265   llvm::ArrayRef<T> Array;  variable
277     llvm::ArrayRef<T> Array;  variable
282     explicit const_iterator(llvm::ArrayRef<T> Array, size_t Index = 0)
283         : Array(Array), Index(Index), Offset(Index % Array.size()) {}  in Array()  argument
287       if (Offset == Array.size())
293     const T &operator*() const { return Array[Offset]; }
296   CircularArrayRef(llvm::ArrayRef<T> Array, size_t Size)  in CircularArrayRef()  argument
297       : Array(Array), Size(Size) {  in CircularArrayRef()
298     assert(Array.size() > 0);  in CircularArrayRef()
301   const_iterator begin() const { return const_iterator(Array); }  in begin()
302   const_iterator end() const { return const_iterator(Array, Size); }  in end()
307 CircularArrayRef<T> cycle(llvm::ArrayRef<T> Array, size_t Size) {  in cycle()  argument
308   return {Array, Size};  in cycle()