Jeff Mahoney
47cff72748
Over the years, the reiserfs kernel code has been gradually cleaned up to be more readable. This patch does the same to the progs code. Signed-off-by: Jeff Mahoney <jeffm@suse.com>
215 lines
6.0 KiB
C
215 lines
6.0 KiB
C
/*
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* Copyright 1996-2004 by Hans Reiser, licensing governed by
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* reiserfsprogs/README
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*/
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#include "fsck.h"
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int fsck_user_confirmed(reiserfs_filsys_t *fs, char *q, char *a,
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int default_answer)
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{
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if (!fsck_interactive(fs))
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return default_answer;
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return user_confirmed(fsck_progress_file(fs), q, a);
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}
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void stage_report(int pass, reiserfs_filsys_t *fs)
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{
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switch (pass) {
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case 0:
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{
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struct pass0_stat *stat;
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/* what has been done on pass 0 */
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stat = pass_0_stat(fs);
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fsck_progress
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("\tRead blocks (but not data blocks) %lu\n",
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stat->dealt_with);
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fsck_progress("\t\tLeaves among those %lu\n",
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stat->leaves);
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if (stat->leaves_corrected)
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fsck_progress("\t\t\t- corrected leaves %lu\n",
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stat->leaves_corrected);
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if (stat->all_contents_removed)
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fsck_progress
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("\t\t\t- leaves all contents of which could not be saved and deleted %lu\n",
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stat->all_contents_removed);
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if (stat->too_old_leaves)
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fsck_progress
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("\t\t\t- too old leaves %lu (skipped)\n",
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stat->too_old_leaves);
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if (stat->wrong_pointers)
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fsck_progress
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("\t\tpointers in indirect items to wrong area %lu (zeroed)\n",
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stat->wrong_pointers);
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fsck_progress("\t\tObjectids found %lu\n",
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proper_id_map(fs)->count);
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}
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break;
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case 1:
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{
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struct pass1_stat *stat;
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/* what has been done on pass 1 */
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stat = pass_1_stat(fs);
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fsck_progress("\t%lu leaves read\n", stat->leaves);
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fsck_progress("\t\t%lu inserted\n",
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stat->inserted_leaves);
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if (stat->pointed_leaves)
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fsck_progress
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("\t\t\t- pointers in indirect items pointing to metadata %lu (zeroed)\n",
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stat->pointed_leaves);
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if (stat->saved_items)
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fsck_progress("\tSaved %lu items\n",
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stat->saved_items);
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if (stat->uninsertable_leaves)
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fsck_progress("\t\t%lu not inserted\n",
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stat->uninsertable_leaves);
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if (stat->non_unique_pointers)
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fsck_progress
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("\tnon-unique pointers in indirect items (zeroed) %lu\n",
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stat->non_unique_pointers);
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}
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break;
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case 2:
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{
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struct pass2_stat *stat;
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/* what has been done on pass 2 */
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stat = pass_2_stat(fs);
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if (stat->leaves)
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fsck_progress
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("\tLeaves inserted item by item %lu\n",
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stat->leaves);
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if (stat->safe_non_unique_pointers)
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fsck_progress("\t%lu \n",
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stat->safe_non_unique_pointers);
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if (stat->shared_objectids)
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fsck_progress("\t%lu shared objectids\n",
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stat->shared_objectids);
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if (stat->relocated)
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fsck_progress
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("\tFiles relocated because of key conflicts with a directory %lu\n",
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stat->relocated);
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if (stat->rewritten)
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fsck_progress("\tFiles rewritten %lu\n",
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stat->rewritten);
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}
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break;
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case 3: /* semantic */
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{
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struct semantic_stat *stat;
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/* what has been done on the semantic pass */
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stat = sem_pass_stat(fs);
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fsck_progress("\tFiles found: %ld\n",
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stat->regular_files);
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fsck_progress("\tDirectories found: %ld\n",
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stat->directories);
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if (stat->symlinks)
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fsck_progress("\tSymlinks found: %ld\n",
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stat->symlinks);
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if (stat->others)
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fsck_progress("\tOthers: %ld\n", stat->others);
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if (stat->broken_files)
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fsck_progress
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("\tBroken (of files/symlinks/others): %ld\n",
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stat->broken_files);
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if (stat->fixed_sizes)
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fsck_progress("\tFiles with fixed size: %ld\n",
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stat->fixed_sizes);
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if (stat->deleted_entries)
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fsck_progress
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("\tNames pointing to nowhere (removed): %ld\n",
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stat->deleted_entries);
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if (stat->oid_sharing)
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fsck_progress
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("\tObjects having used objectids: %lu\n",
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stat->oid_sharing);
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if (stat->oid_sharing_files_relocated)
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fsck_progress("\t\tfiles fixed %lu\n",
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stat->
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oid_sharing_files_relocated);
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if (stat->oid_sharing_dirs_relocated)
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fsck_progress("\t\tdirs fixed %lu\n",
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stat->oid_sharing_dirs_relocated);
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}
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break;
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case 0x3a: /* lost+found pass */
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{
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struct lost_found_stat *stat;
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/* what has been done on the semantic pass */
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stat = lost_found_pass_stat(fs);
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if (stat->lost_found)
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fsck_progress("\tObjects without names %lu\n",
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stat->lost_found);
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if (stat->empty_lost_dirs)
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fsck_progress("\tEmpty lost dirs removed %lu\n",
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stat->empty_lost_dirs);
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if (stat->lost_found_dirs)
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fsck_progress
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("\tDirs linked to /lost+found: %lu\n",
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stat->lost_found_dirs);
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if (stat->dir_recovered)
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fsck_progress
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("\t\tDirs without stat data found %lu\n",
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stat->dir_recovered);
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if (stat->lost_found_files)
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fsck_progress
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("\tFiles linked to /lost+found %lu\n",
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stat->lost_found_files);
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if (stat->oid_sharing)
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fsck_progress
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("\tObjects having used objectids: %lu\n",
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stat->oid_sharing);
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if (stat->oid_sharing_files_relocated)
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fsck_progress("\t\tfiles fixed %lu\n",
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stat->
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oid_sharing_files_relocated);
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if (stat->oid_sharing_dirs_relocated)
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fsck_progress("\t\tdirs fixed %lu\n",
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stat->oid_sharing_dirs_relocated);
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}
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break;
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case 4: /* removing of unreachable */
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{
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struct pass_4_stat *stat;
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/* what has been done on the semantic pass */
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stat = pass_4_stat(fs);
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if (stat->deleted_items)
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fsck_progress
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("\tDeleted unreachable items %lu\n",
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stat->deleted_items);
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}
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break;
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case 5:
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fsck_progress("There are on the filesystem:\n"
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"\tLeaves %lu\n\tInternal nodes %lu\n"
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"\tDirectories %lu\n\tOther files %lu\n"
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"\tData block pointers %lu (%lu of them are zero)\n"
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"\tSafe links %lu\n",
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fsck_check_stat(fs)->leaves,
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fsck_check_stat(fs)->internals,
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fsck_check_stat(fs)->dirs,
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fsck_check_stat(fs)->files,
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fsck_check_stat(fs)->unfm_pointers,
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fsck_check_stat(fs)->zero_unfm_pointers,
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fsck_check_stat(fs)->safe);
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} /* switch */
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memset(&fsck_data(fs)->rebuild.pass_u, 0,
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sizeof(fsck_data(fs)->rebuild.pass_u));
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}
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