Lines Matching full:blocks

101 for the cylinder group blocks, the inodes, the indirect blocks, and
102 the data blocks containing directory entries.
111 system's blocks or inodes,
119 number of blocks used by the super-block
120 and the number of blocks used by the list of inodes.
139 checks that all the blocks
142 When all the blocks have been initially accounted for,
145 the number of free blocks
146 plus the number of blocks claimed by the inodes
147 equals the total number of blocks in the file system.
152 based on the list it has computed of allocated blocks.
155 counts the total number of free blocks within the file system.
158 number of free blocks it found within the file system.
189 duplicate blocks,
190 bad blocks,
236 lists (indirect blocks),
237 of all the blocks claimed by the inode.
238 Since indirect blocks are owned by an inode,
239 inconsistencies in indirect blocks directly
244 against a list of already allocated blocks.
247 .I "duplicate blocks" .
248 Otherwise, the list of allocated blocks
251 If there are any duplicate blocks,
279 Many bad blocks in an inode are usually caused by
288 Each inode contains a count of the number of data blocks
290 The number of actual data blocks
291 is the sum of the allocated data blocks
292 and the indirect blocks.
294 computes the actual number of data blocks
296 the actual number of blocks the inode claims.
305 by computing from the size field the maximum number of blocks
308 the actual number of blocks the inode claims.
313 reference three kinds of data blocks.
314 All referenced blocks must be the same kind.
315 The three types of data blocks are:
316 plain data blocks, symbolic link data blocks, and directory data blocks.
317 Plain data blocks
319 symbolic link data blocks
321 Directory data blocks contain directory entries.
323 can only check the validity of directory data blocks.
342 also checks for directories with unallocated blocks (holes).