e9fc2aa091
As per comments from Jan Engelhardt <jengelh@linux01.gwdg.de> this updates the copyright message to say "version" in full rather than "v.2". Also incore.h has been updated to remove forward structure declarations which are not required. The gfs2_quota_lvb structure has now had endianess annotations added to it. Also quota.c has been updated so that we now store the lvb data locally in endian independant format to avoid needing a structure in host endianess too. As a result the endianess conversions are done as required at various points and thus the conversion routines in lvb.[ch] are no longer required. I've moved the one remaining constant in lvb.h thats used into lm.h and removed the unused lvb.[ch]. I have not changed the HIF_ constants. That is left to a later patch which I hope will unify the gh_flags and gh_iflags fields of the struct gfs2_holder. Cc: Jan Engelhardt <jengelh@linux01.gwdg.de> Signed-off-by: Steven Whitehouse <swhiteho@redhat.com>
308 lines
9.2 KiB
C
308 lines
9.2 KiB
C
/*
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* Copyright (C) Sistina Software, Inc. 1997-2003 All rights reserved.
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* Copyright (C) 2004-2006 Red Hat, Inc. All rights reserved.
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*
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* This copyrighted material is made available to anyone wishing to use,
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* modify, copy, or redistribute it subject to the terms and conditions
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* of the GNU General Public License version 2.
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*/
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#include <linux/sched.h>
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#include <linux/slab.h>
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#include <linux/spinlock.h>
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#include <linux/completion.h>
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#include <linux/buffer_head.h>
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#include "gfs2.h"
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#include <linux/gfs2_ondisk.h>
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#define pv(struct, member, fmt) printk(KERN_INFO " "#member" = "fmt"\n", \
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struct->member);
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/*
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* gfs2_xxx_in - read in an xxx struct
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* first arg: the cpu-order structure
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* buf: the disk-order buffer
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*
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* gfs2_xxx_out - write out an xxx struct
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* first arg: the cpu-order structure
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* buf: the disk-order buffer
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*
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* gfs2_xxx_print - print out an xxx struct
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* first arg: the cpu-order structure
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*/
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void gfs2_inum_in(struct gfs2_inum *no, char *buf)
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{
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struct gfs2_inum *str = (struct gfs2_inum *)buf;
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no->no_formal_ino = be64_to_cpu(str->no_formal_ino);
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no->no_addr = be64_to_cpu(str->no_addr);
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}
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void gfs2_inum_out(const struct gfs2_inum *no, char *buf)
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{
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struct gfs2_inum *str = (struct gfs2_inum *)buf;
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str->no_formal_ino = cpu_to_be64(no->no_formal_ino);
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str->no_addr = cpu_to_be64(no->no_addr);
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}
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static void gfs2_inum_print(struct gfs2_inum *no)
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{
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printk(KERN_INFO " no_formal_ino = %llu\n", (unsigned long long)no->no_formal_ino);
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printk(KERN_INFO " no_addr = %llu\n", (unsigned long long)no->no_addr);
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}
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static void gfs2_meta_header_in(struct gfs2_meta_header *mh, char *buf)
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{
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struct gfs2_meta_header *str = (struct gfs2_meta_header *)buf;
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mh->mh_magic = be32_to_cpu(str->mh_magic);
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mh->mh_type = be32_to_cpu(str->mh_type);
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mh->mh_format = be32_to_cpu(str->mh_format);
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}
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static void gfs2_meta_header_out(struct gfs2_meta_header *mh, char *buf)
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{
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struct gfs2_meta_header *str = (struct gfs2_meta_header *)buf;
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str->mh_magic = cpu_to_be32(mh->mh_magic);
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str->mh_type = cpu_to_be32(mh->mh_type);
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str->mh_format = cpu_to_be32(mh->mh_format);
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}
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static void gfs2_meta_header_print(struct gfs2_meta_header *mh)
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{
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pv(mh, mh_magic, "0x%.8X");
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pv(mh, mh_type, "%u");
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pv(mh, mh_format, "%u");
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}
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void gfs2_sb_in(struct gfs2_sb *sb, char *buf)
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{
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struct gfs2_sb *str = (struct gfs2_sb *)buf;
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gfs2_meta_header_in(&sb->sb_header, buf);
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sb->sb_fs_format = be32_to_cpu(str->sb_fs_format);
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sb->sb_multihost_format = be32_to_cpu(str->sb_multihost_format);
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sb->sb_bsize = be32_to_cpu(str->sb_bsize);
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sb->sb_bsize_shift = be32_to_cpu(str->sb_bsize_shift);
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gfs2_inum_in(&sb->sb_master_dir, (char *)&str->sb_master_dir);
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gfs2_inum_in(&sb->sb_root_dir, (char *)&str->sb_root_dir);
