160             : fAllocator(allocator)  in Iter()
171             if (fIndexInBlock == fAllocator->fItemsPerBlock) {  in next()
175             return fItemIndex < fAllocator->fCount;  in next()
183             SkASSERT(fItemIndex >= 0 && fItemIndex < fAllocator->fCount);  in get()
184             return (char*) fAllocator->fBlocks[fBlockIndex] + fIndexInBlock * fAllocator->fItemSize;  in get()
188         const GrAllocator* fAllocator;
260         : fAllocator(sizeof(T), itemsPerBlock, nullptr) {}  in GrTAllocator()
268         void* item = fAllocator.push_back();  in push_back()
275         void* item = fAllocator.push_back();  in push_back()
282         void* item = fAllocator.push_back();  in emplace_back()
293         fAllocator.pop_back();  in pop_back()
300         int c = fAllocator.count();  in reset()
302             ((T*)fAllocator[i])->~T();  in reset()
304         fAllocator.reset();  in reset()
311         return fAllocator.count();  in count()
317     bool empty() const { return fAllocator.empty(); }  in empty()
323         return *(T*)fAllocator.front();  in front()
330         return *(T*)fAllocator.front();  in front()
337         return *(T*)fAllocator.back();  in back()
344         return *(const T*)fAllocator.back();  in back()
356         Iter(const GrTAllocator* allocator) : fImpl(&allocator->fAllocator) {}  in Iter()
383         return *(T*)(fAllocator[i]);
390         return *(const T*)(fAllocator[i]);
402         fAllocator.setInitialBlock(initialBlock);  in setInitialBlock()
408     GrAllocator fAllocator;  variable
426     return allocator->fAllocator.push_back();  in new()