return TRUE;
}
-static int sum_bsize(const char *UNUSED(fpath), const struct stat *sb, int typeflag, struct FTW *UNUSED(ftwbuf))
+static int sum_bsize(const char *UNUSED(fpath), const struct stat *sb, int UNUSED(typeflag), struct FTW *UNUSED(ftwbuf))
{
- if (sb->st_blocks
- && ((typeflag == FTW_F && (sb->st_nlink <= 1 || test_set_bit((uint_t)sb->st_ino)))
- || typeflag == FTW_D))
+ if (sb->st_blocks && (sb->st_nlink <= 1 || test_set_bit((uint_t)sb->st_ino)))
ent_blocks += sb->st_blocks;
++num_files;
return 0;
}
-static int sum_asize(const char *UNUSED(fpath), const struct stat *sb, int typeflag, struct FTW *UNUSED(ftwbuf))
+static int sum_asize(const char *UNUSED(fpath), const struct stat *sb, int UNUSED(typeflag), struct FTW *UNUSED(ftwbuf))
{
- if (sb->st_size
- && ((typeflag == FTW_F && (sb->st_nlink <= 1 || test_set_bit((uint_t)sb->st_ino)))
- || typeflag == FTW_D))
+ if (sb->st_size && (sb->st_nlink <= 1 || test_set_bit((uint_t)sb->st_ino)))
ent_blocks += sb->st_size;
++num_files;
if (g_state.interrupt)
goto exit;
+ ndents = n;
+ redraw(path);
}
} else {
/* Do not recount hard links */
if (g_state.interrupt)
goto exit;
+ ndents = n;
+ redraw(path);
} else {
dentp->blocks = (cfg.apparentsz ? sb.st_size : sb.st_blocks);
/* Do not recount hard links */