static void
chap_Read_old(struct fdescriptor *d, struct bundle *bundle, const fd_set *fdset)
{
struct chap *chap = descriptor2chap(d);
int got;
got = read(chap->child.fd, chap->child.buf.ptr + chap->child.buf.len,
sizeof chap->child.buf.ptr - chap->child.buf.len - 1);
if (got == -1) {
log_Printf(LogERROR, "Chap: Read: %s\n", strerror(errno));
chap_Cleanup(chap, SIGTERM);
} else if (got == 0) {
log_Printf(LogWARN, "Chap: Read: Child terminated connection\n");
chap_Cleanup(chap, SIGTERM);
} else {
char *name, *key, *end;
chap->child.buf.len += got;
chap->child.buf.ptr[chap->child.buf.len] = '\0';
name = chap->child.buf.ptr;
name += strspn(name, " \t");
if ((key = strchr(name, '\n')) == NULL)
end = NULL;
else
end = strchr(++key, '\n');
if (end == NULL) {
if (chap->child.buf.len == sizeof chap->child.buf.ptr - 1) {
log_Printf(LogWARN, "Chap: Read: Input buffer overflow\n");
chap_Cleanup(chap, SIGTERM);
}
} else {
#ifdef HAVE_DES
int lanman = chap->auth.physical->link.lcp.his_authtype == 0x80 &&
((chap->NTRespSent &&
IsAccepted(chap->auth.physical->link.lcp.cfg.chap80lm)) ||
!IsAccepted(chap->auth.physical->link.lcp.cfg.chap80nt));
#endif
while (end >= name && strchr(" \t\r\n", *end))
*end-- = '\0';
end = key - 1;
while (end >= name && strchr(" \t\r\n", *end))
*end-- = '\0';
key += strspn(key, " \t");
chap_Respond(chap, name, key, chap->auth.physical->link.lcp.his_authtype
#ifdef HAVE_DES
, lanman
#endif
);
chap_Cleanup(chap, 0);
}
}
}
struct mbuf *
chap_Input_old(struct bundle *bundle, struct link *l, struct mbuf *bp)
{
struct physical *p = link2physical(l);
struct chap *chap = &p->dl->chap;
char *name, *key, *ans;
int len, nlen;
u_char alen;
#ifdef HAVE_DES
int lanman;
#endif
if (p == NULL) {
log_Printf(LogERROR, "chap_Input: Not a physical link - dropped\n");
m_freem(bp);
return NULL;
}
if (bundle_Phase(bundle) != PHASE_NETWORK &&
bundle_Phase(bundle) != PHASE_AUTHENTICATE) {
log_Printf(LogPHASE, "Unexpected chap input - dropped !\n");
m_freem(bp);
return NULL;
}
m_settype(bp, MB_CHAPIN);
if ((bp = auth_ReadHeader(&chap->auth, bp)) == NULL &&
ntohs(chap->auth.in.hdr.length) == 0)
log_Printf(LogWARN, "Chap Input: Truncated header !\n");
else if (chap->auth.in.hdr.code == 0 || chap->auth.in.hdr.code > MAXCHAPCODE)
log_Printf(LogPHASE, "Chap Input: %d: Bad CHAP code !\n",
chap->auth.in.hdr.code);
else {
len = m_length(bp);
ans = NULL;
if (chap->auth.in.hdr.code != CHAP_CHALLENGE &&
chap->auth.id != chap->auth.in.hdr.id &&
Enabled(bundle, OPT_IDCHECK)) {
/* Wrong conversation dude ! */
log_Printf(LogPHASE, "Chap Input: %s dropped (got id %d, not %d)\n",
chapcodes[chap->auth.in.hdr.code], chap->auth.in.hdr.id,
chap->auth.id);
m_freem(bp);
return NULL;
}
chap->auth.id = chap->auth.in.hdr.id; /* We respond with this id */
#ifdef HAVE_DES
lanman = 0;
#endif
switch (chap->auth.in.hdr.code) {
case CHAP_CHALLENGE:
bp = mbuf_Read(bp, &alen, 1);
len -= alen + 1; /* len -= (alen + 1); */
if (len < 0) {
log_Printf(LogERROR, "Chap Input: Truncated challenge !\n");
m_freem(bp);
return NULL;
}
*chap->challenge.peer = alen;
bp = mbuf_Read(bp, chap->challenge.peer + 1, alen);
bp = auth_ReadName(&chap->auth, bp, len);
#ifdef HAVE_DES
lanman = p->link.lcp.his_authtype == 0x80 &&
((chap->NTRespSent && IsAccepted(p->link.lcp.cfg.chap80lm)) ||
!IsAccepted(p->link.lcp.cfg.chap80nt));
#endif
break;
case CHAP_RESPONSE:
auth_StopTimer(&chap->auth);
bp = mbuf_Read(bp, &alen, 1); /* read HASH-Size */
len -= alen + 1; /* len -= (alen + 1);, len is length of Name Field */
if (len < 0) {
log_Printf(LogERROR, "Chap Input: Truncated response !\n");
m_freem(bp);
return NULL;
}
if ((ans = malloc(alen + 2)) == NULL) {
log_Printf(LogERROR, "Chap Input: Out of memory !\n");
m_freem(bp);
return NULL;
}
*ans = chap->auth.id;
bp = mbuf_Read(bp, ans + 1, alen); /* cut HASH value */
ans[alen+1] = '\0'; /* ans is (id, HASH, \0)*/
bp = auth_ReadName(&chap->auth, bp, len);
#ifdef HAVE_DES
lanman = alen == 49 && ans[alen] == 0;
#endif
break;
case CHAP_SUCCESS:
case CHAP_FAILURE:
/* chap->auth.in.name is already set up at CHALLENGE time */
if ((ans = malloc(len + 1)) == NULL) {
log_Printf(LogERROR, "Chap Input: Out of memory !\n");
m_freem(bp);
return NULL;
}
bp = mbuf_Read(bp, ans, len);
ans[len] = '\0';
break;
}
switch (chap->auth.in.hdr.code) {
case CHAP_CHALLENGE:
case CHAP_RESPONSE:
if (*chap->auth.in.name)
log_Printf(LogPHASE, "Chap Input: %s (%d bytes from %s%s)\n",
chapcodes[chap->auth.in.hdr.code], alen,
chap->auth.in.name,
#ifdef HAVE_DES
lanman && chap->auth.in.hdr.code == CHAP_RESPONSE ?
