1003 struct lfs {  struct
1005 		struct dlfs u_32;  argument
1007 	} lfs_dlfs_u;  argument
1010 	unsigned lfs_is64 : 1,		/* are we lfs64 or lfs32? */  argument
1011 		lfs_dobyteswap : 1,	/* are we opposite-endian? */  argument
1012 		lfs_hasolddirfmt : 1;	/* dir entries have no d_type */  argument
1014 	struct segment *lfs_sp;		/* current segment being written */  argument
1015 	struct vnode *lfs_ivnode;	/* vnode for the ifile */  argument
1016 	uint32_t  lfs_seglock;		/* single-thread the segment writer */  argument
1017 	pid_t	  lfs_lockpid;		/* pid of lock holder */  argument
1018 	lwpid_t	  lfs_locklwp;		/* lwp of lock holder */  argument
1019 	uint32_t lfs_iocount;		/* number of ios pending */  argument
1020 	uint32_t lfs_writer;		/* don't allow any dirops to start */  argument
1021 	uint32_t lfs_dirops;		/* count of active directory ops */  argument
1022 	kcondvar_t lfs_diropscv;	/* condvar of active directory ops */  argument
1023 	uint32_t lfs_dirvcount;		/* count of VDIROP nodes in this fs */  argument
1024 	uint32_t lfs_doifile;		/* Write ifile blocks on next write */  argument
1025 	uint32_t lfs_nactive;		/* Number of segments since last ckp */  argument
1026 	int8_t	  lfs_fmod;		/* super block modified flag */  argument
1027 	int8_t	  lfs_ronly;		/* mounted read-only flag */  argument
1032 	int8_t	  lfs_flags;		/* currently unused flag */  argument
1033 	uint16_t lfs_activesb;		/* toggle between superblocks */  argument
1034 	daddr_t	  lfs_sbactive;		/* disk address of current sb write */  argument
1035 	struct vnode *lfs_flushvp;	/* vnode being flushed */  argument
1036 	int lfs_flushvp_fakevref;	/* fake vref count for flushvp */  argument
1037 	struct vnode *lfs_unlockvp;	/* being inactivated in lfs_segunlock */  argument
1038 	uint32_t lfs_diropwait;		/* # procs waiting on dirop flush */  argument
1039 	size_t lfs_devbsize;		/* Device block size */  argument
1040 	size_t lfs_devbshift;		/* Device block shift */  argument
1041 	krwlock_t lfs_fraglock;  argument
1042 	krwlock_t lfs_iflock;		/* Ifile lock */  argument
1043 	kcondvar_t lfs_stopcv;		/* Wrap lock */  argument
1044 	struct lwp *lfs_stoplwp;  argument
1045 	pid_t lfs_rfpid;		/* Process ID of roll-forward agent */  argument
1046 	int	  lfs_nadirop;		/* number of active dirop nodes */  argument
1047 	long	  lfs_ravail;		/* blocks pre-reserved for writing */  argument
1048 	long	  lfs_favail;		/* blocks pre-reserved for writing */  argument
1049 	struct lfs_res_blk *lfs_resblk;	/* Reserved memory for pageout */  argument
1054 	int	  lfs_pdflush;		/* pagedaemon wants us to flush */  argument
1055 	uint32_t **lfs_suflags;		/* Segment use flags */  argument
1057 	struct pool lfs_clpool;		/* Pool for struct lfs_cluster */  argument
1058 	struct pool lfs_bpppool;	/* Pool for bpp */  argument
1059 	struct pool lfs_segpool;	/* Pool for struct segment */  argument
1062 	daddr_t  lfs_cleanint[LFS_MAX_CLEANIND]; /* Active cleaning intervals */  argument
1063 	int 	 lfs_cleanind;		/* Index into intervals */  argument
1064 	int lfs_sleepers;		/* # procs sleeping this fs */  argument
1065 	kcondvar_t lfs_sleeperscv;	  argument
1066 	int lfs_pages;			/* dirty pages blaming this fs */  argument
1067 	lfs_bm_t *lfs_ino_bitmap;	/* Inuse inodes bitmap */  argument
1068 	int lfs_nowrap;			/* Suspend log wrap */  argument
1069 	int lfs_wrappass;		/* Allow first log wrap requester to pass */  argument
1070 	int lfs_wrapstatus;		/* Wrap status */  argument
1071 	int lfs_reclino;		/* Inode being reclaimed */  argument
1072 	daddr_t lfs_startseg;           /* Segment we started writing at */  argument
1077 	dev_t lfs_dev;  argument
1078 	struct vnode *lfs_devvp;  argument
1091 	unsigned lfs_use_quota2 : 1;  argument
1092 	uint32_t lfs_quota_magic;  argument
1093 	uint8_t lfs_quota_flags;  argument
1094 	uint64_t lfs_quotaino[2];  argument
1098 	int lfs_availsleep;  argument
1100 	kcondvar_t lfs_nextsegsleep;  argument
1103 	struct lwp *lfs_cleaner_thread;  argument
1107 	struct block_info *lfs_cleaner_hint;  argument