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![Christoph Hellwig](/assets/img/avatar_default.png)
Instead of a separate page_started argument that tells the callers that btrfs_run_delalloc_range already started writeback by itself, overload the return value with a positive 1 in additio to 0 and a negative error code to indicate that is has already started writeback, and remove the nr_written argument as that caller can calculate it directly based on the range, and in fact already does so for the case where writeback wasn't started yet. Reviewed-by: Josef Bacik <josef@toxicpanda.com> Signed-off-by: Christoph Hellwig <hch@lst.de> Reviewed-by: David Sterba <dsterba@suse.com> Signed-off-by: David Sterba <dsterba@suse.com>
534 lines
18 KiB
C
534 lines
18 KiB
C
/* SPDX-License-Identifier: GPL-2.0 */
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/*
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* Copyright (C) 2007 Oracle. All rights reserved.
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*/
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#ifndef BTRFS_INODE_H
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#define BTRFS_INODE_H
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#include <linux/hash.h>
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#include <linux/refcount.h>
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#include "extent_map.h"
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#include "extent_io.h"
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#include "ordered-data.h"
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#include "delayed-inode.h"
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/*
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* Since we search a directory based on f_pos (struct dir_context::pos) we have
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* to start at 2 since '.' and '..' have f_pos of 0 and 1 respectively, so
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* everybody else has to start at 2 (see btrfs_real_readdir() and dir_emit_dots()).
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*/
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#define BTRFS_DIR_START_INDEX 2
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/*
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* ordered_data_close is set by truncate when a file that used
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* to have good data has been truncated to zero. When it is set
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* the btrfs file release call will add this inode to the
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* ordered operations list so that we make sure to flush out any
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* new data the application may have written before commit.
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*/
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enum {
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BTRFS_INODE_FLUSH_ON_CLOSE,
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BTRFS_INODE_DUMMY,
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BTRFS_INODE_IN_DEFRAG,
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BTRFS_INODE_HAS_ASYNC_EXTENT,
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/*
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* Always set under the VFS' inode lock, otherwise it can cause races
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* during fsync (we start as a fast fsync and then end up in a full
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* fsync racing with ordered extent completion).
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*/
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BTRFS_INODE_NEEDS_FULL_SYNC,
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BTRFS_INODE_COPY_EVERYTHING,
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BTRFS_INODE_IN_DELALLOC_LIST,
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BTRFS_INODE_HAS_PROPS,
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BTRFS_INODE_SNAPSHOT_FLUSH,
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/*
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* Set and used when logging an inode and it serves to signal that an
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* inode does not have xattrs, so subsequent fsyncs can avoid searching
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* for xattrs to log. This bit must be cleared whenever a xattr is added
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* to an inode.
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*/
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BTRFS_INODE_NO_XATTRS,
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/*
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* Set when we are in a context where we need to start a transaction and
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* have dirty pages with the respective file range locked. This is to
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* ensure that when reserving space for the transaction, if we are low
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* on available space and need to flush delalloc, we will not flush
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* delalloc for this inode, because that could result in a deadlock (on
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* the file range, inode's io_tree).
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*/
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BTRFS_INODE_NO_DELALLOC_FLUSH,
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/*
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* Set when we are working on enabling verity for a file. Computing and
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* writing the whole Merkle tree can take a while so we want to prevent
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* races where two separate tasks attempt to simultaneously start verity
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* on the same file.
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*/
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BTRFS_INODE_VERITY_IN_PROGRESS,
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/* Set when this inode is a free space inode. */
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BTRFS_INODE_FREE_SPACE_INODE,
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};
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/* in memory btrfs inode */
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struct btrfs_inode {
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/* which subvolume this inode belongs to */
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struct btrfs_root *root;
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/* key used to find this inode on disk. This is used by the code
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* to read in roots of subvolumes
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*/
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struct btrfs_key location;
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/*
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* Lock for counters and all fields used to determine if the inode is in
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* the log or not (last_trans, last_sub_trans, last_log_commit,
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* logged_trans), to access/update new_delalloc_bytes and to update the
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* VFS' inode number of bytes used.
