228 #define	SET_LOCK_TO_FIRST_ACTIVE_VP(gp, lock, vp) \  argument
230 	(lock) = (lock_descriptor_t *)vp->v_filocks;	\
233 #define	SET_LOCK_TO_FIRST_SLEEP_VP(gp, lock, vp) \  argument
235 for ((lock) = SLEEPING_HEAD((gp))->l_next; ((lock) != SLEEPING_HEAD((gp)) && \
236 			(lock)->l_vnode != (vp)); (lock) = (lock)->l_next) \
238 (lock) = ((lock) == SLEEPING_HEAD((gp))) ? NULL : (lock); \
247 #define	IS_INITIAL(lock)	((lock)->l_status == FLK_INITIAL_STATE)  argument
248 #define	IS_ACTIVE(lock)		((lock)->l_status == FLK_ACTIVE_STATE)  argument
249 #define	IS_SLEEPING(lock)	((lock)->l_status == FLK_SLEEPING_STATE)  argument
250 #define	IS_GRANTED(lock)	((lock)->l_status == FLK_GRANTED_STATE)  argument
251 #define	IS_INTERRUPTED(lock)	((lock)->l_status == FLK_INTERRUPTED_STATE)  argument
252 #define	IS_CANCELLED(lock)	((lock)->l_status == FLK_CANCELLED_STATE)  argument
253 #define	IS_DEAD(lock)		((lock)->l_status == FLK_DEAD_STATE)  argument
255 #define	IS_QUERY_LOCK(lock)	((lock)->l_state & QUERY_LOCK)  argument
256 #define	IS_RECOMPUTE(lock)	((lock)->l_state & RECOMPUTE_LOCK)  argument
257 #define	IS_BARRIER(lock)	((lock)->l_state & BARRIER_LOCK)  argument
258 #define	IS_DELETED(lock)	((lock)->l_state & DELETED_LOCK)  argument
259 #define	IS_REFERENCED(lock)	((lock)->l_state & REFERENCED_LOCK)  argument
260 #define	IS_IO_LOCK(lock)	((lock)->l_state & IO_LOCK)  argument
261 #define	IS_WILLING_TO_SLEEP(lock)	\  argument
262 		((lock)->l_state & WILLING_TO_SLEEP_LOCK)
263 #define	IS_LOCKMGR(lock)	((lock)->l_state & LOCKMGR_LOCK)  argument
264 #define	IS_NLM_UP(lock)		((lock)->l_nlm_state == FLK_NLM_UP)  argument
266 #define	IS_PXFS(lock)		((lock)->l_state & PXFS_LOCK)  argument
277 #define	IS_LOCAL(lock)	(GETSYSID((lock)->l_flock.l_sysid) == 0)  argument
278 #define	IS_REMOTE(lock)	(! IS_LOCAL(lock))  argument
293 extern void cl_flk_state_transition_notify(lock_descriptor_t *lock,
317 #define	NOT_BLOCKED(lock)	\  argument
318 	((lock)->l_edge.edge_adj_next == &(lock)->l_edge && !IS_GRANTED(lock))
320 #define	GRANT_WAKEUP(lock)	\  argument
322 		flk_set_state(lock, FLK_GRANTED_STATE); \
323 		(lock)->l_state |= GRANTED_LOCK; \
328 		if (!IS_PXFS(lock)) { \
329 			cv_signal(&(lock)->l_cv); \
333 #define	CANCEL_WAKEUP(lock)	\  argument
335 		flk_set_state(lock, FLK_CANCELLED_STATE); \
336 		(lock)->l_state |= CANCELLED_LOCK; \
341 		if (!IS_PXFS(lock)) { \
342 			cv_signal(&(lock)->l_cv); \
346 #define	INTERRUPT_WAKEUP(lock)	\  argument
348 		flk_set_state(lock, FLK_INTERRUPTED_STATE); \
349 		(lock)->l_state |= INTERRUPTED_LOCK; \
354 		if (!IS_PXFS(lock)) { \
355 			cv_signal(&(lock)->l_cv); \
359 #define	REMOVE_SLEEP_QUEUE(lock)	\  argument
361 	ASSERT(IS_SLEEPING(lock) || IS_GRANTED(lock) || \
362 	    IS_INTERRUPTED(lock) || IS_CANCELLED(lock)); \
363 	(lock)->l_state &= ~SLEEPING_LOCK; \
364 	(lock)->l_next->l_prev = (lock)->l_prev; \
365 	(lock)->l_prev->l_next = (lock)->l_next; \
366 	(lock)->l_next = (lock)->l_prev = (lock_descriptor_t *)NULL; \
369 #define	NO_DEPENDENTS(lock)	\  argument
370 	((lock)->l_edge.edge_in_next == &(lock)->l_edge)
372 #define	GRANT(lock)	\  argument
374 	(lock)->l_state |= GRANTED_LOCK; \
375 	flk_set_state(lock, FLK_GRANTED_STATE); \
378 #define	FIRST_IN(lock)	((lock)->l_edge.edge_in_next)  argument
379 #define	FIRST_ADJ(lock)	((lock)->l_edge.edge_adj_next)  argument
380 #define	HEAD(lock)	(&(lock)->l_edge)  argument
383 #define	IN_ADJ_INIT(lock)	\  argument
385 (lock)->l_edge.edge_adj_next = (lock)->l_edge.edge_adj_prev = &(lock)->l_edge; \
386 (lock)->l_edge.edge_in_next = (lock)->l_edge.edge_in_prev = &(lock)->l_edge; \
406 #define	SET_NLM_STATE(lock, nlm_state)	((lock)->l_nlm_state = nlm_state)  argument
407 #define	GET_NLM_STATE(lock)	((lock)->l_nlm_state)  argument
478 #define	PROC_SAME_OWNER(lock, pvertex)	\  argument
479 	(((lock)->l_flock.l_pid == (pvertex)->pid) && \
480 		((lock)->l_flock.l_sysid == (pvertex)->sysid))