void ci_sock_cmn_timestamp_q_enqueue(ci_netif* ni, ci_sock_cmn* s,
ci_ip_pkt_fmt* pkt)
{
ci_ip_pkt_queue* qu = &s->timestamp_q;
oo_pkt_p prev_head = qu->head;
/* This part is effectively ci_ip_queue_enqueue(ni, &s->timestamp_q, p);
* but inlined to allow using tsq_next field
*/
pkt->tsq_next = OO_PP_NULL;
if( ci_ip_queue_is_empty(qu) ) {
ci_assert(OO_PP_IS_NULL(qu->head));
qu->head = OO_PKT_P(pkt);
}
else {
ci_assert(OO_PP_NOT_NULL(qu->head));
/* This assumes the netif lock is held, so use
ci_ip_queue_enqueue_nnl() if it's not */
PKT(ni, qu->tail)->tsq_next = OO_PKT_P(pkt);
}
qu->tail = OO_PKT_P(pkt);
qu->num++;
if( OO_PP_IS_NULL(prev_head) ) {
ci_assert(OO_PP_IS_NULL(s->timestamp_q_extract));
s->timestamp_q_extract = qu->head;
}
else {
ci_sock_cmn_timestamp_q_reap(ni, s);
}
/* Tells post-poll loop to put socket on the [reap_list]. */
s->b.sb_flags |= CI_SB_FLAG_RX_DELIVERED;
}
static int
ath_get_totstat(struct statfoo *sf, int s, char b[], size_t bs)
{
struct athaggrstatfoo_p *wf = (struct athaggrstatfoo_p *) sf;
#define STAT(x) \
snprintf(b, bs, "%u", wf->total.aggr_##x); return 1
#define PKT(x) \
snprintf(b, bs, "%u", wf->total.aggr_pkts[x]); return 1
switch (s) {
case S_SINGLE_PKT: STAT(single_pkt);
case S_NONBAW_PKT: STAT(nonbaw_pkt);
case S_AGGR_PKT: STAT(aggr_pkt);
case S_BAW_CLOSED_SINGLE_PKT: STAT(baw_closed_single_pkt);
case S_LOW_HWQ_SINGLE_PKT: STAT(low_hwq_single_pkt);
case S_SCHED_NOPKT: STAT(sched_nopkt);
case S_RTS_AGGR_LIMITED: STAT(rts_aggr_limited);
case S_PKT0: PKT(0);
case S_PKT1: PKT(1);
case S_PKT2: PKT(2);
case S_PKT3: PKT(3);
case S_PKT4: PKT(4);
case S_PKT5: PKT(5);
case S_PKT6: PKT(6);
case S_PKT7: PKT(7);
case S_PKT8: PKT(8);
case S_PKT9: PKT(9);
case S_PKT10: PKT(10);
case S_PKT11: PKT(11);
case S_PKT12: PKT(12);
case S_PKT13: PKT(13);
case S_PKT14: PKT(14);
case S_PKT15: PKT(15);
case S_PKT16: PKT(16);
case S_PKT17: PKT(17);
case S_PKT18: PKT(18);
case S_PKT19: PKT(19);
case S_PKT20: PKT(20);
case S_PKT21: PKT(21);
case S_PKT22: PKT(22);
case S_PKT23: PKT(23);
case S_PKT24: PKT(24);
case S_PKT25: PKT(25);
case S_PKT26: PKT(26);
case S_PKT27: PKT(27);
case S_PKT28: PKT(28);
case S_PKT29: PKT(29);
case S_PKT30: PKT(30);
case S_PKT31: PKT(31);
}
b[0] = '\0';
return 0;
#undef PKT
#undef STAT
}
