/*
* debug attribute TCA_SFB_PARMS
*/
void debug_tca_sfb_parms(int lev, struct rtattr *sfb, const char *name)
{
struct tc_sfb_qopt *qopt;
if(debug_rta_len_chk(lev, sfb, name, sizeof(*qopt)))
return;
qopt = (struct tc_sfb_qopt *)RTA_DATA(sfb);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(sfb->rta_len));
rec_dbg(lev, " [ tc_stats(%d) ]", sizeof(*qopt));
rec_dbg(lev, " rehash_interval(%d): %u",
sizeof(qopt->rehash_interval), qopt->rehash_interval);
rec_dbg(lev, " warmup_time(%d): %u",
sizeof(qopt->warmup_time), qopt->warmup_time);
rec_dbg(lev, " max(%d): %u", sizeof(qopt->max), qopt->max);
rec_dbg(lev, " bin_size(%d): %u", sizeof(qopt->bin_size), qopt->bin_size);
rec_dbg(lev, " increment(%d): %u", sizeof(qopt->increment), qopt->increment);
rec_dbg(lev, " decrement(%d): %u", sizeof(qopt->decrement), qopt->decrement);
rec_dbg(lev, " limit(%d): %u", sizeof(qopt->limit), qopt->limit);
rec_dbg(lev, " penalty_rate(%d): %u",
sizeof(qopt->penalty_rate), qopt->penalty_rate);
rec_dbg(lev, " penalty_burst(%d): %u",
sizeof(qopt->penalty_burst), qopt->penalty_burst);
}
/*
* debug attribute TCA_EM_META_HDR
*/
struct tcf_meta_hdr *debug_tca_em_meta_hdr(int lev, struct rtattr *meta, const char *name)
{
struct tcf_meta_hdr *hdr;
struct tcf_meta_val *left, *right;
if(debug_rta_len_chk(lev, meta, name, sizeof(*hdr)))
return(NULL);
hdr = (struct tcf_meta_hdr *)RTA_DATA(meta);
left = &(hdr->left);
right = &(hdr->right);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(meta->rta_len));
rec_dbg(lev, " [ tcf_meta_hdr(%d) ]", sizeof(*hdr));
rec_dbg(lev, " [ tcf_meta_val left(%d) ]", sizeof(*left));
rec_dbg(lev, " kind(%d): 0x%04x(%s,%s)",
sizeof(left->kind), left->kind,
conv_tcf_meta_type(TCF_META_TYPE(left->kind), 1),
conv_tcf_meta_id(TCF_META_ID(left->kind), 1));
rec_dbg(lev, " shift(%d): %d", sizeof(left->shift), left->shift);
rec_dbg(lev, " op(%d): %d(%s)",
sizeof(left->op), left->op, conv_tcf_em_opnd(left->op, 1));
rec_dbg(lev, " [ tcf_meta_val right(%d) ]", sizeof(*right));
rec_dbg(lev, " kind(%d): 0x%04x(%s,%s)",
sizeof(right->kind), right->kind,
conv_tcf_meta_type(TCF_META_TYPE(right->kind), 1),
conv_tcf_meta_id(TCF_META_ID(right->kind), 1));
rec_dbg(lev, " shift(%d): %d", sizeof(right->shift), right->shift);
rec_dbg(lev, " op(%d): %d(%s)",
sizeof(right->op), right->op, conv_tcf_em_opnd(right->op, 1));
return(hdr);
}
/*
* debug attribute TCA_RSVP_PINFO
*/
void debug_tca_rsvp_pinfo(int lev, struct rtattr *rsvp, const char *name)
{
struct tc_rsvp_pinfo *pinfo;
struct tc_rsvp_gpi *dpi, *spi;
if(debug_rta_len_chk(lev, rsvp, name, sizeof(*pinfo)))
return;
pinfo = (struct tc_rsvp_pinfo *)RTA_DATA(rsvp);
dpi = &(pinfo->dpi);
spi = &(pinfo->spi);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(rsvp->rta_len));
rec_dbg(lev, " [ tc_rsvp_pinfo(%d) ]", sizeof(*pinfo));
rec_dbg(lev, " [ tc_rsvp_gpi dpi(%d) ]", sizeof(*dpi));
rec_dbg(lev, " key(%d): 0x%08x", sizeof(dpi->key), dpi->key);
rec_dbg(lev, " mask(%d): 0x%08x", sizeof(dpi->mask), dpi->mask);
rec_dbg(lev, " offset(%d): %d", sizeof(dpi->offset), dpi->offset);
