33 	const event_t ev = 1L << idx; if (!((map) & (ev))) continue; 
40 	event_t ancestors;
43 static event_t g_descendants[MAX_EV];
44 static event_t g_ude_map;
45 static const event_t g_bev_map = (~(((event_t)-1) << NUM_BEV)) << BEV_OFFSET;
82 	event_t map = evp->cb_map;  in InitEvP()
137 		event_t events, void *cb)  in RegCbWCpy()
141 	event_t evcpy = 0, ev_total;  in RegCbWCpy()
142 	event_t ev_inc_ref = 0, ev_dec_ref = 0;  in RegCbWCpy()
145 	event_t overlap = events & new_evt->map;  in RegCbWCpy()
219 RegCbWoCpy(struct ev_pointer *evp, event_t events, void *cb)  in RegCbWoCpy()
223 	event_t ev_inc_ref = 0;  in RegCbWoCpy()
226 	event_t overlap = events & cur_evt->map;  in RegCbWoCpy()
279 UnregCb(struct ev_pointer *evp, event_t events)  in UnregCb()
288 		event_t evs = events & g_ude_map;  in UnregCb()
292 				const event_t evid = 1L << walk;  in UnregCb()
333 		event_t events, void *cb)  in FindReusableEvT()
341 		event_t overlap = evp->cb_map & walk->map;  in FindReusableEvT()
343 		event_t ev_total = events | overlap;  in FindReusableEvT()
379 		event_t events, void *cb)  in ModCb()
426 ModifyCallback(mctx_t mctx, int op, int sockid, event_t events,  in ModifyCallback()
483 mtcp_register_callback(mctx_t mctx, int sockid, event_t events,  in mtcp_register_callback()
495 mtcp_unregister_callback(mctx_t mctx, int sockid, event_t events,  in mtcp_unregister_callback()
501 event_t
502 mtcp_define_event(event_t event, filter_t filter)  in mtcp_define_event()
522 		const event_t ude = 1L << (i + UDE_OFFSET);  in mtcp_define_event()
537 		event_t ancestors = event |  in mtcp_define_event()
560 mtcp_remove_ude(event_t event)  in mtcp_remove_ude()
598 		socket_map_t socket, int side, struct pkt_ctx *pctx, event_t events)  in HandleCallback()
661 	event_t bev_map = cb_map | ft_map;  in HandleCallback()
677 		const event_t descendants = g_descendants[ev_idx];  in HandleCallback()