1323 	lock_descriptor_t *lock1, *lock2;  in flk_relation()  local
1382 				lock2 = flk_get_lock();  in flk_relation()
1384 				COPY(lock2, lock);  in flk_relation()
1387 				lock2->l_start = request->l_end + 1;  in flk_relation()
1388 				lock2->l_end = lock->l_end;  in flk_relation()
1390 				topology[1] = lock2;  in flk_relation()
4150 	lock_descriptor_t *lock1, *lock2;  in check_sleeping_locks()  local
4155 	for (lock2 = lock1->l_next; lock2 != SLEEPING_HEAD(gp);  in check_sleeping_locks()
4156 	    lock2 = lock2->l_next) {  in check_sleeping_locks()
4157 		if (lock1->l_vnode == lock2->l_vnode) {  in check_sleeping_locks()
4158 			if (BLOCKS(lock2, lock1)) {  in check_sleeping_locks()
4161 				path(lock1, lock2);  in check_sleeping_locks()
4166 	for (lock2 = ACTIVE_HEAD(gp)->l_next; lock2 != ACTIVE_HEAD(gp);  in check_sleeping_locks()
4167 	    lock2 = lock2->l_next) {  in check_sleeping_locks()
4169 		if (lock1->l_vnode == lock2->l_vnode) {  in check_sleeping_locks()
4170 			if (BLOCKS(lock2, lock1)) {  in check_sleeping_locks()
4173 				path(lock1, lock2);  in check_sleeping_locks()
4186 level_two_path(lock_descriptor_t *lock1, lock_descriptor_t *lock2, int no_path)  in level_two_path()  argument
4199 			ASSERT(ep->to_vertex != lock2);  in level_two_path()
4212 			if (ep->to_vertex == lock2)  in level_two_path()
4253 level_one_path(lock_descriptor_t *lock1, lock_descriptor_t *lock2)  in level_one_path()  argument
4258 		if (ep->to_vertex == lock2)  in level_one_path()
4267 no_path(lock_descriptor_t *lock1, lock_descriptor_t *lock2)  in no_path()  argument
4269 	return (!level_two_path(lock1, lock2, 1));  in no_path()
4273 path(lock_descriptor_t *lock1, lock_descriptor_t *lock2)  in path()  argument
4275 	if (level_one_path(lock1, lock2)) {  in path()
4276 		if (level_two_path(lock1, lock2, 0) != 0) {  in path()
4279 			    (void *)lock1, (void *)lock2);  in path()
4281 	} else if (no_path(lock1, lock2)) {  in path()
4284 		    (void *)lock1, (void *)lock2);  in path()