120 	struct pfs_vdata *pvd, *pvd2;  in pfs_vncache_alloc()  local
133 	SLIST_FOREACH(pvd, hash, pvd_hash) {  in pfs_vncache_alloc()
134 		if (pvd->pvd_pn == pn && pvd->pvd_pid == pid &&  in pfs_vncache_alloc()
135 		    pvd->pvd_vnode->v_mount == mp) {  in pfs_vncache_alloc()
136 			vp = pvd->pvd_vnode;  in pfs_vncache_alloc()
160 	pvd = malloc(sizeof *pvd, M_PFSVNCACHE, M_WAITOK);  in pfs_vncache_alloc()
163 		free(pvd, M_PFSVNCACHE);  in pfs_vncache_alloc()
166 	pvd->pvd_pn = pn;  in pfs_vncache_alloc()
167 	pvd->pvd_pid = pid;  in pfs_vncache_alloc()
168 	(*vpp)->v_data = pvd;  in pfs_vncache_alloc()
199 	pvd->pvd_vnode = *vpp;  in pfs_vncache_alloc()
204 		free(pvd, M_PFSVNCACHE);  in pfs_vncache_alloc()
236 	SLIST_INSERT_HEAD(hash, pvd, pvd_hash);  in pfs_vncache_alloc()
247 	struct pfs_vdata *pvd, *pvd2;  in pfs_vncache_free()  local
250 	pvd = (struct pfs_vdata *)vp->v_data;  in pfs_vncache_free()
251 	KASSERT(pvd != NULL, ("pfs_vncache_free(): no vnode data\n"));  in pfs_vncache_free()
252 	SLIST_FOREACH(pvd2, PFS_VNCACHE_HASH(pvd->pvd_pid), pvd_hash) {  in pfs_vncache_free()
253 		if (pvd2 != pvd)  in pfs_vncache_free()
255 		SLIST_REMOVE(PFS_VNCACHE_HASH(pvd->pvd_pid), pvd, pfs_vdata, pvd_hash);  in pfs_vncache_free()
261 	free(pvd, M_PFSVNCACHE);  in pfs_vncache_free()
302 	struct pfs_vdata *pvd;  in pfs_purge()  local
311 		SLIST_FOREACH(pvd, &pfs_vncache_hashtbl[i], pvd_hash) {  in pfs_purge()
312 			if (pn != NULL && pvd->pvd_pn != pn)  in pfs_purge()
314 			vnp = pvd->pvd_vnode;  in pfs_purge()
342 	struct pfs_vdata *pvd;  in pfs_exit()  local
352 	SLIST_FOREACH(pvd, hash, pvd_hash) {  in pfs_exit()
353 		if (pvd->pvd_pid != pid)  in pfs_exit()
355 		vnp = pvd->pvd_vnode;  in pfs_exit()