ctf_outstanding
if ((ctf_outstanding(bbr->rc_tp) >= bbr->r_ctl.rc_target_at_state) ||
((ctf_outstanding(bbr->rc_tp) + bbr->rc_tp->t_maxseg - 1) >=
if (ctf_outstanding(tp) >= tp->snd_wnd) {
if ((len + ctf_outstanding(tp)) > tp->snd_wnd) {
len = tp->snd_wnd - ctf_outstanding(tp);
target += ctf_outstanding(tp);
(ctf_outstanding(tp) >= (2 * p_maxseg)) &&
} else if (((tp->snd_wnd - ctf_outstanding(tp)) <
if ((ctf_outstanding(tp) + min((bbr->r_ctl.rc_high_rwnd/2), bbr_minseg(bbr))) >=
bbr_cwnd_limiting(tp, bbr, ctf_outstanding(tp));
} else if (ctf_outstanding(tp) >= sbavail(sb)) {
bbr_cwnd_limiting(tp, bbr, ctf_outstanding(tp));
bbr_cwnd_limiting(tp, bbr, ctf_outstanding(tp));
out = ctf_outstanding(tp);
if (tp->snd_wnd < ctf_outstanding(tp))
(sbavail(&so->so_snd) > ctf_outstanding(tp))) {
if (tp->snd_wnd < ctf_outstanding(tp))
rack_log_collapse(rack, 0, 0, ctf_outstanding(rack->rc_tp), line, 0, 0, NULL);
rack_log_collapse(rack, cnt, split, ctf_outstanding(rack->rc_tp), line, 0, 0, NULL);
out = ctf_outstanding(tp);
if (tp->snd_wnd < ctf_outstanding(tp))
rack_collapsed_window(rack, ctf_outstanding(tp), th->th_ack, __LINE__);
if (tp->snd_wnd < ctf_outstanding(tp)) {
rack_collapsed_window(rack, ctf_outstanding(tp), th->th_ack, __LINE__);
if ((ctf_outstanding(rack->rc_tp) + (segsiz-1)) > rack->rc_tp->snd_wnd)
if (ctf_outstanding(tp) >= tp->snd_wnd) {
if ((len + ctf_outstanding(tp)) > tp->snd_wnd) {
len = tp->snd_wnd - ctf_outstanding(tp);
if (tp->snd_wnd > ctf_outstanding(tp))
rw_avail = tp->snd_wnd - ctf_outstanding(tp);
} else if (((tp->snd_wnd - ctf_outstanding(tp)) <
if (((tp->snd_wnd - ctf_outstanding(tp)) < segsiz) &&
(ctf_outstanding(tp) < (segsiz * 2))) {
if ((ctf_outstanding(tp) +
} else if (ctf_outstanding(tp) >= sbavail(sb)) {
} else if ((ctf_outstanding(tp) + minseg) > cwnd_to_use) {
if (ctf_outstanding(tp) <= sbavail(&tptosocket(tp)->so_snd)) {
if (rc_sacked <= ctf_outstanding(tp))
return(ctf_outstanding(tp) - rc_sacked);
uint32_t ctf_outstanding(struct tcpcb *tp);