497 строки
16 KiB
C
497 строки
16 KiB
C
/*
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* linux/fs/hpfs/anode.c
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*
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* Mikulas Patocka (mikulas@artax.karlin.mff.cuni.cz), 1998-1999
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*
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* handling HPFS anode tree that contains file allocation info
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*/
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#include "hpfs_fn.h"
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/* Find a sector in allocation tree */
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secno hpfs_bplus_lookup(struct super_block *s, struct inode *inode,
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struct bplus_header *btree, unsigned sec,
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struct buffer_head *bh)
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{
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anode_secno a = -1;
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struct anode *anode;
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int i;
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int c1, c2 = 0;
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go_down:
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if (hpfs_sb(s)->sb_chk) if (hpfs_stop_cycles(s, a, &c1, &c2, "hpfs_bplus_lookup")) return -1;
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if (bp_internal(btree)) {
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for (i = 0; i < btree->n_used_nodes; i++)
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if (le32_to_cpu(btree->u.internal[i].file_secno) > sec) {
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a = le32_to_cpu(btree->u.internal[i].down);
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brelse(bh);
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if (!(anode = hpfs_map_anode(s, a, &bh))) return -1;
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btree = &anode->btree;
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goto go_down;
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}
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hpfs_error(s, "sector %08x not found in internal anode %08x", sec, a);
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brelse(bh);
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return -1;
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}
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for (i = 0; i < btree->n_used_nodes; i++)
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if (le32_to_cpu(btree->u.external[i].file_secno) <= sec &&
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le32_to_cpu(btree->u.external[i].file_secno) + le32_to_cpu(btree->u.external[i].length) > sec) {
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a = le32_to_cpu(btree->u.external[i].disk_secno) + sec - le32_to_cpu(btree->u.external[i].file_secno);
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if (hpfs_sb(s)->sb_chk) if (hpfs_chk_sectors(s, a, 1, "data")) {
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brelse(bh);
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return -1;
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}
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if (inode) {
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struct hpfs_inode_info *hpfs_inode = hpfs_i(inode);
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hpfs_inode->i_file_sec = le32_to_cpu(btree->u.external[i].file_secno);
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hpfs_inode->i_disk_sec = le32_to_cpu(btree->u.external[i].disk_secno);
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hpfs_inode->i_n_secs = le32_to_cpu(btree->u.external[i].length);
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}
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brelse(bh);
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return a;
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}
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hpfs_error(s, "sector %08x not found in external anode %08x", sec, a);
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brelse(bh);
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return -1;
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}
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/* Add a sector to tree */
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secno hpfs_add_sector_to_btree(struct super_block *s, secno node, int fnod, unsigned fsecno)
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{
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struct bplus_header *btree;
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struct anode *anode = NULL, *ranode = NULL;
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struct fnode *fnode;
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anode_secno a, na = -1, ra, up = -1;
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secno se;
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struct buffer_head *bh, *bh1, *bh2;
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int n;
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unsigned fs;
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int c1, c2 = 0;
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if (fnod) {
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if (!(fnode = hpfs_map_fnode(s, node, &bh))) return -1;
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btree = &fnode->btree;
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} else {
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if (!(anode = hpfs_map_anode(s, node, &bh))) return -1;
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btree = &anode->btree;
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}
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a = node;
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go_down:
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if ((n = btree->n_used_nodes - 1) < -!!fnod) {
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hpfs_error(s, "anode %08x has no entries", a);
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brelse(bh);
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return -1;
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}
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if (bp_internal(btree)) {
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a = le32_to_cpu(btree->u.internal[n].down);
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btree->u.internal[n].file_secno = cpu_to_le32(-1);
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mark_buffer_dirty(bh);
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brelse(bh);
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if (hpfs_sb(s)->sb_chk)
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if (hpfs_stop_cycles(s, a, &c1, &c2, "hpfs_add_sector_to_btree #1")) return -1;
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if (!(anode = hpfs_map_anode(s, a, &bh))) return -1;
