331   Active.clear();  in init()
377   Active.reserve(Unhandled.size());  in init()
449   for (SizeT I = Active.size(); I > 0; --I) {  in handleActiveRangeExpiredOrInactive()
451     Variable *Item = Active[Index];  in handleActiveRangeExpiredOrInactive()
457       moveItem(Active, Index, Handled);  in handleActiveRangeExpiredOrInactive()
462       moveItem(Active, Index, Inactive);  in handleActiveRangeExpiredOrInactive()
489       moveItem(Inactive, Index, Active);  in handleInactiveRangeExpiredOrReactivated()
625   Active.push_back(Cur);  in allocatePrecoloredRegister()
644   Active.push_back(Iter.Cur);  in allocatePreferredRegister()
660   Active.push_back(Iter.Cur);  in allocateFreeRegister()
665   for (const Variable *Item : Active) {  in handleNoFreeRegisters()
738   for (SizeT I = Active.size(); I > 0; --I) {  in handleNoFreeRegisters()
740     Variable *Item = Active[Index];  in handleNoFreeRegisters()
750       moveItem(Active, Index, Handled);  in handleNoFreeRegisters()
778   Active.push_back(Iter.Cur);  in handleNoFreeRegisters()
834   assert(Active.empty());  in scan()
890       for (const Variable *Item : Active) {  in scan()
949   Handled.insert(Handled.end(), Active.begin(), Active.end());  in scan()
950   Active.clear();  in scan()
994   for (const Variable *Item : Active) {  in dump()