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memcpy(sb->sb_lockproto, str->sb_lockproto, GFS2_LOCKNAME_LEN);
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memcpy(sb->sb_locktable, str->sb_locktable, GFS2_LOCKNAME_LEN);
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}
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void gfs2_rindex_in(struct gfs2_rindex *ri, char *buf)
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{
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struct gfs2_rindex *str = (struct gfs2_rindex *)buf;
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ri->ri_addr = be64_to_cpu(str->ri_addr);
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ri->ri_length = be32_to_cpu(str->ri_length);
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ri->ri_data0 = be64_to_cpu(str->ri_data0);
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ri->ri_data = be32_to_cpu(str->ri_data);
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ri->ri_bitbytes = be32_to_cpu(str->ri_bitbytes);
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}
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void gfs2_rindex_print(struct gfs2_rindex *ri)
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{
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printk(KERN_INFO " ri_addr = %llu\n", (unsigned long long)ri->ri_addr);
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pv(ri, ri_length, "%u");
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printk(KERN_INFO " ri_data0 = %llu\n", (unsigned long long)ri->ri_data0);
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pv(ri, ri_data, "%u");
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pv(ri, ri_bitbytes, "%u");
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}
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void gfs2_rgrp_in(struct gfs2_rgrp *rg, char *buf)
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{
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struct gfs2_rgrp *str = (struct gfs2_rgrp *)buf;
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gfs2_meta_header_in(&rg->rg_header, buf);
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rg->rg_flags = be32_to_cpu(str->rg_flags);
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rg->rg_free = be32_to_cpu(str->rg_free);
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rg->rg_dinodes = be32_to_cpu(str->rg_dinodes);
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rg->rg_igeneration = be64_to_cpu(str->rg_igeneration);
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}
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void gfs2_rgrp_out(struct gfs2_rgrp *rg, char *buf)
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{
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struct gfs2_rgrp *str = (struct gfs2_rgrp *)buf;
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gfs2_meta_header_out(&rg->rg_header, buf);
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str->rg_flags = cpu_to_be32(rg->rg_flags);
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str->rg_free = cpu_to_be32(rg->rg_free);
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str->rg_dinodes = cpu_to_be32(rg->rg_dinodes);
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str->__pad = cpu_to_be32(0);
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str->rg_igeneration = cpu_to_be64(rg->rg_igeneration);
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memset(&str->rg_reserved, 0, sizeof(str->rg_reserved));
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}
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void gfs2_quota_in(struct gfs2_quota *qu, char *buf)
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{
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struct gfs2_quota *str = (struct gfs2_quota *)buf;
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qu->qu_limit = be64_to_cpu(str->qu_limit);
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qu->qu_warn = be64_to_cpu(str->qu_warn);
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qu->qu_value = be64_to_cpu(str->qu_value);
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}
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void gfs2_dinode_in(struct gfs2_dinode *di, char *buf)
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{
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struct gfs2_dinode *str = (struct gfs2_dinode *)buf;
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gfs2_meta_header_in(&di->di_header, buf);
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gfs2_inum_in(&di->di_num, (char *)&str->di_num);
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di->di_mode = be32_to_cpu(str->di_mode);
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di->di_uid = be32_to_cpu(str->di_uid);
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di->di_gid = be32_to_cpu(str->di_gid);
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di->di_nlink = be32_to_cpu(str->di_nlink);
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di->di_size = be64_to_cpu(str->di_size);
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di->di_blocks = be64_to_cpu(str->di_blocks);
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di->di_atime = be64_to_cpu(str->di_atime);
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di->di_mtime = be64_to_cpu(str->di_mtime);
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di->di_ctime = be64_to_cpu(str->di_ctime);
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di->di_major = be32_to_cpu(str->di_major);
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di->di_minor = be32_to_cpu(str->di_minor);
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di->di_goal_meta = be64_to_cpu(str->di_goal_meta);
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di->di_goal_data = be64_to_cpu(str->di_goal_data);
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di->di_generation = be64_to_cpu(str->di_generation);
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di->di_flags = be32_to_cpu(str->di_flags);
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di->di_payload_format = be32_to_cpu(str->di_payload_format);
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di->di_height = be16_to_cpu(str->di_height);
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di->di_depth = be16_to_cpu(str->di_depth);
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di->di_entries = be32_to_cpu(str->di_entries);
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di->di_eattr = be64_to_cpu(str->di_eattr);
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}
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void gfs2_dinode_out(struct gfs2_dinode *di, char *buf)
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{
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struct gfs2_dinode *str = (struct gfs2_dinode *)buf;
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gfs2_meta_header_out(&di->di_header, buf);
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gfs2_inum_out(&di->di_num, (char *)&str->di_num);
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str->di_mode = cpu_to_be32(di->di_mode);
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str->di_uid = cpu_to_be32(di->di_uid);
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str->di_gid = cpu_to_be32(di->di_gid);
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str->di_nlink = cpu_to_be32(di->di_nlink);
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str->di_size = cpu_to_be64(di->di_size);
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str->di_blocks = cpu_to_be64(di->di_blocks);
