67   LiveRange *LR;  member in __anona5179b400111::CalcLiveRangeUtilBase
70   CalcLiveRangeUtilBase(LiveRange *LR) : LR(LR) {}  in CalcLiveRangeUtilBase()  argument
94       VNInfo *VNI = ForVNI ? ForVNI : LR->getNextValue(Def, *VNInfoAllocator);  in createDeadDef()
115     VNInfo *VNI = ForVNI ? ForVNI : LR->getNextValue(Def, *VNInfoAllocator);  in createDeadDef()
142       return std::make_pair(nullptr, LR->isUndefIn(Undefs, StartIdx, BeforeUse));  in extendInBlock()
145       return std::make_pair(nullptr, LR->isUndefIn(Undefs, StartIdx, BeforeUse));  in extendInBlock()
147       if (LR->isUndefIn(Undefs, I->end, BeforeUse))  in extendInBlock()
288   CalcLiveRangeUtilVector(LiveRange *LR) : CalcLiveRangeUtilVectorBase(LR) {}  in CalcLiveRangeUtilVector()  argument
293   LiveRange::Segments &segmentsColl() { return LR->segments; }  in segmentsColl()
295   void insertAtEnd(const Segment &S) { LR->segments.push_back(S); }  in insertAtEnd()
297   iterator find(SlotIndex Pos) { return LR->find(Pos); }  in find()
299   iterator findInsertPos(Segment S) { return llvm::upper_bound(*LR, S.start); }  in findInsertPos()
314   CalcLiveRangeUtilSet(LiveRange *LR) : CalcLiveRangeUtilSetBase(LR) {}  in CalcLiveRangeUtilSet()  argument
319   LiveRange::SegmentSet &segmentsColl() { return *LR->segmentSet; }  in segmentsColl()
322     LR->segmentSet->insert(LR->segmentSet->end(), S);  in insertAtEnd()
327         LR->segmentSet->upper_bound(Segment(Pos, Pos.getNextSlot(), nullptr));  in find()
328     if (I == LR->segmentSet->begin())  in find()
337     iterator I = LR->segmentSet->upper_bound(S);  in findInsertPos()
338     if (I != LR->segmentSet->end() && !(S.start < *I))  in findInsertPos()
1141     if (LR)  in print()
1142       OS << "Clean updater: " << *LR << '\n';  in print()
1147   assert(LR && "Can't have null LR in dirty updater.");  in print()
1151   for (const auto &S : make_range(LR->begin(), WriteI))  in print()
1157   for (const auto &S : make_range(ReadI, LR->end()))  in print()
1180   assert(LR && "Cannot add to a null destination");  in add()
1184   if (LR->segmentSet != nullptr) {  in add()
1185     LR->addSegmentToSet(Seg);  in add()
1195     WriteI = ReadI = LR->begin();  in add()
1202   LiveRange::iterator E = LR->end();  in add()
1209       ReadI = WriteI = LR->find(Seg.start);  in add()
1242   if (WriteI != LR->begin() && coalescable(WriteI[-1], Seg)) {  in add()
1255     LR->segments.push_back(Seg);  in add()
1256     WriteI = ReadI = LR->end();  in add()
1270   LiveRange::iterator B = LR->begin();  in mergeSpills()
1292   assert(LR && "Cannot add to a null destination");  in flush()
1296     LR->segments.erase(WriteI, ReadI);  in flush()
1297     LR->verify();  in flush()
1305     size_t WritePos = WriteI - LR->begin();  in flush()
1306     LR->segments.insert(ReadI, Spills.size() - GapSize, LiveRange::Segment());  in flush()
1308     WriteI = LR->begin() + WritePos;  in flush()
1311     LR->segments.erase(WriteI + Spills.size(), ReadI);  in flush()
1315   LR->verify();  in flush()
1318 unsigned ConnectedVNInfoEqClasses::Classify(const LiveRange &LR) {  in Classify()  argument
1321   EqClass.grow(LR.getNumValNums());  in Classify()
1326   for (const VNInfo *VNI : LR.valnos) {  in Classify()
1341         if (const VNInfo *PVNI = LR.getVNInfoBefore(LIS.getMBBEndIdx(*PI)))  in Classify()
1348       if (const VNInfo *UVNI = LR.getVNInfoBefore(VNI->def))  in Classify()