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btree = &anode->btree;
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goto go_down;
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}
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if (n >= 0) {
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if (le32_to_cpu(btree->u.external[n].file_secno) + le32_to_cpu(btree->u.external[n].length) != fsecno) {
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hpfs_error(s, "allocated size %08x, trying to add sector %08x, %cnode %08x",
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le32_to_cpu(btree->u.external[n].file_secno) + le32_to_cpu(btree->u.external[n].length), fsecno,
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fnod?'f':'a', node);
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brelse(bh);
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return -1;
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}
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if (hpfs_alloc_if_possible(s, se = le32_to_cpu(btree->u.external[n].disk_secno) + le32_to_cpu(btree->u.external[n].length))) {
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btree->u.external[n].length = cpu_to_le32(le32_to_cpu(btree->u.external[n].length) + 1);
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mark_buffer_dirty(bh);
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brelse(bh);
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return se;
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}
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} else {
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if (fsecno) {
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hpfs_error(s, "empty file %08x, trying to add sector %08x", node, fsecno);
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brelse(bh);
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return -1;
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}
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se = !fnod ? node : (node + 16384) & ~16383;
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}
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if (!(se = hpfs_alloc_sector(s, se, 1, fsecno*ALLOC_M>ALLOC_FWD_MAX ? ALLOC_FWD_MAX : fsecno*ALLOC_M<ALLOC_FWD_MIN ? ALLOC_FWD_MIN : fsecno*ALLOC_M))) {
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brelse(bh);
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return -1;
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}
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fs = n < 0 ? 0 : le32_to_cpu(btree->u.external[n].file_secno) + le32_to_cpu(btree->u.external[n].length);
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if (!btree->n_free_nodes) {
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up = a != node ? le32_to_cpu(anode->up) : -1;
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if (!(anode = hpfs_alloc_anode(s, a, &na, &bh1))) {
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brelse(bh);
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hpfs_free_sectors(s, se, 1);
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return -1;
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}
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if (a == node && fnod) {
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anode->up = cpu_to_le32(node);
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anode->btree.flags |= BP_fnode_parent;
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anode->btree.n_used_nodes = btree->n_used_nodes;
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anode->btree.first_free = btree->first_free;
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anode->btree.n_free_nodes = 40 - anode->btree.n_used_nodes;
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memcpy(&anode->u, &btree->u, btree->n_used_nodes * 12);
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btree->flags |= BP_internal;
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btree->n_free_nodes = 11;
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btree->n_used_nodes = 1;
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btree->first_free = cpu_to_le16((char *)&(btree->u.internal[1]) - (char *)btree);
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btree->u.internal[0].file_secno = cpu_to_le32(-1);
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btree->u.internal[0].down = cpu_to_le32(na);
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mark_buffer_dirty(bh);
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} else if (!(ranode = hpfs_alloc_anode(s, /*a*/0, &ra, &bh2))) {
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brelse(bh);
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brelse(bh1);
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hpfs_free_sectors(s, se, 1);
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hpfs_free_sectors(s, na, 1);
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return -1;
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}
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brelse(bh);
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bh = bh1;
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btree = &anode->btree;
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}
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btree->n_free_nodes--; n = btree->n_used_nodes++;
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btree->first_free = cpu_to_le16(le16_to_cpu(btree->first_free) + 12);
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btree->u.external[n].disk_secno = cpu_to_le32(se);
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btree->u.external[n].file_secno = cpu_to_le32(fs);
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btree->u.external[n].length = cpu_to_le32(1);
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mark_buffer_dirty(bh);
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brelse(bh);
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if ((a == node && fnod) || na == -1) return se;
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c2 = 0;
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while (up != (anode_secno)-1) {
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struct anode *new_anode;
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if (hpfs_sb(s)->sb_chk)
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if (hpfs_stop_cycles(s, up, &c1, &c2, "hpfs_add_sector_to_btree #2")) return -1;
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if (up != node || !fnod) {
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if (!(anode = hpfs_map_anode(s, up, &bh))) return -1;
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btree = &anode->btree;
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} else {
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if (!(fnode = hpfs_map_fnode(s, up, &bh))) return -1;
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btree = &fnode->btree;
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}
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if (btree->n_free_nodes) {