rec_dbg(lev, " [ tc_rsvp_gpi spi(%d) ]", sizeof(*spi));
rec_dbg(lev, " key(%d): 0x%08x", sizeof(spi->key), spi->key);
rec_dbg(lev, " mask(%d): 0x%08x", sizeof(spi->mask), spi->mask);
rec_dbg(lev, " offset(%d): %d", sizeof(spi->offset), spi->offset);
rec_dbg(lev, " protocol(%d): %d", sizeof(pinfo->protocol), pinfo->protocol);
rec_dbg(lev, " tunnelid(%d): %d", sizeof(pinfo->tunnelid), pinfo->tunnelid);
rec_dbg(lev, " tunnelhdr(%d): %d", sizeof(pinfo->tunnelhdr), pinfo->tunnelhdr);
rec_dbg(lev, " pad(%d): %d", sizeof(pinfo->pad), pinfo->pad);
}
/*
* debug attribute RTA_CACHEINFO
*/
void debug_rta_cacheinfo(int lev, struct rtattr *rta, const char *name)
{
struct rta_cacheinfo *rtac;
if(debug_rta_len_chk(lev, rta, name, sizeof(*rtac)))
return;
rtac = (struct rta_cacheinfo *)RTA_DATA(rta);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(rta->rta_len));
rec_dbg(lev, " [ rta_cacheinfo(%d) ]", sizeof(*rtac));
rec_dbg(lev, " rta_clntref(%d): %u",
sizeof(rtac->rta_clntref), rtac->rta_clntref);
rec_dbg(lev, " rta_lastuse(%d): %u",
sizeof(rtac->rta_lastuse), rtac->rta_lastuse);
rec_dbg(lev, " rta_expires(%d): %d",
sizeof(rtac->rta_expires), rtac->rta_expires);
rec_dbg(lev, " rta_error(%d): %u",
sizeof(rtac->rta_error), rtac->rta_error);
rec_dbg(lev, " rta_used(%d): %u",
sizeof(rtac->rta_used), rtac->rta_used);
rec_dbg(lev, " rta_id(%d): %u",
sizeof(rtac->rta_id), rtac->rta_id);
rec_dbg(lev, " rta_ts(%d): %u",
sizeof(rtac->rta_ts), rtac->rta_ts);
rec_dbg(lev, " rta_tsage(%d): %u",
sizeof(rtac->rta_tsage), rtac->rta_tsage);
}
/*
* debug attribute RTA_MULTIPATH
*/
void debug_rta_multipath(int lev, struct rtmsg *rtm, struct rtattr *rta, const char *name)
{
struct rtnexthop *rtnh;
int rtnh_len = RTA_PAYLOAD(rta);
struct rtattr *rtnha[__RTA_MAX];
char ifname[IFNAMSIZ] = "";
char flags_list[MAX_STR_SIZE] = "";
if(debug_rta_len_chk(lev, rta, name, sizeof(*rtnh)))
return;
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(rta->rta_len));
for(rtnh = RTA_DATA(rta); RTNH_OK(rtnh, rtnh_len);
rtnh = RTNH_NEXT(rtnh), rtnh_len -= RTNH_ALIGN(rtnh->rtnh_len)) {
conv_rtnh_flags(rtnh->rtnh_flags, flags_list, sizeof(flags_list));
if_indextoname_from_lists(rtnh->rtnh_ifindex, ifname);
rec_dbg(lev, " [ rtnexthop(%d) ]", sizeof(*rtnh));
rec_dbg(lev, " rtnh_len(%d): %hu",
sizeof(rtnh->rtnh_len), rtnh->rtnh_len);
rec_dbg(lev, " rtnh_flags(%d): %d(%s)",
sizeof(rtnh->rtnh_flags), rtnh->rtnh_flags, flags_list);
rec_dbg(lev, " rtnh_hops(%d): %d",
sizeof(rtnh->rtnh_hops), rtnh->rtnh_hops);
rec_dbg(lev, " rtnh_ifindex(%d): %d(%s)",
sizeof(rtnh->rtnh_ifindex), rtnh->rtnh_ifindex, ifname);
parse_rtattr(rtnha, RTA_MAX, RTNH_DATA(rtnh), rtnh->rtnh_len - sizeof(*rtnh));
if(rtnha[RTA_GATEWAY])
debug_rta_af(lev+3, rtnha[RTA_GATEWAY], "RTA_GATEWAY", rtm->rtm_family);
}
}
/*
* debug prio options
*/
void debug_tca_options_prio(int lev, struct rtattr *tca, const char *name)
{
struct tc_prio_qopt *qopt;
char prio[MAX_STR_SIZE] = "";
char *p = prio;
int i, len = sizeof(prio);
if(debug_rta_len_chk(lev, tca, name, sizeof(*qopt)))
