protected boolean determineTraitStatus() {
return typeDecl != null
// if cls implements an interface and cls is never actually used, typeDecl will
// reference the interface
// rather than the actual class, but this may not reflect the actual traitability
&& typeDecl.getTypeClass() == cls
&& (typeDecl.getKind() == TypeDeclaration.Kind.TRAIT
|| typeDecl.getTypeClassDef().isTraitable()
|| typeDecl.getTypeClass().getAnnotation(Traitable.class) != null)
|| Thing.class.isAssignableFrom(cls)
|| cls.getAnnotation(Traitable.class) != null
|| TraitableBean.class.isAssignableFrom(cls);
}
protected boolean determineTraitStatus() {
return typeDecl != null
&& (typeDecl.getKind() == TypeDeclaration.Kind.TRAIT
|| typeDecl.getTypeClassDef().isTraitable()
|| typeDecl.getTypeClass().getAnnotation(Traitable.class) != null)
|| Thing.class.isAssignableFrom(cls)
|| TraitableBean.class.isAssignableFrom(cls);
}
/** Merges all the missing FactFields from oldDefinition into newDeclaration. */
protected void mergeTypeDeclarations(
TypeDeclaration oldDeclaration, TypeDeclaration newDeclaration) {
if (oldDeclaration == null) {
return;
}
// add the missing fields (if any) to newDeclaration
for (FieldDefinition oldFactField : oldDeclaration.getTypeClassDef().getFieldsDefinitions()) {
FieldDefinition newFactField =
newDeclaration.getTypeClassDef().getField(oldFactField.getName());
if (newFactField == null) {
newDeclaration.getTypeClassDef().addField(oldFactField);
}
}
// copy the defined class
newDeclaration.setTypeClass(oldDeclaration.getTypeClass());
}