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btree->n_free_nodes--; n = btree->n_used_nodes++;
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btree->first_free = cpu_to_le16(le16_to_cpu(btree->first_free) + 8);
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btree->u.internal[n].file_secno = cpu_to_le32(-1);
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btree->u.internal[n].down = cpu_to_le32(na);
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btree->u.internal[n-1].file_secno = cpu_to_le32(fs);
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mark_buffer_dirty(bh);
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brelse(bh);
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brelse(bh2);
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hpfs_free_sectors(s, ra, 1);
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if ((anode = hpfs_map_anode(s, na, &bh))) {
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anode->up = cpu_to_le32(up);
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if (up == node && fnod)
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anode->btree.flags |= BP_fnode_parent;
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else
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anode->btree.flags &= ~BP_fnode_parent;
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mark_buffer_dirty(bh);
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brelse(bh);
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}
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return se;
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}
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up = up != node ? le32_to_cpu(anode->up) : -1;
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btree->u.internal[btree->n_used_nodes - 1].file_secno = cpu_to_le32(/*fs*/-1);
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mark_buffer_dirty(bh);
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brelse(bh);
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a = na;
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if ((new_anode = hpfs_alloc_anode(s, a, &na, &bh))) {
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anode = new_anode;
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/*anode->up = cpu_to_le32(up != -1 ? up : ra);*/
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anode->btree.flags |= BP_internal;
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anode->btree.n_used_nodes = 1;
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anode->btree.n_free_nodes = 59;
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anode->btree.first_free = cpu_to_le16(16);
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anode->btree.u.internal[0].down = cpu_to_le32(a);
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anode->btree.u.internal[0].file_secno = cpu_to_le32(-1);
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mark_buffer_dirty(bh);
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brelse(bh);
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if ((anode = hpfs_map_anode(s, a, &bh))) {
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anode->up = cpu_to_le32(na);
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mark_buffer_dirty(bh);
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brelse(bh);
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}
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} else na = a;
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}
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if ((anode = hpfs_map_anode(s, na, &bh))) {
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anode->up = cpu_to_le32(node);
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if (fnod)
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anode->btree.flags |= BP_fnode_parent;
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mark_buffer_dirty(bh);
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brelse(bh);
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}
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if (!fnod) {
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if (!(anode = hpfs_map_anode(s, node, &bh))) {
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brelse(bh2);
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return -1;
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}
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btree = &anode->btree;
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} else {
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if (!(fnode = hpfs_map_fnode(s, node, &bh))) {
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brelse(bh2);
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return -1;
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}
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btree = &fnode->btree;
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}
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ranode->up = cpu_to_le32(node);
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memcpy(&ranode->btree, btree, le16_to_cpu(btree->first_free));
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if (fnod)
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ranode->btree.flags |= BP_fnode_parent;
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ranode->btree.n_free_nodes = (bp_internal(&ranode->btree) ? 60 : 40) - ranode->btree.n_used_nodes;
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if (bp_internal(&ranode->btree)) for (n = 0; n < ranode->btree.n_used_nodes; n++) {
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struct anode *unode;
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if ((unode = hpfs_map_anode(s, le32_to_cpu(ranode->u.internal[n].down), &bh1))) {
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unode->up = cpu_to_le32(ra);
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unode->btree.flags &= ~BP_fnode_parent;
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mark_buffer_dirty(bh1);
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brelse(bh1);
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}
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}
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btree->flags |= BP_internal;
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btree->n_free_nodes = fnod ? 10 : 58;
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btree->n_used_nodes = 2;
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btree->first_free = cpu_to_le16((char *)&btree->u.internal[2] - (char *)btree);
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btree->u.internal[0].file_secno = cpu_to_le32(fs);
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btree->u.internal[0].down = cpu_to_le32(ra);
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btree->u.internal[1].file_secno = cpu_to_le32(-1);
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btree->u.internal[1].down = cpu_to_le32(na);
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mark_buffer_dirty(bh);
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brelse(bh);
