void BakerGC::walk_finalizers() {
FinalizerHandler* fh = object_memory_->finalizer_handler();
if(!fh) return;
for(FinalizerHandler::iterator i = fh->begin();
!i.end();
/* advance is handled in the loop */)
{
FinalizeObject& fi = i.current();
bool live = true;
if(fi.object->young_object_p()) {
live = fi.object->forwarded_p();
fi.object = saw_object(fi.object);
}
if(fi.ruby_finalizer && fi.ruby_finalizer->young_object_p()) {
fi.ruby_finalizer = saw_object(fi.ruby_finalizer);
}
i.next(live);
}
}
void BakerGC::walk_finalizers() {
FinalizerHandler* fh = object_memory_->finalizer_handler();
if(!fh) return;
for(FinalizerHandler::iterator i = fh->begin();
!i.end();
/* advance is handled in the loop */)
{
FinalizeObject& fi = i.current();
bool live = true;
if(fi.object->young_object_p()) {
live = fi.object->forwarded_p();
fi.object = saw_object(fi.object);
} else {
// If this object is mature, scan it. This
// means that any young objects it refers to are properly
// GC'ed and kept alive if necessary
scan_object(fi.object);
}
Object* fin = fi.ruby_finalizer;
if(fin && fin->reference_p()) {
if(fin->young_object_p()) {
fi.ruby_finalizer = saw_object(fin);
} else {
// If this object is mature, scan it. This
// means that any young objects it refers to are properly
// GC'ed and kept alive if necessary
scan_object(fin);
}
}
i.next(live);
}
}