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*/
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spinlock_t lock;
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/* the extent_tree has caches of all the extent mappings to disk */
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struct extent_map_tree extent_tree;
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/* the io_tree does range state (DIRTY, LOCKED etc) */
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struct extent_io_tree io_tree;
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/*
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* Keep track of where the inode has extent items mapped in order to
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* make sure the i_size adjustments are accurate
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*/
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struct extent_io_tree file_extent_tree;
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/* held while logging the inode in tree-log.c */
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struct mutex log_mutex;
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/* used to order data wrt metadata */
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struct btrfs_ordered_inode_tree ordered_tree;
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/* list of all the delalloc inodes in the FS. There are times we need
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* to write all the delalloc pages to disk, and this list is used
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* to walk them all.
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*/
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struct list_head delalloc_inodes;
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/* node for the red-black tree that links inodes in subvolume root */
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struct rb_node rb_node;
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unsigned long runtime_flags;
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/* full 64 bit generation number, struct vfs_inode doesn't have a big
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* enough field for this.
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*/
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u64 generation;
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/*
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* transid of the trans_handle that last modified this inode
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*/
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u64 last_trans;
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/*
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* transid that last logged this inode
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*/
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u64 logged_trans;
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/*
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* log transid when this inode was last modified
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*/
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int last_sub_trans;
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/* a local copy of root's last_log_commit */
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int last_log_commit;
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union {
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/*
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* Total number of bytes pending delalloc, used by stat to
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* calculate the real block usage of the file. This is used
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* only for files.
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*/
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u64 delalloc_bytes;
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/*
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* The lowest possible index of the next dir index key which
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* points to an inode that needs to be logged.
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* This is used only for directories.
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* Use the helpers btrfs_get_first_dir_index_to_log() and
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* btrfs_set_first_dir_index_to_log() to access this field.
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*/
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u64 first_dir_index_to_log;
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};
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union {
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/*
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* Total number of bytes pending delalloc that fall within a file
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* range that is either a hole or beyond EOF (and no prealloc extent
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* exists in the range). This is always <= delalloc_bytes and this
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* is used only for files.
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*/
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u64 new_delalloc_bytes;
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/*
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* The offset of the last dir index key that was logged.
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* This is used only for directories.
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*/
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u64 last_dir_index_offset;
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};
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/*
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* total number of bytes pending defrag, used by stat to check whether
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* it needs COW.
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*/
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u64 defrag_bytes;
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/*
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* the size of the file stored in the metadata on disk. data=ordered
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* means the in-memory i_size might be larger than the size on disk
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* because not all the blocks are written yet.
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*/
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u64 disk_i_size;
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/*
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* If this is a directory then index_cnt is the counter for the index
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* number for new files that are created. For an empty directory, this
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* must be initialized to BTRFS_DIR_START_INDEX.
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*/
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u64 index_cnt;
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/* Cache the directory index number to speed the dir/file remove */
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u64 dir_index;
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/* the fsync log has some corner cases that mean we have to check
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* directories to see if any unlinks have been done before
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* the directory was logged. See tree-log.c for all the
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* details
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*/
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u64 last_unlink_trans;
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/*
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* The id/generation of the last transaction where this inode was
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* either the source or the destination of a clone/dedupe operation.
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* Used when logging an inode to know if there are shared extents that
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* need special care when logging checksum items, to avoid duplicate
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* checksum items in a log (which can lead to a corruption where we end
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* up with missing checksum ranges after log replay).
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* Protected by the vfs inode lock.
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*/
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u64 last_reflink_trans;
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/*
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* Number of bytes outstanding that are going to need csums. This is
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* used in ENOSPC accounting.
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*/
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u64 csum_bytes;
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/* Backwards incompatible flags, lower half of inode_item::flags */
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u32 flags;
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/* Read-only compatibility flags, upper half of inode_item::flags */
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u32 ro_flags;
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/*
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* Counters to keep track of the number of extent item's we may use due
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* to delalloc and such. outstanding_extents is the number of extent
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* items we think we'll end up using, and reserved_extents is the number
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* of extent items we've reserved metadata for.