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mark_buffer_dirty(bh2);
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brelse(bh2);
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return se;
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}
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/*
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* Remove allocation tree. Recursion would look much nicer but
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* I want to avoid it because it can cause stack overflow.
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*/
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void hpfs_remove_btree(struct super_block *s, struct bplus_header *btree)
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{
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struct bplus_header *btree1 = btree;
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struct anode *anode = NULL;
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anode_secno ano = 0, oano;
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struct buffer_head *bh;
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int level = 0;
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int pos = 0;
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int i;
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int c1, c2 = 0;
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int d1, d2;
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go_down:
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d2 = 0;
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while (bp_internal(btree1)) {
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ano = le32_to_cpu(btree1->u.internal[pos].down);
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if (level) brelse(bh);
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if (hpfs_sb(s)->sb_chk)
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if (hpfs_stop_cycles(s, ano, &d1, &d2, "hpfs_remove_btree #1"))
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return;
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if (!(anode = hpfs_map_anode(s, ano, &bh))) return;
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btree1 = &anode->btree;
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level++;
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pos = 0;
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}
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for (i = 0; i < btree1->n_used_nodes; i++)
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hpfs_free_sectors(s, le32_to_cpu(btree1->u.external[i].disk_secno), le32_to_cpu(btree1->u.external[i].length));
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go_up:
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if (!level) return;
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brelse(bh);
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if (hpfs_sb(s)->sb_chk)
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if (hpfs_stop_cycles(s, ano, &c1, &c2, "hpfs_remove_btree #2")) return;
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hpfs_free_sectors(s, ano, 1);
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oano = ano;
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ano = le32_to_cpu(anode->up);
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if (--level) {
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if (!(anode = hpfs_map_anode(s, ano, &bh))) return;
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btree1 = &anode->btree;
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} else btree1 = btree;
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for (i = 0; i < btree1->n_used_nodes; i++) {
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if (le32_to_cpu(btree1->u.internal[i].down) == oano) {
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if ((pos = i + 1) < btree1->n_used_nodes)
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goto go_down;
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else
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goto go_up;
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}
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}
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hpfs_error(s,
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"reference to anode %08x not found in anode %08x "
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"(probably bad up pointer)",
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oano, level ? ano : -1);
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if (level)
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brelse(bh);
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}
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/* Just a wrapper around hpfs_bplus_lookup .. used for reading eas */
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static secno anode_lookup(struct super_block *s, anode_secno a, unsigned sec)
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{
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struct anode *anode;
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struct buffer_head *bh;
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if (!(anode = hpfs_map_anode(s, a, &bh))) return -1;
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return hpfs_bplus_lookup(s, NULL, &anode->btree, sec, bh);
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}
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int hpfs_ea_read(struct super_block *s, secno a, int ano, unsigned pos,
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unsigned len, char *buf)
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{
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struct buffer_head *bh;
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char *data;
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secno sec;
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unsigned l;
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while (len) {
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if (ano) {
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if ((sec = anode_lookup(s, a, pos >> 9)) == -1)
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return -1;
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} else sec = a + (pos >> 9);
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if (hpfs_sb(s)->sb_chk) if (hpfs_chk_sectors(s, sec, 1, "ea #1")) return -1;
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if (!(data = hpfs_map_sector(s, sec, &bh, (len - 1) >> 9)))
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return -1;
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l = 0x200 - (pos & 0x1ff); if (l > len) l = len;
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memcpy(buf, data + (pos & 0x1ff), l);
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brelse(bh);
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buf += l; pos += l; len -= l;
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}
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return 0;
