518     log_sector_v1_0& ls = *reinterpret_cast<log_sector_v1_0*>(&ls_buffer[0]);  in restoreSector()  local
519     uint32_t index = le - ((log_entry*)&ls_buffer[ls.header_size]);  in restoreSector()
525         ls.count = index + 1;  in restoreSector()
526         ls.magic = kPartialRestoreMagic;  in restoreSector()
527         write(device_fd, &ls_buffer[0], ls.block_size);  in restoreSector()
535     if (index == 0 && ls.sequence != 0) {  in restoreSector()
606             log_sector_v1_0& ls = *reinterpret_cast<log_sector_v1_0*>(&ls_buffer[0]);  in cp_restoreCheckpoint()  local
611             if (ls.magic != kMagic && (ls.magic != kPartialRestoreMagic || validating)) {  in cp_restoreCheckpoint()
617             if (ls.block_size != original_ls.block_size) {  in cp_restoreCheckpoint()
623             if ((int)ls.sequence != sequence) {  in cp_restoreCheckpoint()
624                 LOG(ERROR) << "Expecting log sector " << sequence << " but got " << ls.sequence;  in cp_restoreCheckpoint()
627                              std::to_string(ls.sequence))  in cp_restoreCheckpoint()
632             LOG(INFO) << action << " from log sector " << ls.sequence;  in cp_restoreCheckpoint()
634                      reinterpret_cast<log_entry*>(&ls_buffer[ls.header_size]) + ls.count - 1;  in cp_restoreCheckpoint()
635                  le >= reinterpret_cast<log_entry*>(&ls_buffer[ls.header_size]); --le) {  in cp_restoreCheckpoint()
642                                             ls.block_size);  in cp_restoreCheckpoint()
643                 uint32_t checksum = le->source / (ls.block_size / kSectorSize);  in cp_restoreCheckpoint()
644                 for (size_t i = 0; i < le->size; i += ls.block_size) {  in cp_restoreCheckpoint()
645                     crc32(&buffer[i], ls.block_size, &checksum);  in cp_restoreCheckpoint()