756   auto Result = BinaryFunctions.emplace(  in createBinaryFunction()
969   for (auto &BFI : BinaryFunctions) {  in adjustCodePadding()
1357     auto FI = BinaryFunctions.find(ChildBF.getAddress());  in foldFunction()
1360     assert(FI != BinaryFunctions.end() && "function not found");  in foldFunction()
1365     FI = BinaryFunctions.erase(FI);  in foldFunction()
1508   std::vector<BinaryFunction *> SortedFunctions(BinaryFunctions.size());  in getSortedFunctions()
1509   llvm::transform(BinaryFunctions, SortedFunctions.begin(),  in getSortedFunctions()
1526   AllFunctions.reserve(BinaryFunctions.size() + InjectedBinaryFunctions.size());  in getAllBinaryFunctions()
1527   llvm::transform(BinaryFunctions, std::back_inserter(AllFunctions),  in getAllBinaryFunctions()
1605   for (auto &KV : BinaryFunctions) {  in preprocessDebugInfo()
1616   for (const auto &KV : BinaryFunctions) {  in preprocessDebugInfo()
1623   for (auto &KV : BinaryFunctions) {  in preprocessDebugInfo()
2279   auto FI = BinaryFunctions.upper_bound(Address);  in getBinaryFunctionContainingAddress()
2280   if (FI == BinaryFunctions.begin())  in getBinaryFunctionContainingAddress()
2297   auto BFI = BinaryFunctions.find(Address);  in getBinaryFunctionAtAddress()
2298   if (BFI != BinaryFunctions.end())  in getBinaryFunctionAtAddress()
2319     auto BFI = BinaryFunctions.lower_bound(Range.LowPC);  in translateModuleAddressRanges()
2320     while (BFI != BinaryFunctions.end()) {  in translateModuleAddressRanges()