return;
qopt = (struct tc_prio_qopt *)RTA_DATA(tca);
for(i = 0; i < TC_PRIO_MAX + 1; i++) {
if(i == TC_PRIO_MAX)
APPEND_SNPRINTF(rc, p, len, "%d ", qopt->priomap[i]);
else
APPEND_SNPRINTF(rc, p, len, "%d-", qopt->priomap[i]);
}
if (p - prio == sizeof(prio)) {
rec_dbg(lev, "%s(%hu): -- priomap too long --",
name, RTA_ALIGN(tca->rta_len));
return;
}
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(tca->rta_len));
rec_dbg(lev, " [ tc_prio_qopt(%d) ]", sizeof(*qopt));
rec_dbg(lev, " bands(%d): %d", sizeof(qopt->bands), qopt->bands);
rec_dbg(lev, " priomap(%d): %s", sizeof(qopt->priomap), prio);
}
/*
* debug netem options
*/
void debug_tca_options_netem(int lev, struct rtattr *tca, const char *name)
{
struct rtattr *netem[__TCA_NETEM_MAX];
struct tc_netem_qopt *qopt;
if(debug_rta_len_chk(lev, tca, name, sizeof(*qopt)))
return;
qopt = (struct tc_netem_qopt *)RTA_DATA(tca);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(tca->rta_len));
rec_dbg(lev, " [ tc_netem_qopt(%d) ]", sizeof(*qopt));
rec_dbg(lev, " latency(%d): %u", sizeof(qopt->latency), qopt->latency);
rec_dbg(lev, " limit(%d): %u", sizeof(qopt->limit), qopt->limit);
rec_dbg(lev, " loss(%d): %u", sizeof(qopt->loss), qopt->loss);
rec_dbg(lev, " gap(%d): %u", sizeof(qopt->gap), qopt->gap);
rec_dbg(lev, " duplicate(%d): %u", sizeof(qopt->duplicate), qopt->duplicate);
rec_dbg(lev, " jitter(%d): %u", sizeof(qopt->jitter), qopt->jitter);
parse_rtattr(netem, TCA_NETEM_MAX,
RTA_DATA(tca) + sizeof(struct tc_netem_qopt),
RTA_PAYLOAD(tca) - sizeof(struct tc_netem_qopt));
if(netem[TCA_NETEM_CORR])
debug_tca_netem_corr(lev+1, netem[TCA_NETEM_CORR],
"TCA_NETEM_CORR");
if(netem[TCA_NETEM_DELAY_DIST])
debug_rta_ignore(lev+1, netem[TCA_NETEM_DELAY_DIST],
"TCA_NETEM_DELAY_DIST");
if(netem[TCA_NETEM_REORDER])
debug_tca_netem_reorder(lev+1, netem[TCA_NETEM_REORDER],
"TCA_NETEM_REORDER");
if(netem[TCA_NETEM_CORRUPT])
debug_tca_netem_corrupt(lev+1, netem[TCA_NETEM_CORRUPT],
"TCA_NETEM_CORRUPT");
#if HAVE_DECL_TCA_NETEM_LOSS
if(netem[TCA_NETEM_LOSS])
debug_tca_netem_loss(lev+1, netem[TCA_NETEM_LOSS],
"TCA_NETEM_LOSS");
#endif
#if HAVE_DECL_TCA_NETEM_RATE
if(netem[TCA_NETEM_RATE])
debug_tca_netem_rate(lev+1, netem[TCA_NETEM_RATE],
"TCA_NETEM_RATE");
#endif
#if HAVE_DECL_TCA_NETEM_ECN
if(netem[TCA_NETEM_ECN])
debug_rta_u32(lev+1, netem[TCA_NETEM_ECN],
"TCA_NETEM_ECN", NULL);
#endif
}
/*
* debug attribute TCA_*_CLASSID
*/
void debug_tca_classid(int lev, struct rtattr *tca, const char *name)
{
unsigned n_classid;
char s_classid[MAX_STR_SIZE] = "";
if(debug_rta_len_chk(lev, tca, name, sizeof(n_classid)))
return;
n_classid = *(unsigned *)RTA_DATA(tca);
parse_tc_handle(s_classid, sizeof(s_classid), n_classid);
rec_dbg(lev, "%s(%hu): 0x%08x(%s)",
name, RTA_ALIGN(tca->rta_len), n_classid, s_classid);
}
/*
* debug interface index attribute
*/
void debug_rta_ifindex(int lev, struct rtattr *rta, const char *name)
{
unsigned ifindex;
char ifname[IFNAMSIZ] = "";
if(debug_rta_len_chk(lev, rta, name, sizeof(unsigned)))
return;