" - lanman" :
#endif
"");
else
log_Printf(LogPHASE, "Chap Input: %s (%d bytes%s)\n",
chapcodes[chap->auth.in.hdr.code], alen,
#ifdef HAVE_DES
lanman && chap->auth.in.hdr.code == CHAP_RESPONSE ?
" - lanman" :
#endif
"");
break;
case CHAP_SUCCESS:
case CHAP_FAILURE:
if (*ans)
log_Printf(LogPHASE, "Chap Input: %s (%s)\n",
chapcodes[chap->auth.in.hdr.code], ans);
else
log_Printf(LogPHASE, "Chap Input: %s\n",
chapcodes[chap->auth.in.hdr.code]);
break;
}
switch (chap->auth.in.hdr.code) {
case CHAP_CHALLENGE:
if (*bundle->cfg.auth.key == '!' && bundle->cfg.auth.key[1] != '!')
chap_StartChild(chap, bundle->cfg.auth.key + 1,
bundle->cfg.auth.name);
else
chap_Respond(chap, bundle->cfg.auth.name, bundle->cfg.auth.key +
(*bundle->cfg.auth.key == '!' ? 1 : 0),
p->link.lcp.his_authtype
#ifdef HAVE_DES
, lanman
#endif
);
break;
case CHAP_RESPONSE:
name = chap->auth.in.name;
nlen = strlen(name);
#ifndef NORADIUS
if (*bundle->radius.cfg.file) {
u_char end;
end = chap->challenge.local[*chap->challenge.local+1];
chap->challenge.local[*chap->challenge.local+1] = '\0';
radius_Authenticate(&bundle->radius, &chap->auth,
chap->auth.in.name, ans,
chap->challenge.local + 1);
chap->challenge.local[*chap->challenge.local+1] = end;
} else
#endif
{
key = auth_GetSecret(bundle, name, nlen, p);
if (key) {
char *myans;
#ifdef HAVE_DES
if (lanman && !IsEnabled(p->link.lcp.cfg.chap80lm)) {
log_Printf(LogPHASE, "Auth failure: LANMan not enabled\n");
if (chap_HaveAnotherGo(chap))
break;
key = NULL;
} else if (!lanman && !IsEnabled(p->link.lcp.cfg.chap80nt) &&
p->link.lcp.want_authtype == 0x80) {
log_Printf(LogPHASE, "Auth failure: mschap not enabled\n");
if (chap_HaveAnotherGo(chap))
break;
key = NULL;
} else
#endif
{
myans = chap_BuildAnswer(name, key, chap->auth.id,
chap->challenge.local,
p->link.lcp.want_authtype
#ifdef HAVE_DES
, lanman
#endif
);
if (myans == NULL)
key = NULL;
else {
if (!chap_Cmp(p->link.lcp.want_authtype, myans + 1, *myans,
ans + 1, alen
#ifdef HAVE_DES
, lanman
#endif
))
key = NULL;
free(myans);
}
}
}
if (key)
chap_Success(&chap->auth);
else
chap_Failure(&chap->auth);
}
break;
case CHAP_SUCCESS:
if (p->link.lcp.auth_iwait == PROTO_CHAP) {
p->link.lcp.auth_iwait = 0;
if (p->link.lcp.auth_ineed == 0)
/*
* We've succeeded in our ``login''
* If we're not expecting the peer to authenticate (or he already
* has), proceed to network phase.
