555   auto CanPair = [&](Reduction &R, MulCandidate *PMul0, MulCandidate *PMul1) {  in CreateParallelPairs()  argument
561     auto Ld1 = static_cast<LoadInst*>(PMul1->LHS);  in CreateParallelPairs()
563     auto Ld3 = static_cast<LoadInst*>(PMul1->RHS);  in CreateParallelPairs()
570       if (AreSequentialLoads(Ld2, Ld3, PMul1->VecLd)) {  in CreateParallelPairs()
572         R.AddMulPair(PMul0, PMul1);  in CreateParallelPairs()
574       } else if (AreSequentialLoads(Ld3, Ld2, PMul1->VecLd)) {  in CreateParallelPairs()
577         R.AddMulPair(PMul0, PMul1, true);  in CreateParallelPairs()
581                AreSequentialLoads(Ld2, Ld3, PMul1->VecLd)) {  in CreateParallelPairs()
586       R.AddMulPair(PMul1, PMul0, true);  in CreateParallelPairs()
603       MulCandidate *PMul1 = static_cast<MulCandidate*>(Muls[j].get());  in CreateParallelPairs()  local
604       if (PMul1->Paired)  in CreateParallelPairs()
608       const Instruction *Mul1 = PMul1->Root;  in CreateParallelPairs()
612       assert(PMul0 != PMul1 && "expected different chains");  in CreateParallelPairs()
614       if (CanPair(R, PMul0, PMul1))  in CreateParallelPairs()