ifindex = *(unsigned *)RTA_DATA(rta);
if_indextoname_from_lists(ifindex, ifname);
rec_dbg(lev, "%s(%hu): %u(%s)",
name, RTA_ALIGN(rta->rta_len), ifindex, ifname);
return;
}
/*
* debug tc_qfq_xstats
*/
void debug_tc_qfq_xstats(int lev, struct rtattr *tca, const char *name)
{
struct tc_qfq_stats *stats;
if(debug_rta_len_chk(lev, tca, name, sizeof(*stats)))
return;
stats = (struct tc_qfq_stats *)RTA_DATA(tca);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(tca->rta_len));
rec_dbg(lev, " [ tc_qfq_stats(%d) ]", sizeof(*stats));
rec_dbg(lev, " weight(%d): %u", sizeof(stats->weight), stats->weight);
rec_dbg(lev, " lmax(%d): %u", sizeof(stats->lmax), stats->lmax);
}
/*
* debug attribute TCA_HFSC_*SC
*/
void debug_tca_hfsc_sc(int lev, struct rtattr *hfsc, const char *name)
{
struct tc_service_curve *sc;
if(debug_rta_len_chk(lev, hfsc, name, sizeof(*sc)))
return;
sc = (struct tc_service_curve *)RTA_DATA(hfsc);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(hfsc->rta_len));
rec_dbg(lev, " [ tc_service_curve(%d) ]", sizeof(*sc));
rec_dbg(lev, " m1(%d): %u", sizeof(sc->m1), sc->m1);
rec_dbg(lev, " d(%d): %u", sizeof(sc->d), sc->d);
rec_dbg(lev, " m2(%d): %u", sizeof(sc->m2), sc->m2);
}
/*
* debug attribute TCA_NETEM_CORR
*/
void debug_tca_netem_corr(int lev, struct rtattr *netem, const char *name)
{
struct tc_netem_corr *corr;
if(debug_rta_len_chk(lev, netem, name, sizeof(*corr)))
return;
corr = (struct tc_netem_corr *)RTA_DATA(netem);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(netem->rta_len));
rec_dbg(lev, " [ tc_netem_corr(%d) ]", sizeof(*corr));
rec_dbg(lev, " delay_corr(%d): %u", sizeof(corr->delay_corr), corr->delay_corr);
rec_dbg(lev, " loss_corr(%d): %u", sizeof(corr->loss_corr), corr->loss_corr);
rec_dbg(lev, " dup_corr(%d): %u", sizeof(corr->dup_corr), corr->dup_corr);
}
/*
* debug int attribute
*/
void debug_rta_s32x(int lev, struct rtattr *rta, const char *name,
const char *(*conv)(int num, unsigned char debug))
{
if(debug_rta_len_chk(lev, rta, name, sizeof(int)))
return;
int data = *(int *)RTA_DATA(rta);
if(conv)
rec_dbg(lev, "%s(%hu): 0x%08x(%s)", name, RTA_ALIGN(rta->rta_len), data,
conv(data, 1));
else
rec_dbg(lev, "%s(%hu): 0x%08x", name, RTA_ALIGN(rta->rta_len), data);
return;
}
/*
* debug unsigned short attribute
*/
void debug_rta_u16(int lev, struct rtattr *rta, const char *name,
const char *(*conv)(unsigned short num, unsigned char debug))
{
if(debug_rta_len_chk(lev, rta, name, sizeof(unsigned short)))
return;
unsigned short data = *(unsigned short *)RTA_DATA(rta);
if(conv)
rec_dbg(lev, "%s(%hu): %hu(%s)", name, RTA_ALIGN(rta->rta_len), data,
conv(data, 1));
else
rec_dbg(lev, "%s(%hu): %hu", name, RTA_ALIGN(rta->rta_len), data);
return;
}
/*
* debug attribute NETEM_LOSS_GE
*/
void debug_netem_loss_ge(int lev, struct rtattr *loss, const char *name)
{
struct tc_netem_gemodel *ge;
if(debug_rta_len_chk(lev, loss, name, sizeof(*ge)))
return;
ge = (struct tc_netem_gemodel *)RTA_DATA(loss);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(loss->rta_len));
