1634           AN.Versions[0] = (uint8_t)allocTypeToUse(AllocNode->AllocTypes);  in IndexCallsiteContextGraph()
2643   assert(AI->Versions.size() > Call.cloneNo());  in updateAllocationCall()
2644   AI->Versions[Call.cloneNo()] = (uint8_t)AllocType;  in updateAllocationCall()
2701               ? Call.call().dyn_cast<AllocInfo *>()->Versions.size()  in cloneFunctionForCallsite()
2713       assert(AI->Versions.size() == CloneNo);  in cloneFunctionForCallsite()
2716       AI->Versions.push_back(0);  in cloneFunctionForCallsite()
3494           CloneFuncIfNeeded(/*NumClones=*/AllocNode.Versions.size());  in applyImport()
3497           AllocVersionsThinBackend += AllocNode.Versions.size();  in applyImport()
3498           if (MaxAllocVersionsThinBackend < AllocNode.Versions.size())  in applyImport()
3499             MaxAllocVersionsThinBackend = AllocNode.Versions.size();  in applyImport()
3506           if (AllocNode.Versions.size() == 1) {  in applyImport()
3507             assert((AllocationType)AllocNode.Versions[0] ==  in applyImport()
3509                    (AllocationType)AllocNode.Versions[0] ==  in applyImport()
3516           assert(llvm::none_of(AllocNode.Versions, [](uint8_t Type) {  in applyImport()
3522           for (unsigned J = 0; J < AllocNode.Versions.size(); J++) {  in applyImport()
3524             if (AllocNode.Versions[J] == (uint8_t)AllocationType::None)  in applyImport()
3526             AllocationType AllocTy = (AllocationType)AllocNode.Versions[J];  in applyImport()