331 fs_copyfsops(const fs_operation_def_t *template, vfsops_t *actual,  in fs_copyfsops()
335 		{ VFSNAME_MOUNT, offsetof(vfsops_t, vfs_mount),  in fs_copyfsops()
338 		{ VFSNAME_UNMOUNT, offsetof(vfsops_t, vfs_unmount),  in fs_copyfsops()
341 		{ VFSNAME_ROOT, offsetof(vfsops_t, vfs_root),  in fs_copyfsops()
344 		{ VFSNAME_STATVFS, offsetof(vfsops_t, vfs_statvfs),  in fs_copyfsops()
347 		{ VFSNAME_SYNC, offsetof(vfsops_t, vfs_sync),  in fs_copyfsops()
351 		{ VFSNAME_VGET, offsetof(vfsops_t, vfs_vget),  in fs_copyfsops()
354 		{ VFSNAME_MOUNTROOT, offsetof(vfsops_t, vfs_mountroot),  in fs_copyfsops()
357 		{ VFSNAME_FREEVFS, offsetof(vfsops_t, vfs_freevfs),  in fs_copyfsops()
362 		{ VFSNAME_VNSTATE, offsetof(vfsops_t, vfs_vnstate),  in fs_copyfsops()
375 		{ VFSNAME_SYNCFS, offsetof(vfsops_t, vfs_syncfs),  in fs_copyfsops()
393 vfs_setfsops(int fstype, const fs_operation_def_t *template, vfsops_t **actual)  in vfs_setfsops()
430 vfs_makefsops(const fs_operation_def_t *template, vfsops_t **actual)  in vfs_makefsops()
435 	*actual = (vfsops_t *)kmem_alloc(sizeof (vfsops_t), KM_SLEEP);  in vfs_makefsops()
439 		kmem_free(*actual, sizeof (vfsops_t));  in vfs_makefsops()
453 vfs_freevfsops(vfsops_t *vfsops)  in vfs_freevfsops()
455 	kmem_free(vfsops, sizeof (vfsops_t));  in vfs_freevfsops()
490 vfs_setops(vfs_t *vfsp, vfsops_t *vfsops)  in vfs_setops()
492 	vfsops_t	*op;  in vfs_setops()
507 vfsops_t *
510 	vfsops_t	*op;  in vfs_getops()
528 vfs_matchops(vfs_t *vfsp, vfsops_t *vfsops)  in vfs_matchops()
548 vfs_init(vfs_t *vfsp, vfsops_t *op, void *data)  in vfs_init()
1113 	vfsops_t	*vfsops;  in domount()
3843 vfs_opsinuse(vfsops_t *ops)  in vfs_opsinuse()
4001 vfs_getvfsswbyvfsops(vfsops_t *vfsops)  in vfs_getvfsswbyvfsops()
4177 vfsops_t *EIO_vfsops;