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str->di_atime = cpu_to_be64(di->di_atime);
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str->di_mtime = cpu_to_be64(di->di_mtime);
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str->di_ctime = cpu_to_be64(di->di_ctime);
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str->di_major = cpu_to_be32(di->di_major);
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str->di_minor = cpu_to_be32(di->di_minor);
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str->di_goal_meta = cpu_to_be64(di->di_goal_meta);
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str->di_goal_data = cpu_to_be64(di->di_goal_data);
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str->di_generation = cpu_to_be64(di->di_generation);
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str->di_flags = cpu_to_be32(di->di_flags);
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str->di_payload_format = cpu_to_be32(di->di_payload_format);
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str->di_height = cpu_to_be16(di->di_height);
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str->di_depth = cpu_to_be16(di->di_depth);
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str->di_entries = cpu_to_be32(di->di_entries);
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str->di_eattr = cpu_to_be64(di->di_eattr);
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}
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void gfs2_dinode_print(struct gfs2_dinode *di)
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{
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gfs2_meta_header_print(&di->di_header);
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gfs2_inum_print(&di->di_num);
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pv(di, di_mode, "0%o");
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pv(di, di_uid, "%u");
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pv(di, di_gid, "%u");
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pv(di, di_nlink, "%u");
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printk(KERN_INFO " di_size = %llu\n", (unsigned long long)di->di_size);
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printk(KERN_INFO " di_blocks = %llu\n", (unsigned long long)di->di_blocks);
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printk(KERN_INFO " di_atime = %lld\n", (long long)di->di_atime);
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printk(KERN_INFO " di_mtime = %lld\n", (long long)di->di_mtime);
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printk(KERN_INFO " di_ctime = %lld\n", (long long)di->di_ctime);
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pv(di, di_major, "%u");
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pv(di, di_minor, "%u");
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printk(KERN_INFO " di_goal_meta = %llu\n", (unsigned long long)di->di_goal_meta);
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printk(KERN_INFO " di_goal_data = %llu\n", (unsigned long long)di->di_goal_data);
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pv(di, di_flags, "0x%.8X");
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pv(di, di_payload_format, "%u");
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pv(di, di_height, "%u");
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pv(di, di_depth, "%u");
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pv(di, di_entries, "%u");
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printk(KERN_INFO " di_eattr = %llu\n", (unsigned long long)di->di_eattr);
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}
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void gfs2_log_header_in(struct gfs2_log_header *lh, char *buf)
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{
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struct gfs2_log_header *str = (struct gfs2_log_header *)buf;
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gfs2_meta_header_in(&lh->lh_header, buf);
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lh->lh_sequence = be64_to_cpu(str->lh_sequence);
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lh->lh_flags = be32_to_cpu(str->lh_flags);
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lh->lh_tail = be32_to_cpu(str->lh_tail);
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lh->lh_blkno = be32_to_cpu(str->lh_blkno);
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lh->lh_hash = be32_to_cpu(str->lh_hash);
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}
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void gfs2_inum_range_in(struct gfs2_inum_range *ir, char *buf)
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{
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struct gfs2_inum_range *str = (struct gfs2_inum_range *)buf;
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ir->ir_start = be64_to_cpu(str->ir_start);
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ir->ir_length = be64_to_cpu(str->ir_length);
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}
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void gfs2_inum_range_out(struct gfs2_inum_range *ir, char *buf)
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{
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struct gfs2_inum_range *str = (struct gfs2_inum_range *)buf;
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str->ir_start = cpu_to_be64(ir->ir_start);
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str->ir_length = cpu_to_be64(ir->ir_length);
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}
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void gfs2_statfs_change_in(struct gfs2_statfs_change *sc, char *buf)
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{
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struct gfs2_statfs_change *str = (struct gfs2_statfs_change *)buf;
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sc->sc_total = be64_to_cpu(str->sc_total);
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sc->sc_free = be64_to_cpu(str->sc_free);
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sc->sc_dinodes = be64_to_cpu(str->sc_dinodes);
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}
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void gfs2_statfs_change_out(struct gfs2_statfs_change *sc, char *buf)
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{
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struct gfs2_statfs_change *str = (struct gfs2_statfs_change *)buf;
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str->sc_total = cpu_to_be64(sc->sc_total);
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str->sc_free = cpu_to_be64(sc->sc_free);
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str->sc_dinodes = cpu_to_be64(sc->sc_dinodes);
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}
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void gfs2_quota_change_in(struct gfs2_quota_change *qc, char *buf)
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{
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struct gfs2_quota_change *str = (struct gfs2_quota_change *)buf;
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qc->qc_change = be64_to_cpu(str->qc_change);
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qc->qc_flags = be32_to_cpu(str->qc_flags);
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qc->qc_id = be32_to_cpu(str->qc_id);
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}
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