ctf_fixed_maxseg
limit += ctf_fixed_maxseg(tp);
segsiz = ctf_fixed_maxseg(rack->rc_tp);
changed += ctf_fixed_maxseg(rack->rc_tp);
rack->r_ctl.rc_prr_sndcnt = ctf_fixed_maxseg(tp);
if ((rsm && (rack->r_ctl.rc_prr_sndcnt >= ctf_fixed_maxseg(tp)) &&
segsiz = ctf_fixed_maxseg(tp);
if (SEQ_LT(th->th_ack, tp->snd_una) && (sbspace(&so->so_rcv) > ctf_fixed_maxseg(tp))) {
p_cwnd = min(ctf_fixed_maxseg(tp), rack->r_ctl.rc_pace_min_segs);
if (rack->r_ctl.fsb.left_to_send < ctf_fixed_maxseg(tp)) {
user_max = ctf_fixed_maxseg(tp) * rack->rc_user_set_max_segs;
if (ctf_fixed_maxseg(tp) != rack->r_ctl.rc_pace_min_segs)
rack->r_ctl.rc_pace_min_segs = ctf_fixed_maxseg(tp);
segsiz = min(ctf_fixed_maxseg(tp),
ctf_fixed_maxseg(rack->rc_tp));
segsiz = ctf_fixed_maxseg(tp);
p_cwnd = min(ctf_fixed_maxseg(tp), rack->r_ctl.rc_pace_min_segs);
ctf_fixed_maxseg(tp));
if ((tp->snd_una - tp->iss) > (ctf_fixed_maxseg(tp) * 10)) {
tr_perms = ctf_fixed_maxseg(tp);
(MIN_GP_WIN * ctf_fixed_maxseg(tp)))) {
(MIN_GP_WIN * ctf_fixed_maxseg(tp)));
if ((my_rsm->r_end - my_rsm->r_start) <= ctf_fixed_maxseg(tp))
tp->gput_seq = my_rsm->r_start + ctf_fixed_maxseg(tp);
segsiz = min(ctf_fixed_maxseg(tp), rack->r_ctl.rc_pace_min_segs);
segsiz = min(ctf_fixed_maxseg(tp), rack->r_ctl.rc_pace_min_segs);
segsiz = min(ctf_fixed_maxseg(tp), rack->r_ctl.rc_pace_min_segs);
if (rack->r_ctl.pcm_max_seg < (ctf_fixed_maxseg(tp) * 10)) {
rack->r_ctl.pcm_max_seg = ctf_fixed_maxseg(tp) * 10;
u_segsiz = (uint64_t)min(ctf_fixed_maxseg(rack->rc_tp), rack->r_ctl.rc_pace_min_segs);
rack->r_ctl.rc_pace_max_segs = rack_get_pacing_len(rack, calcbw, ctf_fixed_maxseg(rack->rc_tp));
rack->r_ctl.rc_pace_max_segs = rack_get_pacing_len(rack, rack->r_ctl.bw_rate_cap, ctf_fixed_maxseg(rack->rc_tp));
if (rack->r_ctl.rc_pace_min_segs != ctf_fixed_maxseg(tp)) {
segsiz = min(ctf_fixed_maxseg(tp), rack->r_ctl.rc_pace_min_segs);
segsiz = min(ctf_fixed_maxseg(tp), rack->r_ctl.rc_pace_min_segs);
segsiz = min(ctf_fixed_maxseg(rack->rc_tp),
segsiz = min(ctf_fixed_maxseg(rack->rc_tp),
segsiz = min(ctf_fixed_maxseg(tp), rack->r_ctl.rc_pace_min_segs);
max = rack->r_ctl.rc_early_recovery_segs * ctf_fixed_maxseg(tp);
nsegs * V_tcp_abc_l_var * ctf_fixed_maxseg(tp));
} else if ((prior_cwnd + ctf_fixed_maxseg(tp)) <= tp->snd_cwnd) {
tp->snd_cwnd += min((ctf_fixed_maxseg(tp) * rack_prr_addbackmax),
rack->r_ctl.rc_prr_sndcnt = ctf_fixed_maxseg(tp);
ctf_fixed_maxseg(tp)) * ctf_fixed_maxseg(tp);
tp->snd_cwnd = ctf_fixed_maxseg(tp);
segsiz = min(ctf_fixed_maxseg(tp), rack->r_ctl.rc_pace_min_segs);
(rack->r_ctl.rc_prr_sndcnt < ctf_fixed_maxseg(tp))) {
if (amm > ctf_fixed_maxseg(tp)) {
amm = ctf_fixed_maxseg(tp);
} else if (amm < ctf_fixed_maxseg(tp)) {
if ((rsm->r_end - rsm->r_start) > ctf_fixed_maxseg(tp)) {
(rsm->r_end - ctf_fixed_maxseg(tp)));
(ctf_flight_size(rack->rc_tp, rack->r_ctl.rc_sacked) == ctf_fixed_maxseg(tp))) {
len < (ctf_fixed_maxseg(rack->rc_tp) * 2)))) {
if (all && (len_acked <= ctf_fixed_maxseg(tp)))
tp->gput_ack = tp->gput_seq + max(rc_init_window(rack), (MIN_GP_WIN * ctf_fixed_maxseg(tp)));
ctf_fixed_maxseg(tp))))) {
ctf_fixed_maxseg(struct tcpcb *tp);
segsiz = ctf_fixed_maxseg(rack->rc_tp);