204 static void constantArgPropagation(FuncList &WorkList, Module &M,  in constantArgPropagation()  argument
209   for (auto *F : WorkList) {  in constantArgPropagation()
301   bool specializeFunctions(FuncList &Candidates, FuncList &WorkList) {  in specializeFunctions()  argument
325         specializeFunction(F, Entry.second, WorkList);  in specializeFunctions()
328     updateSpecializedFuncs(Candidates, WorkList);  in specializeFunctions()
425                       SmallVectorImpl<CallSpecBinding> &WorkList) {  in calculateGains()  argument
461     WorkList = Specializations.takeVector();  in calculateGains()
464     llvm::stable_sort(WorkList, [](const auto &L, const auto &R) {  in calculateGains()
469     if (WorkList.size() > MaxClonesThreshold) {  in calculateGains()
474       WorkList.erase(WorkList.begin() + MaxClonesThreshold, WorkList.end());  in calculateGains()
480                     : WorkList) {  in calculateGains()
490     return !WorkList.empty();  in calculateGains()
518                           FuncList &WorkList) {  in specializeFunction()  argument
531     WorkList.push_back(Clone);  in specializeFunction()
803   void updateSpecializedFuncs(FuncList &Candidates, FuncList &WorkList) {  in updateSpecializedFuncs()  argument
804     for (auto *F : WorkList) {  in updateSpecializedFuncs()
889   auto RunSCCPSolver = [&](auto &WorkList) {  in runFunctionSpecialization()  argument
901       for (Function *F : WorkList)  in runFunctionSpecialization()
906     for (auto *F : WorkList) {  in runFunctionSpecialization()
927   SmallVector<Function *, 8> WorkList;  in runFunctionSpecialization()  local
930          FS.specializeFunctions(FuncDecls, WorkList)) {  in runFunctionSpecialization()
934     RunSCCPSolver(WorkList);  in runFunctionSpecialization()
939     WorkList.clear();  in runFunctionSpecialization()