44     bit_start_ = bit_start + kBitsPerByte * (data - data_);  in BitMemoryRegion()
58     DCHECK_ALIGNED(bit_start_, kBitsPerByte);  in data()
59     return data_ + bit_start_ / kBitsPerByte;  in data()
91     size_t index = (bit_start_ + bit_offset) / kBitsPerByte;  in LoadBit()
92     size_t shift = (bit_start_ + bit_offset) % kBitsPerByte;  in LoadBit()
98     size_t index = (bit_start_ + bit_offset) / kBitsPerByte;  in StoreBit()
99     size_t shift = (bit_start_ + bit_offset) % kBitsPerByte;  in StoreBit()
152     size_t index = (bit_start_ + bit_offset) / kBitsPerByte;  in StoreBits()
153     size_t shift = (bit_start_ + bit_offset) % kBitsPerByte;  in StoreBits()
156     size_t finished_bits = kBitsPerByte - shift;  in StoreBits()
157     for (int i = 1; finished_bits < bit_length; i++, finished_bits += kBitsPerByte) {  in StoreBits()
319       uint8_t* data = data_ + (bit_start_ + bit_offset) / kBitsPerByte;  in StoreChunk()
401     return (x <= kVarintMax) ? x : ReadBits((x - kVarintMax) * kBitsPerByte);  in ReadVarint()
409     static_assert(N * kVarintBits <= BitMemoryRegion::kMaxSingleLoadBytes * kBitsPerByte,  in ReadInterleavedVarints()
420         values[i] = ReadBits((values[i] - kVarintMax) * kBitsPerByte);  in ReadInterleavedVarints()
491         WriteBits(value, BitsToBytesRoundUp(MinimumBitsToStore(value)) * kBitsPerByte);  in WriteInterleavedVarints()
501     DCHECK_ALIGNED(bit_start_, kBitsPerByte);  in WriteBytesAligned()
502     DCHECK_ALIGNED(bit_offset_, kBitsPerByte);  in WriteBytesAligned()
505     bit_offset_ += length * kBitsPerByte;  in WriteBytesAligned()
509     DCHECK_ALIGNED(bit_start_, kBitsPerByte);  in ByteAlign()
510     bit_offset_ = RoundUp(bit_offset_, kBitsPerByte);  in ByteAlign()