1008 	struct send_wid	*wd;  in rib_clnt_scq_handler()  local
1030 			wd = (struct send_wid *)(uintptr_t)wc.wc_id;  in rib_clnt_scq_handler()
1031 			qp = wd->qp;  in rib_clnt_scq_handler()
1034 			mutex_enter(&wd->sendwait_lock);  in rib_clnt_scq_handler()
1037 				wd->status = RDMA_SUCCESS;  in rib_clnt_scq_handler()
1060 				wd->status = RDMA_FAILED;  in rib_clnt_scq_handler()
1068 			if (wd->cv_sig == 1) {  in rib_clnt_scq_handler()
1072 				cv_signal(&wd->wait_cv);  in rib_clnt_scq_handler()
1073 				mutex_exit(&wd->sendwait_lock);  in rib_clnt_scq_handler()
1079 				for (i = 0; i < wd->nsbufs; i++) {  in rib_clnt_scq_handler()
1080 					rib_rbuf_free(qptoc(wd->qp),  in rib_clnt_scq_handler()
1082 					    (void *)(uintptr_t)wd->sbufaddr[i]);  in rib_clnt_scq_handler()
1088 				mutex_exit(&wd->sendwait_lock);  in rib_clnt_scq_handler()
1089 				(void) rib_free_sendwait(wd);  in rib_clnt_scq_handler()
1101 	struct send_wid	*wd;  in rib_svc_scq_handler()  local
1123 			wd = (struct send_wid *)(uintptr_t)wc.wc_id;  in rib_svc_scq_handler()
1124 			qp = wd->qp;  in rib_svc_scq_handler()
1126 			mutex_enter(&wd->sendwait_lock);  in rib_svc_scq_handler()
1130 				wd->status = RDMA_SUCCESS;  in rib_svc_scq_handler()
1138 				wd->status = RDMA_FAILED;  in rib_svc_scq_handler()
1146 			if (wd->cv_sig == 1) {  in rib_svc_scq_handler()
1150 				cv_signal(&wd->wait_cv);  in rib_svc_scq_handler()
1151 				mutex_exit(&wd->sendwait_lock);  in rib_svc_scq_handler()
1157 				for (i = 0; i < wd->nsbufs; i++) {  in rib_svc_scq_handler()
1158 					rib_rbuf_free(qptoc(wd->qp),  in rib_svc_scq_handler()
1160 					    (void *)(uintptr_t)wd->sbufaddr[i]);  in rib_svc_scq_handler()
1166 				mutex_exit(&wd->sendwait_lock);  in rib_svc_scq_handler()
1167 				(void) rib_free_sendwait(wd);  in rib_svc_scq_handler()
2178 rib_sendwait(rib_qp_t *qp, struct send_wid *wd)  in rib_sendwait()  argument
2187 	ASSERT(wd != NULL);  in rib_sendwait()
2188 	mutex_enter(&wd->sendwait_lock);  in rib_sendwait()
2189 	if (wd->status == (uint_t)SEND_WAIT) {  in rib_sendwait()
2194 			while ((cv_wait_ret = cv_timedwait(&wd->wait_cv,  in rib_sendwait()
2195 			    &wd->sendwait_lock, timout)) > 0 &&  in rib_sendwait()
2196 			    wd->status == (uint_t)SEND_WAIT)  in rib_sendwait()
2202 				wd->cv_sig = 0;		/* no signal needed */  in rib_sendwait()
2209 			while ((cv_wait_ret = cv_timedwait_sig(&wd->wait_cv,  in rib_sendwait()
2210 			    &wd->sendwait_lock, timout)) > 0 &&  in rib_sendwait()
2211 			    wd->status == (uint_t)SEND_WAIT)  in rib_sendwait()
2217 				wd->cv_sig = 0;		/* no signal needed */  in rib_sendwait()
2223 				wd->cv_sig = 0;		/* no signal needed */  in rib_sendwait()
2232 	if (wd->status != (uint_t)SEND_WAIT) {  in rib_sendwait()
2234 		if (wd->status != RDMA_SUCCESS) {  in rib_sendwait()
2235 			switch (wd->status) {  in rib_sendwait()
2244 		for (i = 0; i < wd->nsbufs; i++) {  in rib_sendwait()
2246 			    (void *)(uintptr_t)wd->sbufaddr[i]);  in rib_sendwait()
2251 		mutex_exit(&wd->sendwait_lock);  in rib_sendwait()
2252 		(void) rib_free_sendwait(wd);  in rib_sendwait()
2255 		mutex_exit(&wd->sendwait_lock);  in rib_sendwait()
2263 	struct send_wid	*wd;  in rib_init_sendwait()  local
2265 	wd = kmem_zalloc(sizeof (struct send_wid), KM_SLEEP);  in rib_init_sendwait()
2266 	wd->xid = xid;  in rib_init_sendwait()
2267 	wd->cv_sig = cv_sig;  in rib_init_sendwait()
2268 	wd->qp = qp;  in rib_init_sendwait()
2269 	cv_init(&wd->wait_cv, NULL, CV_DEFAULT, NULL);  in rib_init_sendwait()
2270 	mutex_init(&wd->sendwait_lock, NULL, MUTEX_DRIVER, NULL);  in rib_init_sendwait()
2271 	wd->status = (uint_t)SEND_WAIT;  in rib_init_sendwait()
2273 	return (wd);  in rib_init_sendwait()
2407 	caddr_t		wd;  in rib_send()  local
2410 	ret = rib_send_and_wait(conn, cl, msgid, 1, 1, &wd);  in rib_send()