Lines Matching defs:UpwardWalkLimit

517   unsigned *UpwardWalkLimit;
558     assert(UpwardWalkLimit && "Need a valid walk limit");
560     // (*UpwardWalkLimit) may be 0 here, due to the loop in tryOptimizePhi. Set
564     if (!*UpwardWalkLimit) {
565       *UpwardWalkLimit = 1;
578         if (!--*UpwardWalkLimit)
587       *UpwardWalkLimit = 0;
934     UpwardWalkLimit = &UpWalkLimit;
961     if (!Q.SkipSelfAccess && *UpwardWalkLimit > 0)
1039     unsigned UpwardWalkLimit = MaxCheckLimit;
1040     return getClobberingMemoryAccess(MA, BAA, UpwardWalkLimit);
1045     unsigned UpwardWalkLimit = MaxCheckLimit;
1046     return getClobberingMemoryAccess(MA, Loc, BAA, UpwardWalkLimit);
1077     unsigned UpwardWalkLimit = MaxCheckLimit;
1078     return getClobberingMemoryAccess(MA, BAA, UpwardWalkLimit);
1083     unsigned UpwardWalkLimit = MaxCheckLimit;
1084     return getClobberingMemoryAccess(MA, Loc, BAA, UpwardWalkLimit);
1450     unsigned UpwardWalkLimit = MaxCheckLimit;
1458                 MU, *AA, UpwardWalkLimit);
2453     BatchAAResults &BAA, unsigned &UpwardWalkLimit) {
2483       Walker.findClobber(BAA, StartingAccess, Q, UpwardWalkLimit);
2530     MemoryAccess *MA, BatchAAResults &BAA, unsigned &UpwardWalkLimit,
2589         Walker.findClobber(BAA, DefiningAccess, Q, UpwardWalkLimit);
2601       isa<MemoryDef>(StartingAccess) && UpwardWalkLimit) {
2604     Result = Walker.findClobber(BAA, OptimizedAccess, Q, UpwardWalkLimit);