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*/
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unsigned outstanding_extents;
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struct btrfs_block_rsv block_rsv;
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/*
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* Cached values of inode properties
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*/
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unsigned prop_compress; /* per-file compression algorithm */
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/*
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* Force compression on the file using the defrag ioctl, could be
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* different from prop_compress and takes precedence if set
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*/
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unsigned defrag_compress;
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struct btrfs_delayed_node *delayed_node;
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/* File creation time. */
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struct timespec64 i_otime;
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/* Hook into fs_info->delayed_iputs */
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struct list_head delayed_iput;
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struct rw_semaphore i_mmap_lock;
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struct inode vfs_inode;
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};
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static inline u64 btrfs_get_first_dir_index_to_log(const struct btrfs_inode *inode)
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{
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return READ_ONCE(inode->first_dir_index_to_log);
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}
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static inline void btrfs_set_first_dir_index_to_log(struct btrfs_inode *inode,
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u64 index)
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{
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WRITE_ONCE(inode->first_dir_index_to_log, index);
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}
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static inline struct btrfs_inode *BTRFS_I(const struct inode *inode)
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{
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return container_of(inode, struct btrfs_inode, vfs_inode);
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}
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static inline unsigned long btrfs_inode_hash(u64 objectid,
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const struct btrfs_root *root)
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{
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u64 h = objectid ^ (root->root_key.objectid * GOLDEN_RATIO_PRIME);
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#if BITS_PER_LONG == 32
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h = (h >> 32) ^ (h & 0xffffffff);
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#endif
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return (unsigned long)h;
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}
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#if BITS_PER_LONG == 32
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/*
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* On 32 bit systems the i_ino of struct inode is 32 bits (unsigned long), so
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* we use the inode's location objectid which is a u64 to avoid truncation.
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*/
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static inline u64 btrfs_ino(const struct btrfs_inode *inode)
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{
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u64 ino = inode->location.objectid;
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/* type == BTRFS_ROOT_ITEM_KEY: subvol dir */
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if (inode->location.type == BTRFS_ROOT_ITEM_KEY)
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ino = inode->vfs_inode.i_ino;
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return ino;
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}
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#else
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static inline u64 btrfs_ino(const struct btrfs_inode *inode)
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{
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return inode->vfs_inode.i_ino;
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}
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#endif
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static inline void btrfs_i_size_write(struct btrfs_inode *inode, u64 size)
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{
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i_size_write(&inode->vfs_inode, size);
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inode->disk_i_size = size;
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}
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static inline bool btrfs_is_free_space_inode(struct btrfs_inode *inode)
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{
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return test_bit(BTRFS_INODE_FREE_SPACE_INODE, &inode->runtime_flags);
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}
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static inline bool is_data_inode(struct inode *inode)
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{
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return btrfs_ino(BTRFS_I(inode)) != BTRFS_BTREE_INODE_OBJECTID;
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}
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static inline void btrfs_mod_outstanding_extents(struct btrfs_inode *inode,
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int mod)
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{
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lockdep_assert_held(&inode->lock);
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inode->outstanding_extents += mod;
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if (btrfs_is_free_space_inode(inode))
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return;
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trace_btrfs_inode_mod_outstanding_extents(inode->root, btrfs_ino(inode),
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mod, inode->outstanding_extents);
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}
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/*
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* Called every time after doing a buffered, direct IO or memory mapped write.
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*
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* This is to ensure that if we write to a file that was previously fsynced in
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* the current transaction, then try to fsync it again in the same transaction,
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* we will know that there were changes in the file and that it needs to be
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* logged.
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*/
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static inline void btrfs_set_inode_last_sub_trans(struct btrfs_inode *inode)
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{
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spin_lock(&inode->lock);
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inode->last_sub_trans = inode->root->log_transid;
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spin_unlock(&inode->lock);
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}
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/*
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* Should be called while holding the inode's VFS lock in exclusive mode or in a
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* context where no one else can access the inode concurrently (during inode
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* creation or when loading an inode from disk).
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*/
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static inline void btrfs_set_inode_full_sync(struct btrfs_inode *inode)
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{
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set_bit(BTRFS_INODE_NEEDS_FULL_SYNC, &inode->runtime_flags);
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/*
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* The inode may have been part of a reflink operation in the last
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* transaction that modified it, and then a fsync has reset the
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* last_reflink_trans to avoid subsequent fsyncs in the same
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* transaction to do unnecessary work. So update last_reflink_trans
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* to the last_trans value (we have to be pessimistic and assume a
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* reflink happened).
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*
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* The ->last_trans is protected by the inode's spinlock and we can
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* have a concurrent ordered extent completion update it. Also set
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* last_reflink_trans to ->last_trans only if the former is less than
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* the later, because we can be called in a context where
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* last_reflink_trans was set to the current transaction generation
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* while ->last_trans was not yet updated in the current transaction,
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* and therefore has a lower value.
