Lines Matching defs:is
69 * This is the top-level routine which does the dirty deed....
176 * This routine is shared by the online and offline resize routines.
177 * All of the information which is adjusted in memory is done here.
204 * Overhead is the number of bookkeeping blocks per group. It
216 * See if the last group is big enough to support the
293 * If the resize_inode feature is set, and we are changing the
344 * If the number of block groups is staying the same, we're
345 * done and can exit now. (If the number block groups is
472 * If the number of block groups is staying the same, we're
473 * done and can exit now. (If the number block groups is
601 * or the inode tables. If not, and the block is in use, then
797 * The inode table, if we need to relocate it, is
823 * Make sure the old inode table is reserved in the
931 * The first step is to figure out where all of the blocks
968 * Step two is to actually move the blocks
1091 * This check is to protect against old ext2 libraries. It
1129 * is larger. We need to do this to avoid catching an error
1287 struct istruct *is = (struct istruct *) priv_data;
1292 if (is->rfs->progress && offset == 0) {
1293 io_channel_flush(is->rfs->old_fs->io);
1294 is->err = (is->rfs->progress)(is->rfs,
1296 ++is->num, is->max_dirs);
1297 if (is->err)
1304 new_inode = ext2fs_extent_translate(is->rfs->imap, dirent->inode);
1309 if (is->rfs->flags & RESIZE_DEBUG_INODEMAP)
1318 retval = ext2fs_read_inode(is->rfs->old_fs, dir, &inode);
1321 is->err = ext2fs_write_inode(is->rfs->old_fs, dir, &inode);
1322 if (is->err)
1332 struct istruct is;
1341 is.num = 0;
1342 is.max_dirs = ext2fs_dblist_count(rfs->old_fs->dblist);
1343 is.rfs = rfs;
1344 is.err = 0;
1348 0, is.max_dirs);
1355 check_and_change_inodes, &is);
1358 if (is.err) {
1359 retval = is.err;
1375 * update the summary statistics. This is scary, since aborting here
1379 * inode numbers is very high in case of a power failure here.)
1542 * should be fsck'ed and we assume it is consistent.