200   bool canBeHoistedTo(const SmallVectorImpl<Value *> &Checks,  in canBeHoistedTo()  argument
202     return all_of(Checks,  in canBeHoistedTo()
209   void makeAvailableAt(const SmallVectorImpl<Value *> &Checks,  in makeAvailableAt()  argument
211     for (Value *V : Checks)  in makeAvailableAt()
279                         SmallVectorImpl<RangeCheck> &Checks) {  in parseRangeChecks()  argument
281       if (!parseRangeChecks(CheckCond, Checks))  in parseRangeChecks()
287   bool parseRangeChecks(Value *CheckCond, SmallVectorImpl<RangeCheck> &Checks);
293   bool combineRangeChecks(SmallVectorImpl<RangeCheck> &Checks,
767     SmallVector<GuardWideningImpl::RangeCheck, 4> Checks, CombinedChecks;  in mergeChecks()  local
768     if (parseRangeChecks(ChecksToWiden, Checks) &&  in mergeChecks()
769         parseRangeChecks(ChecksToHoist, Checks) &&  in mergeChecks()
770         combineRangeChecks(Checks, CombinedChecks)) {  in mergeChecks()
807     Value *CheckCond, SmallVectorImpl<GuardWideningImpl::RangeCheck> &Checks) {  in parseRangeChecks()  argument
863   Checks.push_back(Check);  in parseRangeChecks()
868     SmallVectorImpl<GuardWideningImpl::RangeCheck> &Checks,  in combineRangeChecks()  argument
870   unsigned OldCount = Checks.size();  in combineRangeChecks()
871   while (!Checks.empty()) {  in combineRangeChecks()
874     const Value *CurrentBase = Checks.front().getBase();  in combineRangeChecks()
875     const Value *CurrentLength = Checks.front().getLength();  in combineRangeChecks()
883     copy_if(Checks, std::back_inserter(CurrentChecks), IsCurrentCheck);  in combineRangeChecks()
884     erase_if(Checks, IsCurrentCheck);  in combineRangeChecks()