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*/
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spin_lock(&inode->lock);
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if (inode->last_reflink_trans < inode->last_trans)
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inode->last_reflink_trans = inode->last_trans;
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spin_unlock(&inode->lock);
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}
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static inline bool btrfs_inode_in_log(struct btrfs_inode *inode, u64 generation)
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{
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bool ret = false;
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spin_lock(&inode->lock);
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if (inode->logged_trans == generation &&
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inode->last_sub_trans <= inode->last_log_commit &&
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inode->last_sub_trans <= inode->root->last_log_commit)
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ret = true;
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spin_unlock(&inode->lock);
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return ret;
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}
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/*
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* Check if the inode has flags compatible with compression
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*/
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static inline bool btrfs_inode_can_compress(const struct btrfs_inode *inode)
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{
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if (inode->flags & BTRFS_INODE_NODATACOW ||
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inode->flags & BTRFS_INODE_NODATASUM)
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return false;
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return true;
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}
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/* Array of bytes with variable length, hexadecimal format 0x1234 */
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#define CSUM_FMT "0x%*phN"
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#define CSUM_FMT_VALUE(size, bytes) size, bytes
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int btrfs_check_sector_csum(struct btrfs_fs_info *fs_info, struct page *page,
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u32 pgoff, u8 *csum, const u8 * const csum_expected);
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bool btrfs_data_csum_ok(struct btrfs_bio *bbio, struct btrfs_device *dev,
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u32 bio_offset, struct bio_vec *bv);
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noinline int can_nocow_extent(struct inode *inode, u64 offset, u64 *len,
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u64 *orig_start, u64 *orig_block_len,
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u64 *ram_bytes, bool nowait, bool strict);
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void __btrfs_del_delalloc_inode(struct btrfs_root *root, struct btrfs_inode *inode);
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struct inode *btrfs_lookup_dentry(struct inode *dir, struct dentry *dentry);
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int btrfs_set_inode_index(struct btrfs_inode *dir, u64 *index);
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int btrfs_unlink_inode(struct btrfs_trans_handle *trans,
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struct btrfs_inode *dir, struct btrfs_inode *inode,
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const struct fscrypt_str *name);
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int btrfs_add_link(struct btrfs_trans_handle *trans,
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struct btrfs_inode *parent_inode, struct btrfs_inode *inode,
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const struct fscrypt_str *name, int add_backref, u64 index);
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int btrfs_delete_subvolume(struct btrfs_inode *dir, struct dentry *dentry);
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int btrfs_truncate_block(struct btrfs_inode *inode, loff_t from, loff_t len,
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int front);
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int btrfs_start_delalloc_snapshot(struct btrfs_root *root, bool in_reclaim_context);
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int btrfs_start_delalloc_roots(struct btrfs_fs_info *fs_info, long nr,
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bool in_reclaim_context);
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int btrfs_set_extent_delalloc(struct btrfs_inode *inode, u64 start, u64 end,
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unsigned int extra_bits,
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struct extent_state **cached_state);
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struct btrfs_new_inode_args {
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/* Input */
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struct inode *dir;
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struct dentry *dentry;
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struct inode *inode;
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bool orphan;
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bool subvol;
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/* Output from btrfs_new_inode_prepare(), input to btrfs_create_new_inode(). */
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struct posix_acl *default_acl;
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struct posix_acl *acl;
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struct fscrypt_name fname;
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};
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int btrfs_new_inode_prepare(struct btrfs_new_inode_args *args,
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unsigned int *trans_num_items);
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int btrfs_create_new_inode(struct btrfs_trans_handle *trans,
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struct btrfs_new_inode_args *args);
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void btrfs_new_inode_args_destroy(struct btrfs_new_inode_args *args);
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struct inode *btrfs_new_subvol_inode(struct mnt_idmap *idmap,
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struct inode *dir);
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void btrfs_set_delalloc_extent(struct btrfs_inode *inode, struct extent_state *state,
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u32 bits);
