21   explicit AllocationCandidate(LiveRange* range)  in AllocationCandidate()  argument
22       : is_group_(false), size_(range->GetSize()) {  in AllocationCandidate()
23     candidate_.range_ = range;  in AllocationCandidate()
47     for (LiveRange* range : group->ranges()) {  in CalculateGroupSize()
48       ret += range->GetSize();  in CalculateGroupSize()
67   void Schedule(LiveRange* range);
92   static void UpdateWeightAtAllocation(LiveRange* range) {  in UpdateWeightAtAllocation()  argument
93     DCHECK_NE(range->weight(), LiveRange::kInvalidWeight);  in UpdateWeightAtAllocation()
94     range->set_weight(range->weight() * kAllocatedRangeMultiplier);  in UpdateWeightAtAllocation()
98   static void UpdateWeightAtEviction(LiveRange* range) {  in UpdateWeightAtEviction()  argument
99     DCHECK_NE(range->weight(), LiveRange::kInvalidWeight);  in UpdateWeightAtEviction()
100     range->set_weight(range->weight() / kAllocatedRangeMultiplier);  in UpdateWeightAtEviction()
124   void AllocateRegisterToRange(unsigned reg_id, LiveRange* range) {  in AllocateRegisterToRange()  argument
125     UpdateWeightAtAllocation(range);  in AllocateRegisterToRange()
126     current_allocations(reg_id)->AllocateRange(range);  in AllocateRegisterToRange()
129   void EvictAndRescheduleConflicts(unsigned reg_id, const LiveRange* range);
132   void TryAllocateLiveRange(LiveRange* range);
136   void EnsureValidRangeWeight(LiveRange* range);
143   float GetMaximumConflictingWeight(unsigned reg_id, const LiveRange* range,
153   void SplitOrSpillBlockedRange(LiveRange* range);
156   LifetimePosition FindSplitPositionAfterCall(const LiveRange* range,
160   bool TrySplitAroundCalls(LiveRange* range);
163   LifetimePosition FindSplitPositionBeforeLoops(LiveRange* range);
172   LiveRange* GetRemainderAfterSplittingAroundFirstCall(LiveRange* range);
180   LifetimePosition GetLastResortSplitPosition(const LiveRange* range);
182   bool IsProgressPossible(const LiveRange* range);
185   void SpillRangeAsLastResort(LiveRange* range);
187   void AssignRangeToRegister(int reg_id, LiveRange* range);