rec_dbg(lev, " [ tc_netem_gemodel(%d) ]", sizeof(*ge));
rec_dbg(lev, " p(%d): %u", sizeof(ge->p), ge->p);
rec_dbg(lev, " r(%d): %u", sizeof(ge->r), ge->r);
rec_dbg(lev, " h(%d): %u", sizeof(ge->h), ge->h);
rec_dbg(lev, " k1(%d): %u", sizeof(ge->k1), ge->k1);
}
/*
* debug attribute TCA_NETEM_REORDER
*/
void debug_tca_netem_reorder(int lev, struct rtattr *netem, const char *name)
{
struct tc_netem_reorder *reorder;
if(debug_rta_len_chk(lev, netem, name, sizeof(*reorder)))
return;
reorder = (struct tc_netem_reorder *)RTA_DATA(netem);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(netem->rta_len));
rec_dbg(lev, " [ tc_netem_reorder(%d) ]", sizeof(*reorder));
rec_dbg(lev, " probability(%d): %u",
sizeof(reorder->probability), reorder->probability);
rec_dbg(lev, " correlation(%d): %u",
sizeof(reorder->correlation), reorder->correlation);
}
/*
* debug attribute TCA_NETEM_CORRUPT
*/
void debug_tca_netem_corrupt(int lev, struct rtattr *netem, const char *name)
{
struct tc_netem_corrupt *corrupt;
if(debug_rta_len_chk(lev, netem, name, sizeof(*corrupt)))
return;
corrupt = (struct tc_netem_corrupt *)RTA_DATA(netem);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(netem->rta_len));
rec_dbg(lev, " [ tc_netem_corrupt(%d) ]", sizeof(*corrupt));
rec_dbg(lev, " probability(%d): %u",
sizeof(corrupt->probability), corrupt->probability);
rec_dbg(lev, " correlation(%d): %u",
sizeof(corrupt->correlation), corrupt->correlation);
}
/*
* debug tc_red_xstats
*/
void debug_tc_red_xstats(int lev, struct rtattr *tca, const char *name)
{
struct tc_red_xstats *xstats;
if(debug_rta_len_chk(lev, tca, name, sizeof(*xstats)))
return;
xstats = (struct tc_red_xstats *)RTA_DATA(tca);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(tca->rta_len));
rec_dbg(lev, " [ tc_red_xstats(%d) ]", sizeof(*xstats));
rec_dbg(lev, " early(%d): %u", sizeof(xstats->early), xstats->early);
rec_dbg(lev, " pdrop(%d): %u", sizeof(xstats->pdrop), xstats->pdrop);
rec_dbg(lev, " other(%d): %u", sizeof(xstats->other), xstats->other);
rec_dbg(lev, " marked(%d): %u", sizeof(xstats->marked), xstats->marked);
}
/*
* debug attribute TCA_EMATCH_TREE_HDR
*/
int debug_tca_ematch_tree_hdr(int lev, struct rtattr *em_tree, const char *name)
{
struct tcf_ematch_tree_hdr *hdr;
if(debug_rta_len_chk(lev, em_tree, name, sizeof(*hdr)))
return(-1);
hdr = (struct tcf_ematch_tree_hdr *)RTA_DATA(em_tree);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(em_tree->rta_len));
rec_dbg(lev, " [ tcf_ematch_tree_hdr(%d) ]", sizeof(*hdr));
rec_dbg(lev, " nmatches(%d): %hu", sizeof(hdr->nmatches), hdr->nmatches);
rec_dbg(lev, " progid(%d): %hu", sizeof(hdr->progid), hdr->progid);
return(hdr->nmatches);
}
/*
* debug attribute NETEM_LOSS_GI
*/
void debug_netem_loss_gi(int lev, struct rtattr *loss, const char *name)
{
struct tc_netem_gimodel *gi;
if(debug_rta_len_chk(lev, loss, name, sizeof(*gi)))
return;
gi = (struct tc_netem_gimodel *)RTA_DATA(loss);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(loss->rta_len));
rec_dbg(lev, " [ tc_netem_gimodel(%d) ]", sizeof(*gi));
