120   BatchAAResults BAA;  member in __anon672a7b590111::MemorySSAWalkerAnnotatedWriter
124       : MSSA(M), Walker(M->getWalker()), BAA(M->getAA()) {}  in MemorySSAWalkerAnnotatedWriter()
135       MemoryAccess *Clobber = Walker->getClobberingMemoryAccess(MA, BAA);  in emitInstructionAnnot()
927   MemoryAccess *findClobber(BatchAAResults &BAA, MemoryAccess *Start,  in findClobber()  argument
929     AA = &BAA;  in findClobber()
959       checkClobberSanity(Current, Result, Q.StartingLoc, MSSA, Q, BAA);  in findClobber()
1019   MemoryAccess *getClobberingMemoryAccess(MemoryAccess *MA, BatchAAResults &BAA,  in getClobberingMemoryAccess()  argument
1021     return Walker->getClobberingMemoryAccessBase(MA, BAA, UWL, false);  in getClobberingMemoryAccess()
1025                                           BatchAAResults &BAA, unsigned &UWL) {  in getClobberingMemoryAccess()  argument
1026     return Walker->getClobberingMemoryAccessBase(MA, Loc, BAA, UWL);  in getClobberingMemoryAccess()
1030       MemoryAccess *MA, BatchAAResults &BAA, unsigned &UWL) {  in getClobberingMemoryAccessWithoutInvariantGroup()  argument
1031     return Walker->getClobberingMemoryAccessBase(MA, BAA, UWL, false, false);  in getClobberingMemoryAccessWithoutInvariantGroup()
1035                                           BatchAAResults &BAA) override {  in getClobberingMemoryAccess()  argument
1037     return getClobberingMemoryAccess(MA, BAA, UpwardWalkLimit);  in getClobberingMemoryAccess()
1041                                           BatchAAResults &BAA) override {  in getClobberingMemoryAccess()  argument
1043     return getClobberingMemoryAccess(MA, Loc, BAA, UpwardWalkLimit);  in getClobberingMemoryAccess()
1062   MemoryAccess *getClobberingMemoryAccess(MemoryAccess *MA, BatchAAResults &BAA,  in getClobberingMemoryAccess()  argument
1064     return Walker->getClobberingMemoryAccessBase(MA, BAA, UWL, true);  in getClobberingMemoryAccess()
1068                                           BatchAAResults &BAA, unsigned &UWL) {  in getClobberingMemoryAccess()  argument
1069     return Walker->getClobberingMemoryAccessBase(MA, Loc, BAA, UWL);  in getClobberingMemoryAccess()
1073                                           BatchAAResults &BAA) override {  in getClobberingMemoryAccess()  argument
1075     return getClobberingMemoryAccess(MA, BAA, UpwardWalkLimit);  in getClobberingMemoryAccess()
1079                                           BatchAAResults &BAA) override {  in getClobberingMemoryAccess()  argument
1081     return getClobberingMemoryAccess(MA, Loc, BAA, UpwardWalkLimit);  in getClobberingMemoryAccess()
1282   OptimizeUses(MemorySSA *MSSA, CachingWalker *Walker, BatchAAResults *BAA,  in OptimizeUses()  argument
1284       : MSSA(MSSA), Walker(Walker), AA(BAA), DT(DT) {}  in OptimizeUses()
1494 void MemorySSA::buildMemorySSA(BatchAAResults &BAA) {  in buildMemorySSA()  argument
1516       MemoryUseOrDef *MUD = createNewAccess(&I, &BAA);  in buildMemorySSA()
2390     BatchAAResults &BAA, unsigned &UpwardWalkLimit) {  in getClobberingMemoryAccessBase()  argument
2420       Walker.findClobber(BAA, StartingAccess, Q, UpwardWalkLimit);  in getClobberingMemoryAccessBase()
2490     MemoryAccess *MA, BatchAAResults &BAA, unsigned &UpwardWalkLimit,  in getClobberingMemoryAccessBase()  argument
2530   if (isUseTriviallyOptimizableToLiveOnEntry(BAA, I)) {  in getClobberingMemoryAccessBase()
2549         Walker.findClobber(BAA, DefiningAccess, Q, UpwardWalkLimit);  in getClobberingMemoryAccessBase()
2564     Result = Walker.findClobber(BAA, OptimizedAccess, Q, UpwardWalkLimit);  in getClobberingMemoryAccessBase()