306     uses_.push_front(*new_use);  in AddTempUse()
342     if ((!uses_.empty()) &&
343         (uses_.front().GetUser() == actual_user) &&
344         (uses_.front().GetPosition() < position)) {
348       DCHECK(uses_.front().GetPosition() + 1 == position);
349       UsePositionList::iterator next_pos = uses_.begin();
354       } while (next_pos != uses_.end() && next_pos->GetPosition() < position);
356       uses_.insert_after(insert_pos, *new_use);
357       if (first_range_->GetEnd() == uses_.front().GetPosition()) {
369       DCHECK(uses_.empty() || position <= uses_.front().GetPosition());
371       uses_.push_front(*new_use);
405     uses_.push_front(*new_use);  in AddPhiUse()
465       DCHECK(uses_.empty());  in SetFrom()
614     return parent_->uses_;  in GetUses()
862     auto pos = high_or_low_interval_->uses_.before_begin();
863     for (const UsePosition& use : uses_) {
865       pos = high_or_low_interval_->uses_.insert_after(pos, *new_use);
995         uses_(),  in allocator_()
1062     const UsePositionList::iterator old_begin = uses_.begin();  in AddBackEdgeUses()
1063     UsePositionList::iterator insert_pos = uses_.before_begin();  in AddBackEdgeUses()
1078       if ((old_begin != uses_.end()) && (old_begin->GetPosition() <= back_edge_use_position)) {  in AddBackEdgeUses()
1085       DCHECK(insert_pos != uses_.before_begin()  in AddBackEdgeUses()
1088           << std::distance(uses_.before_begin(), insert_pos);  in AddBackEdgeUses()
1091       insert_pos = uses_.insert_after(insert_pos, *new_use);  in AddBackEdgeUses()
1111   UsePositionList uses_;  variable