rec_dbg(lev, " p13(%d): %u", sizeof(gi->p13), gi->p13);
rec_dbg(lev, " p31(%d): %u", sizeof(gi->p31), gi->p31);
rec_dbg(lev, " p32(%d): %u", sizeof(gi->p32), gi->p32);
rec_dbg(lev, " p14(%d): %u", sizeof(gi->p14), gi->p14);
rec_dbg(lev, " p23(%d): %u", sizeof(gi->p23), gi->p23);
}
/*
* debug attribute TCA_NETEM_RATE
*/
void debug_tca_netem_rate(int lev, struct rtattr *netem, const char *name)
{
struct tc_netem_rate *rate;
if(debug_rta_len_chk(lev, netem, name, sizeof(*rate)))
return;
rate = (struct tc_netem_rate *)RTA_DATA(netem);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(netem->rta_len));
rec_dbg(lev, " [ tc_netem_rate(%d) ]", sizeof(*rate));
rec_dbg(lev, " rate(%d): %u", sizeof(rate->rate), rate->rate);
rec_dbg(lev, " packet_overhead(%d): %u",
sizeof(rate->packet_overhead), rate->packet_overhead);
rec_dbg(lev, " cell_size(%d): %u", sizeof(rate->cell_size), rate->cell_size);
rec_dbg(lev, " cell_overhead(%d): %u",
sizeof(rate->cell_overhead), rate->cell_overhead);
}
/*
* debug tc_sfb_xstats
*/
void debug_tc_sfb_xstats(int lev, struct rtattr *tca, const char *name)
{
struct tc_sfb_xstats *xstats;
if(debug_rta_len_chk(lev, tca, name, sizeof(*xstats)))
return;
xstats = (struct tc_sfb_xstats *)RTA_DATA(tca);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(tca->rta_len));
rec_dbg(lev, " [ tc_sfb_xstats(%d) ]", sizeof(*xstats));
rec_dbg(lev, " earlydrop(%d): %u", sizeof(xstats->earlydrop), xstats->earlydrop);
rec_dbg(lev, " penaltydrop(%d): %u", sizeof(xstats->penaltydrop), xstats->penaltydrop);
rec_dbg(lev, " bucketdrop(%d): %u", sizeof(xstats->bucketdrop), xstats->bucketdrop);
rec_dbg(lev, " queuedrop(%d): %u", sizeof(xstats->queuedrop), xstats->queuedrop);
rec_dbg(lev, " childdrop(%d): %u", sizeof(xstats->childdrop), xstats->childdrop);
rec_dbg(lev, " marked(%d): %u", sizeof(xstats->marked), xstats->marked);
rec_dbg(lev, " maxqlen(%d): %u", sizeof(xstats->maxqlen), xstats->maxqlen);
rec_dbg(lev, " maxprob(%d): %u", sizeof(xstats->maxprob), xstats->maxprob);
rec_dbg(lev, " avgprob(%d): %u", sizeof(xstats->avgprob), xstats->avgprob);
}
/*
* debug attribute TCA_CHOKE_PARMS
*/
void debug_tca_choke_parms(int lev, struct rtattr *choke, const char *name)
{
struct tc_choke_qopt *qopt;
char list[MAX_STR_SIZE] = "";
if(debug_rta_len_chk(lev, choke, name, sizeof(*qopt)))
return;
qopt = (struct tc_choke_qopt *)RTA_DATA(choke);
conv_tc_red_flags(qopt->flags, list, sizeof(list), 1);
rec_dbg(lev, "%s(%hu):", name, RTA_ALIGN(choke->rta_len));
rec_dbg(lev, " [ tc_choke_qopt(%d) ]", sizeof(*qopt));
rec_dbg(lev, " limit(%d): %d", sizeof(qopt->limit), qopt->limit);
rec_dbg(lev, " qth_min(%d): %u", sizeof(qopt->qth_min), qopt->qth_min);
rec_dbg(lev, " qth_max(%d): %u", sizeof(qopt->qth_max), qopt->qth_max);
rec_dbg(lev, " Wlog(%d): %d", sizeof(qopt->Wlog), qopt->Wlog);
rec_dbg(lev, " Plog(%d): %d", sizeof(qopt->Plog), qopt->Plog);
rec_dbg(lev, " Scell_log(%d): %d", sizeof(qopt->Scell_log), qopt->Scell_log);
rec_dbg(lev, " flags(%d): %d(%s)", sizeof(qopt->flags), qopt->flags, list);
}