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}
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int hpfs_ea_write(struct super_block *s, secno a, int ano, unsigned pos,
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unsigned len, const char *buf)
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{
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struct buffer_head *bh;
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char *data;
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secno sec;
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unsigned l;
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while (len) {
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if (ano) {
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if ((sec = anode_lookup(s, a, pos >> 9)) == -1)
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return -1;
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} else sec = a + (pos >> 9);
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if (hpfs_sb(s)->sb_chk) if (hpfs_chk_sectors(s, sec, 1, "ea #2")) return -1;
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if (!(data = hpfs_map_sector(s, sec, &bh, (len - 1) >> 9)))
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return -1;
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l = 0x200 - (pos & 0x1ff); if (l > len) l = len;
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memcpy(data + (pos & 0x1ff), buf, l);
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mark_buffer_dirty(bh);
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brelse(bh);
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buf += l; pos += l; len -= l;
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}
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return 0;
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}
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void hpfs_ea_remove(struct super_block *s, secno a, int ano, unsigned len)
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{
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struct anode *anode;
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struct buffer_head *bh;
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if (ano) {
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if (!(anode = hpfs_map_anode(s, a, &bh))) return;
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hpfs_remove_btree(s, &anode->btree);
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brelse(bh);
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hpfs_free_sectors(s, a, 1);
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} else hpfs_free_sectors(s, a, (len + 511) >> 9);
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}
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/* Truncate allocation tree. Doesn't join anodes - I hope it doesn't matter */
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void hpfs_truncate_btree(struct super_block *s, secno f, int fno, unsigned secs)
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{
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struct fnode *fnode;
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struct anode *anode;
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struct buffer_head *bh;
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struct bplus_header *btree;
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anode_secno node = f;
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int i, j, nodes;
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int c1, c2 = 0;
|
|
if (fno) {
|
|
if (!(fnode = hpfs_map_fnode(s, f, &bh))) return;
|
|
btree = &fnode->btree;
|
|
} else {
|
|
if (!(anode = hpfs_map_anode(s, f, &bh))) return;
|
|
btree = &anode->btree;
|
|
}
|
|
if (!secs) {
|
|
hpfs_remove_btree(s, btree);
|
|
if (fno) {
|
|
btree->n_free_nodes = 8;
|
|
btree->n_used_nodes = 0;
|
|
btree->first_free = cpu_to_le16(8);
|
|
btree->flags &= ~BP_internal;
|
|
mark_buffer_dirty(bh);
|
|
} else hpfs_free_sectors(s, f, 1);
|
|
brelse(bh);
|
|
return;
|
|
}
|
|
while (bp_internal(btree)) {
|
|
nodes = btree->n_used_nodes + btree->n_free_nodes;
|
|
for (i = 0; i < btree->n_used_nodes; i++)
|
|
if (le32_to_cpu(btree->u.internal[i].file_secno) >= secs) goto f;
|
|
brelse(bh);
|
|
hpfs_error(s, "internal btree %08x doesn't end with -1", node);
|
|
return;
|
|
f:
|
|
for (j = i + 1; j < btree->n_used_nodes; j++)
|
|
hpfs_ea_remove(s, le32_to_cpu(btree->u.internal[j].down), 1, 0);
|
|
btree->n_used_nodes = i + 1;
|
|
btree->n_free_nodes = nodes - btree->n_used_nodes;
|
|
btree->first_free = cpu_to_le16(8 + 8 * btree->n_used_nodes);
|
|
mark_buffer_dirty(bh);
|
|
if (btree->u.internal[i].file_secno == cpu_to_le32(secs)) {
|
|
brelse(bh);
|
|
return;
|
|
}
|
|
node = le32_to_cpu(btree->u.internal[i].down);
|
|
brelse(bh);
|
|
if (hpfs_sb(s)->sb_chk)
|
|
if (hpfs_stop_cycles(s, node, &c1, &c2, "hpfs_truncate_btree"))
|
|
return;
|
|
if (!(anode = hpfs_map_anode(s, node, &bh))) return;
|
|
btree = &anode->btree;
|
|
}
|
|
nodes = btree->n_used_nodes + btree->n_free_nodes;
|
|
for (i = 0; i < btree->n_used_nodes; i++)
|
|
if (le32_to_cpu(btree->u.external[i].file_secno) + le32_to_cpu(btree->u.external[i].length) >= secs) goto ff;
|
|
brelse(bh);
|
|
return;
|
|
ff:
|
|
if (secs <= le32_to_cpu(btree->u.external[i].file_secno)) {
|
|
hpfs_error(s, "there is an allocation error in file %08x, sector %08x", f, secs);
|
|
if (i) i--;
|
|
}
|
|
else if (le32_to_cpu(btree->u.external[i].file_secno) + le32_to_cpu(btree->u.external[i].length) > secs) {
|
|
hpfs_free_sectors(s, le32_to_cpu(btree->u.external[i].disk_secno) + secs -
|
|
le32_to_cpu(btree->u.external[i].file_secno), le32_to_cpu(btree->u.external[i].length)
|
|
- secs + le32_to_cpu(btree->u.external[i].file_secno)); /* I hope gcc optimizes this :-) */
|
|
btree->u.external[i].length = cpu_to_le32(secs - le32_to_cpu(btree->u.external[i].file_secno));
|
|
}
|
|
for (j = i + 1; j < btree->n_used_nodes; j++)
|
|
hpfs_free_sectors(s, le32_to_cpu(btree->u.external[j].disk_secno), le32_to_cpu(btree->u.external[j].length));
|
|
btree->n_used_nodes = i + 1;
|
|
btree->n_free_nodes = nodes - btree->n_used_nodes;
|
|
btree->first_free = cpu_to_le16(8 + 12 * btree->n_used_nodes);
|
|
mark_buffer_dirty(bh);
|
|
brelse(bh);
|
|
}
|
|
|
|
/* Remove file or directory and it's eas - note that directory must
|
|
be empty when this is called. */
|
|
|
|
void hpfs_remove_fnode(struct super_block *s, fnode_secno fno)
|
|
{
|
|
struct buffer_head *bh;
|
|
struct fnode *fnode;
|
|
struct extended_attribute *ea;
|
|
struct extended_attribute *ea_end;
|
|
if (!(fnode = hpfs_map_fnode(s, fno, &bh))) return;
|
|
if (!fnode_is_dir(fnode)) hpfs_remove_btree(s, &fnode->btree);
|
|
else hpfs_remove_dtree(s, le32_to_cpu(fnode->u.external[0].disk_secno));
|
|
ea_end = fnode_end_ea(fnode);
|
|
for (ea = fnode_ea(fnode); ea < ea_end; ea = next_ea(ea))
|
|
if (ea_indirect(ea))
|
|
hpfs_ea_remove(s, ea_sec(ea), ea_in_anode(ea), ea_len(ea));
|
|
hpfs_ea_ext_remove(s, le32_to_cpu(fnode->ea_secno), fnode_in_anode(fnode), le32_to_cpu(fnode->ea_size_l));
|
|
brelse(bh);
|
|
hpfs_free_sectors(s, fno, 1);
|
|
}
|