79 InitEvP(struct ev_pointer *evp, struct ev_base *evb)  in InitEvP()  argument
81 	*evp = evb->dflt_evp;  in InitEvP()
82 	event_t map = evp->cb_map;  in InitEvP()
85 		evp->evt->ent[i].ref++;  in InitEvP()
92 		evp->evt->ent[i].ref++;  in InitEvP()
97 CleanupEvP(struct ev_pointer *evp)  in CleanupEvP()  argument
99 	EVENT_FOREACH_START(ev, i, BEV_OFFSET, BEV_OFFSET + NUM_BEV, evp->cb_map) {  in CleanupEvP()
100 		evp->evt->ent[i].ref--;  in CleanupEvP()
101 	} EVENT_FOREACH_END(ev, evp->cb_map);  in CleanupEvP()
103 	if (!evp->cb_map)  in CleanupEvP()
106 	EVENT_FOREACH_START(ev, i, UDE_OFFSET, MAX_EV, evp->cb_map) {  in CleanupEvP()
107 		evp->evt->ent[i].ref--;  in CleanupEvP()
108 	} EVENT_FOREACH_END(ev, evp->cb_map);  in CleanupEvP()
136 RegCbWCpy(struct ev_pointer *evp, struct ev_table *new_evt,  in RegCbWCpy()  argument
143 	struct ev_table *cur_evt = evp->evt;  in RegCbWCpy()
147 	assert(evp->evt != new_evt);  in RegCbWCpy()
148 	assert(!(evp->cb_map & events));  in RegCbWCpy()
149 	assert((evp->cb_map & cur_evt->map) == evp->cb_map);  in RegCbWCpy()
152 	ev_total = events | evp->cb_map;  in RegCbWCpy()
153 	evcpy = evp->cb_map & ~new_evt->map;  in RegCbWCpy()
154 	evp->evt = new_evt;  in RegCbWCpy()
156 	ev_inc_ref = events | evp->cb_map;  in RegCbWCpy()
157 	ev_dec_ref = evp->cb_map;  in RegCbWCpy()
160 	evp->cb_map |= events;  in RegCbWCpy()
199 			evp->ft_map |= g_udes[i - UDE_OFFSET].ancestors;  in RegCbWCpy()
219 RegCbWoCpy(struct ev_pointer *evp, event_t events, void *cb)  in RegCbWoCpy()  argument
224 	struct ev_table *cur_evt = evp->evt;  in RegCbWoCpy()
228 	assert(!(evp->cb_map & events));  in RegCbWoCpy()
229 	assert((evp->cb_map & cur_evt->map) == evp->cb_map);  in RegCbWoCpy()
234 	evp->cb_map |= events;  in RegCbWoCpy()
266 			evp->ft_map |= g_udes[i - UDE_OFFSET].ancestors;  in RegCbWoCpy()
279 UnregCb(struct ev_pointer *evp, event_t events)  in UnregCb()  argument
281 	assert(evp);  in UnregCb()
283 	struct ev_table *evt = evp->evt;  in UnregCb()
284 	evp->cb_map &= ~events;  in UnregCb()
294 					!(evid & evp->cb_map)  in UnregCb()
296 					&& !(g_descendants[walk] & evp->cb_map)) {  in UnregCb()
298 					evp->ft_map &= ~(1L << g_udes[walk - UDE_OFFSET].parent);  in UnregCb()
332 FindReusableEvT(struct ev_pointer *evp, struct ev_base *evb,  in FindReusableEvT()  argument
335 	struct ev_table *cur_evt = evp->evt;  in FindReusableEvT()
338 	assert((evp->cb_map & cur_evt->map) == evp->cb_map);  in FindReusableEvT()
341 		event_t overlap = evp->cb_map & walk->map;  in FindReusableEvT()
378 ModCb(mtcp_manager_t mtcp, int op, struct ev_pointer *evp, struct ev_base *evb,  in ModCb()  argument
381 	struct ev_table *evt = evp->evt;  in ModCb()
388 		if (events & evp->cb_map) {  in ModCb()
395 			if (!(nevt = FindReusableEvT(evp, evb, events, cb))) {  in ModCb()
403 				RegCbWCpy(evp, nevt, events, cb);  in ModCb()
405 				RegCbWoCpy(evp, events, cb);  in ModCb()
409 			RegCbWoCpy(evp, events, cb);  in ModCb()
412 		if ((events & evp->cb_map) != events) {  in ModCb()
418 			UnregCb(evp, events);  in ModCb()
430 	struct ev_pointer *evp;  in ModifyCallback()  local
451 			evp = &socket->monitor_stream->dontcare_evp;  in ModifyCallback()
454 			evp = &socket->monitor_stream->pre_tcp_evp;  in ModifyCallback()
457 			evp = &socket->monitor_stream->post_tcp_evp;  in ModifyCallback()
473 		evp = &evb->dflt_evp;  in ModifyCallback()
479 	return ModCb(mtcp, op, evp, evb, events, callback);  in ModifyCallback()
624 	struct ev_pointer * const evp =  in HandleCallback()  local
636 	if (!evp || !((cb_map = events & evp->cb_map) || (g_ude_map & evp->cb_map)))  in HandleCallback()
659 	ft_map = events & evp->ft_map;  in HandleCallback()
662 	struct ev_table * const evt = evp->evt;  in HandleCallback()
679 			cb_map |= descendants & evp->cb_map;  in HandleCallback()
680 			ft_map |= descendants & evp->ft_map;  in HandleCallback()