"Unable to resolve ObjectType '" + patternDescr.getObjectType() + "'"));
}
return rce;
}
Pattern pattern;
boolean duplicateBindings = context.getDeclarationResolver().isDuplicated( context.getRule(),
patternDescr.getIdentifier(),
((ClassObjectType) objectType).getClassName() );
if ( !StringUtils.isEmpty( patternDescr.getIdentifier() ) && !duplicateBindings ) {
pattern = new Pattern( context.getNextPatternId(),
0, // offset is 0 by default
objectType,
patternDescr.getIdentifier(),
patternDescr.isInternalFact() );
if ( objectType instanceof ClassObjectType ) {
// make sure PatternExtractor is wired up to correct ClassObjectType and set as a target for rewiring
context.getPkg().getClassFieldAccessorStore().getClassObjectType( ((ClassObjectType) objectType),
(AcceptsClassObjectType) pattern.getDeclaration().getExtractor() );
}
} else {
pattern = new Pattern( context.getNextPatternId(),
0, // offset is 0 by default
objectType,
null );
}
if ( ClassObjectType.Activation_ObjectType.isAssignableFrom( pattern.getObjectType() ) ) {
PropertyHandler handler = PropertyHandlerFactory.getPropertyHandler( AgendaItem.class );
if ( handler == null ) {
PropertyHandlerFactoryFixer.getPropertyHandlerClass().put( AgendaItem.class,
new ActivationPropertyHandler() );
}
}
// adding the newly created pattern to the build stack this is necessary in case of local declaration usage
context.getBuildStack().push( pattern );
if ( duplicateBindings ) {
processDuplicateBindings( patternDescr.isUnification(), patternDescr, pattern, patternDescr, "this", patternDescr.getIdentifier(), context );
}
if ( objectType instanceof ClassObjectType ) {
// make sure the Pattern is wired up to correct ClassObjectType and set as a target for rewiring
context.getPkg().getClassFieldAccessorStore().getClassObjectType( ((ClassObjectType) objectType),
pattern );
}
if ( pattern.getObjectType() instanceof ClassObjectType ) {
Class< ? > cls = ((ClassObjectType) pattern.getObjectType()).getClassType();
if ( cls.getPackage() != null && !cls.getPackage().getName().equals( "java.lang" ) ) {
// register the class in its own package unless it is primitive or belongs to java.lang
TypeDeclaration typeDeclr = context.getPackageBuilder().getAndRegisterTypeDeclaration( cls,
cls.getPackage().getName() );
context.setTypesafe( typeDeclr == null || typeDeclr.isTypesafe() );
} else {
context.setTypesafe( true );
}
}
processAnnotations( context, patternDescr, pattern );
if ( patternDescr.getSource() != null ) {
// we have a pattern source, so build it
RuleConditionBuilder builder = (RuleConditionBuilder) context.getDialect().getBuilder( patternDescr.getSource().getClass() );
PatternSource source = (PatternSource) builder.build( context,
patternDescr.getSource() );
if ( source instanceof From ) {
((From) source).setResultPattern( pattern );
}
pattern.setSource( source );
}
// Process all constraints
processConstraintsAndBinds( context, patternDescr, pattern );
for ( BehaviorDescr behaviorDescr : patternDescr.getBehaviors() ) {
if ( pattern.getObjectType().isEvent() ) {
if ( Behavior.BehaviorType.TIME_WINDOW.matches( behaviorDescr.getSubType() ) ) {
SlidingTimeWindow window = new SlidingTimeWindow( TimeUtils.parseTimeString( behaviorDescr.getParameters().get( 0 ) ) );
pattern.addBehavior( window );
} else if ( Behavior.BehaviorType.LENGTH_WINDOW.matches( behaviorDescr.getSubType() ) ) {
SlidingLengthWindow window = new SlidingLengthWindow( Integer.valueOf( behaviorDescr.getParameters().get( 0 ) ) );
pattern.addBehavior( window );
}
} else {
// Some behaviors can only be assigned to patterns declared as events
context.addError(new DescrBuildError(context.getParentDescr(),
patternDescr,
null,
"A Sliding Window can only be assigned to types declared with @role( event ). The type '" + pattern.getObjectType() + "' in '" + context.getRule().getName()
+ "' is not declared as an Event."));
}
}
// poping the pattern