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void btrfs_clear_delalloc_extent(struct btrfs_inode *inode,
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struct extent_state *state, u32 bits);
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void btrfs_merge_delalloc_extent(struct btrfs_inode *inode, struct extent_state *new,
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struct extent_state *other);
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void btrfs_split_delalloc_extent(struct btrfs_inode *inode,
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struct extent_state *orig, u64 split);
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void btrfs_set_range_writeback(struct btrfs_inode *inode, u64 start, u64 end);
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vm_fault_t btrfs_page_mkwrite(struct vm_fault *vmf);
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void btrfs_evict_inode(struct inode *inode);
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struct inode *btrfs_alloc_inode(struct super_block *sb);
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void btrfs_destroy_inode(struct inode *inode);
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void btrfs_free_inode(struct inode *inode);
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int btrfs_drop_inode(struct inode *inode);
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int __init btrfs_init_cachep(void);
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void __cold btrfs_destroy_cachep(void);
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struct inode *btrfs_iget_path(struct super_block *s, u64 ino,
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struct btrfs_root *root, struct btrfs_path *path);
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struct inode *btrfs_iget(struct super_block *s, u64 ino, struct btrfs_root *root);
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struct extent_map *btrfs_get_extent(struct btrfs_inode *inode,
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struct page *page, size_t pg_offset,
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u64 start, u64 end);
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int btrfs_update_inode(struct btrfs_trans_handle *trans,
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struct btrfs_root *root, struct btrfs_inode *inode);
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int btrfs_update_inode_fallback(struct btrfs_trans_handle *trans,
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struct btrfs_root *root, struct btrfs_inode *inode);
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int btrfs_orphan_add(struct btrfs_trans_handle *trans, struct btrfs_inode *inode);
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int btrfs_orphan_cleanup(struct btrfs_root *root);
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int btrfs_cont_expand(struct btrfs_inode *inode, loff_t oldsize, loff_t size);
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void btrfs_add_delayed_iput(struct btrfs_inode *inode);
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void btrfs_run_delayed_iputs(struct btrfs_fs_info *fs_info);
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int btrfs_wait_on_delayed_iputs(struct btrfs_fs_info *fs_info);
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int btrfs_prealloc_file_range(struct inode *inode, int mode,
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u64 start, u64 num_bytes, u64 min_size,
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loff_t actual_len, u64 *alloc_hint);
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int btrfs_prealloc_file_range_trans(struct inode *inode,
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struct btrfs_trans_handle *trans, int mode,
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u64 start, u64 num_bytes, u64 min_size,
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loff_t actual_len, u64 *alloc_hint);
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int btrfs_run_delalloc_range(struct btrfs_inode *inode, struct page *locked_page,
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u64 start, u64 end, struct writeback_control *wbc);
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int btrfs_writepage_cow_fixup(struct page *page);
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int btrfs_encoded_io_compression_from_extent(struct btrfs_fs_info *fs_info,
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int compress_type);
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int btrfs_encoded_read_regular_fill_pages(struct btrfs_inode *inode,
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u64 file_offset, u64 disk_bytenr,
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u64 disk_io_size,
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struct page **pages);
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ssize_t btrfs_encoded_read(struct kiocb *iocb, struct iov_iter *iter,
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struct btrfs_ioctl_encoded_io_args *encoded);
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ssize_t btrfs_do_encoded_write(struct kiocb *iocb, struct iov_iter *from,
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const struct btrfs_ioctl_encoded_io_args *encoded);
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ssize_t btrfs_dio_read(struct kiocb *iocb, struct iov_iter *iter,
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size_t done_before);
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struct iomap_dio *btrfs_dio_write(struct kiocb *iocb, struct iov_iter *iter,
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size_t done_before);
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extern const struct dentry_operations btrfs_dentry_operations;
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/* Inode locking type flags, by default the exclusive lock is taken. */
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enum btrfs_ilock_type {
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ENUM_BIT(BTRFS_ILOCK_SHARED),
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ENUM_BIT(BTRFS_ILOCK_TRY),
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ENUM_BIT(BTRFS_ILOCK_MMAP),
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};
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int btrfs_inode_lock(struct btrfs_inode *inode, unsigned int ilock_flags);
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void btrfs_inode_unlock(struct btrfs_inode *inode, unsigned int ilock_flags);
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void btrfs_update_inode_bytes(struct btrfs_inode *inode, const u64 add_bytes,
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const u64 del_bytes);
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void btrfs_assert_inode_range_clean(struct btrfs_inode *inode, u64 start, u64 end);
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#endif
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