225   uint32_t temp;  in get_inodespg()  local
228   temp = (inodes + TT.groups - 1) / TT.groups;  in get_inodespg()
230   return ((temp + inodes - 1)/inodes)*inodes;  in get_inodespg()
237   uint32_t temp;  in init_superblock()  local
241   for (temp = 0; temp < 4; temp++) if (TT.blocksize == 1024<<temp) break;  in init_superblock()
242   if (temp==4) error_exit("bad blocksize");  in init_superblock()
243   sb->log_block_size = sb->log_frag_size = SWAP_LE32(temp);  in init_superblock()
249   temp = (TT.blocks * (uint64_t)TT.reserved_percent) / 100;  in init_superblock()
250   sb->r_blocks_count = SWAP_LE32(temp);  in init_superblock()
264   temp = TT.inodespg*TT.groups - INODES_RESERVED;  in init_superblock()
265   if (temp < TT.treeinodes) error_exit("Not enough inodes.\n");  in init_superblock()
266   sb->free_inodes_count = SWAP_LE32(temp - TT.treeinodes);  in init_superblock()
366   int temp;  in fill_inode()  local
392   if (sizeof(that->st.st_size) > 4) temp = 32;  in fill_inode()
393   else temp = 0;  in fill_inode()
394   if (temp) in->dir_acl = SWAP_LE32(that->st.st_size >> temp);  in fill_inode()
411   int i, temp;  in mke2fs_main()  local
420     temp = O_RDWR|O_CREAT;  in mke2fs_main()
421   } else temp = O_RDWR;  in mke2fs_main()
427   TT.fsfd = xcreate(*toys.optargs, temp, 0777);  in mke2fs_main()
476     temp = TT.treeblocks;  in mke2fs_main()
478     for (i = 0; i<TT.groups; i++) temp += group_overhead(i);  in mke2fs_main()
481       if (TT.blocks < temp) error_exit("Not enough space.\n");  in mke2fs_main()
484     if (temp <= TT.groups * TT.blockbits) {  in mke2fs_main()
485       TT.blocks = temp;  in mke2fs_main()
490   TT.freeblocks = TT.blocks - temp;  in mke2fs_main()
523       temp = TT.blocksize - sizeof(struct ext2_superblock);  in mke2fs_main()
524       if (!i && TT.blocksize > 1024) temp -= 1024;  in mke2fs_main()
526       xwrite(TT.fsfd, toybuf, temp);  in mke2fs_main()
542         temp = TT.inodespg;  in mke2fs_main()
543         if (!i) temp -= INODES_RESERVED;  in mke2fs_main()
544         if (temp > treeinodes) {  in mke2fs_main()
545           treeinodes -= temp;  in mke2fs_main()
546           temp = 0;  in mke2fs_main()
548           temp -= treeinodes;  in mke2fs_main()
551         bg[slot].free_inodes_count = SWAP_LE16(temp);  in mke2fs_main()
554         temp = TT.inodespg/(TT.blocksize/sizeof(struct ext2_inode)) + 2;  in mke2fs_main()
555         temp = end-used-temp;  in mke2fs_main()
556         if (temp > treeblocks) {  in mke2fs_main()
557           treeblocks -= temp;  in mke2fs_main()
558           temp = 0;  in mke2fs_main()
560           temp -= treeblocks;  in mke2fs_main()
563         bg[slot].free_blocks_count = SWAP_LE32(temp);  in mke2fs_main()
583     temp = TT.treeblocks - usedblocks;  in mke2fs_main()
584     if (temp) {  in mke2fs_main()
585       if (end-start > temp) temp = end-start;  in mke2fs_main()
586       bits_set(toybuf, start, temp);  in mke2fs_main()
595     temp = TT.treeinodes - usedinodes;  in mke2fs_main()
596     if (temp) {  in mke2fs_main()
597       if (slot-j > temp) temp = slot-j;  in mke2fs_main()
598       bits_set(toybuf, j, temp);  in mke2fs_main()