constraint already exists, calculate the intersection
                    Declaration target = constr.getRequiredDeclarations()[0];
                    // only calculate relationships to other event patterns
                    if( target.isPatternDeclaration() && target.getPattern().getObjectType().isEvent() ) {
                        Interval interval = temporal.get( target );
                        if ( interval == null ) {
                            interval = constr.getInterval();
                            temporal.put( target,
                                          interval );
                        } else {
                            interval.intersect( constr.getInterval() );
                        }
                    }
                }
            } else if ( obj instanceof AbstractCompositeConstraint ) {
                gatherTemporalRelationships( Arrays.asList( ((AbstractCompositeConstraint) obj).getBetaConstraints() ),
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    private void gatherTemporalRelationships(List< ? > constraints,
                                             Map<Declaration, Interval> temporal) {
        for ( Object obj : constraints ) {
            if ( obj instanceof IntervalProviderConstraint) {
                IntervalProviderConstraint constr = (IntervalProviderConstraint) obj;
                if ( constr.isTemporal() ) {
                    // if a constraint already exists, calculate the intersection
                    Declaration[] decs = constr.getRequiredDeclarations();
                    // only calculate relationships to other event patterns
                    if( decs.length > 0 && decs[0].isPatternDeclaration() && decs[0].getPattern().getObjectType().isEvent() ) {
                        Declaration target = decs[0];
                        Interval interval = temporal.get( target );
                        if ( interval == null ) {
                            interval = constr.getInterval();
                            temporal.put( target,
                                          interval );
                        } else {
                            interval.intersect( constr.getInterval() );
                        }
                    }
                }
            } else if ( obj instanceof AbstractCompositeConstraint ) {
                gatherTemporalRelationships( Arrays.asList( ((AbstractCompositeConstraint) obj).getBetaConstraints() ),
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Related Classes of org.drools.core.rule.IntervalProviderConstraint

  • org.drools.core.reteoo.builder.BuildUtils
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