79   PoolObject<T>* existing_object = GetObjectIfTracked(new_object);  in Emit()  local
89                          existing_object)) {  in Emit()
133                                       PoolObject<T>* existing_object) const {  in ShouldSkipObject()  argument
146     if ((existing_object != NULL) &&  in ShouldSkipObject()
147         (existing_object->alignment_ > new_object_alignment)) {  in ShouldSkipObject()
148       new_object_alignment = existing_object->alignment_;  in ShouldSkipObject()
217   const PoolObject<T>* existing_object = GetObjectIfTracked(label_base);  in MustEmit()  local
218   if (existing_object != NULL) {  in MustEmit()
222     if ((reference->min_object_location_ <= existing_object->min_location_) &&  in MustEmit()
223         (reference->max_object_location_ >= existing_object->max_location_) &&  in MustEmit()
224         (reference->object_alignment_ <= existing_object->alignment_)) {  in MustEmit()
234   if (existing_object != NULL) {  in MustEmit()
235     temp.RestrictRange(existing_object->min_location_,  in MustEmit()
236                        existing_object->max_location_);  in MustEmit()
237     temp.RestrictAlignment(existing_object->alignment_);  in MustEmit()
444   PoolObject<T>* existing_object = GetObjectIfTracked(object);  in Bind()  local
447   if (existing_object == NULL) {  in Bind()
451     alignment = existing_object->alignment_;  in Bind()
452     min_location = existing_object->min_location_;  in Bind()
467   if (existing_object != NULL) {  in Bind()
468     RemoveAndDelete(existing_object);  in Bind()