63   std::atomic<uint8_t>& AsAtomicCell(size_t cell_index) {  in AsAtomicCell()  argument
64     return reinterpret_cast<std::atomic<uint8_t>&>(bitmap_[cell_index]);  in AsAtomicCell()
66   const std::atomic<uint8_t>& AsAtomicCell(size_t cell_index) const {  in AsAtomicCell()  argument
67     return reinterpret_cast<const std::atomic<uint8_t>&>(bitmap_[cell_index]);  in AsAtomicCell()
70   inline uint8_t LoadCell(size_t cell_index) const;
89   size_t cell_index, object_bit;  in SetBit()  local
90   std::tie(cell_index, object_bit) = ObjectIndexAndBit(address);  in SetBit()
91   auto& cell = AsAtomicCell(cell_index);  in SetBit()
98   size_t cell_index, object_bit;  in ClearBit()  local
99   std::tie(cell_index, object_bit) = ObjectIndexAndBit(address);  in ClearBit()
100   auto& cell = AsAtomicCell(cell_index);  in ClearBit()
107   size_t cell_index, object_bit;  in CheckBit()  local
108   std::tie(cell_index, object_bit) = ObjectIndexAndBit(address);  in CheckBit()
109   return LoadCell(cell_index) & (1 << object_bit);  in CheckBit()
114     size_t cell_index) const {  in LoadCell()  argument
115   return AsAtomicCell(cell_index).load(std::memory_order_relaxed);  in LoadCell()
124   const size_t cell_index = object_number / kBitsPerCell;  in ObjectIndexAndBit()  local
125   PA_DCHECK(kBitmapSize > cell_index);  in ObjectIndexAndBit()
127   return {cell_index, bit};  in ObjectIndexAndBit()
136   for (size_t cell_index = 0; cell_index < kBitmapSize; ++cell_index) {  in Iterate()  local
137     uint8_t value = LoadCell(cell_index);  in Iterate()
141           (cell_index * kBitsPerCell) + trailing_zeroes;  in Iterate()