*/
datalink_AuthOk(p->dl);
}
break;
case CHAP_FAILURE:
datalink_AuthNotOk(p->dl);
break;
}
free(ans);
}
m_freem(bp);
return NULL;
}
struct mbuf *
chap_Input(struct bundle *bundle, struct link *l, struct mbuf *bp)
{
struct physical *p = link2physical(l);
struct chap *chap = &p->dl->chap;
char *name, *key, *ans;
int len, nlen;
u_char alen;
#ifndef NODES
int lanman;
#endif
if (p == NULL) {
log_Printf(LogERROR, "chap_Input: Not a physical link - dropped\n");
m_freem(bp);
return NULL;
}
if (bundle_Phase(bundle) != PHASE_NETWORK &&
bundle_Phase(bundle) != PHASE_AUTHENTICATE) {
log_Printf(LogPHASE, "Unexpected chap input - dropped !\n");
m_freem(bp);
return NULL;
}
m_settype(bp, MB_CHAPIN);
if ((bp = auth_ReadHeader(&chap->auth, bp)) == NULL &&
ntohs(chap->auth.in.hdr.length) == 0)
log_Printf(LogWARN, "Chap Input: Truncated header !\n");
else if (chap->auth.in.hdr.code == 0 || chap->auth.in.hdr.code > MAXCHAPCODE)
log_Printf(LogPHASE, "Chap Input: %d: Bad CHAP code !\n",
chap->auth.in.hdr.code);
else {
len = m_length(bp);
ans = NULL;
if (chap->auth.in.hdr.code != CHAP_CHALLENGE &&
chap->auth.id != chap->auth.in.hdr.id &&
Enabled(bundle, OPT_IDCHECK)) {
/* Wrong conversation dude ! */
log_Printf(LogPHASE, "Chap Input: %s dropped (got id %d, not %d)\n",
chapcodes[chap->auth.in.hdr.code], chap->auth.in.hdr.id,
chap->auth.id);
m_freem(bp);
return NULL;
}
chap->auth.id = chap->auth.in.hdr.id; /* We respond with this id */
#ifndef NODES
lanman = 0;
#endif
switch (chap->auth.in.hdr.code) {
case CHAP_CHALLENGE:
bp = mbuf_Read(bp, &alen, 1);
len -= alen + 1;
if (len < 0) {
log_Printf(LogERROR, "Chap Input: Truncated challenge !\n");
m_freem(bp);
return NULL;
}
*chap->challenge.peer = alen;
bp = mbuf_Read(bp, chap->challenge.peer + 1, alen);
bp = auth_ReadName(&chap->auth, bp, len);
#ifndef NODES
lanman = p->link.lcp.his_authtype == 0x80 &&
((chap->NTRespSent && IsAccepted(p->link.lcp.cfg.chap80lm)) ||
!IsAccepted(p->link.lcp.cfg.chap80nt));
/* Generate local challenge value */
chap_ChallengeInit(&chap->auth);
#endif
break;
case CHAP_RESPONSE:
auth_StopTimer(&chap->auth);
bp = mbuf_Read(bp, &alen, 1);
len -= alen + 1;
if (len < 0) {
log_Printf(LogERROR, "Chap Input: Truncated response !\n");
m_freem(bp);
return NULL;
}
if ((ans = malloc(alen + 1)) == NULL) {
log_Printf(LogERROR, "Chap Input: Out of memory !\n");
m_freem(bp);
return NULL;
}
*ans = chap->auth.id;
bp = mbuf_Read(bp, ans + 1, alen);
bp = auth_ReadName(&chap->auth, bp, len);
#ifndef NODES
lanman = p->link.lcp.want_authtype == 0x80 &&
alen == 49 && ans[alen] == 0;
#endif
break;
case CHAP_SUCCESS:
case CHAP_FAILURE:
/* chap->auth.in.name is already set up at CHALLENGE time */
if ((ans = malloc(len + 1)) == NULL) {
log_Printf(LogERROR, "Chap Input: Out of memory !\n");
m_freem(bp);
return NULL;
}
bp = mbuf_Read(bp, ans, len);
ans[len] = '\0';
break;
}
switch (chap->auth.in.hdr.code) {
case CHAP_CHALLENGE:
case CHAP_RESPONSE:
if (*chap->auth.in.name)
log_Printf(LogPHASE, "Chap Input: %s (%d bytes from %s%s)\n",
chapcodes[chap->auth.in.hdr.code], alen,
chap->auth.in.name,
#ifndef NODES
lanman && chap->auth.in.hdr.code == CHAP_RESPONSE ?
" - lanman" :
#endif
"");
else
log_Printf(LogPHASE, "Chap Input: %s (%d bytes%s)\n",
chapcodes[chap->auth.in.hdr.code], alen,
#ifndef NODES
lanman && chap->auth.in.hdr.code == CHAP_RESPONSE ?
" - lanman" :
#endif
"");
break;
case CHAP_SUCCESS:
case CHAP_FAILURE:
if (*ans)
log_Printf(LogPHASE, "Chap Input: %s (%s)\n",
chapcodes[chap->auth.in.hdr.code], ans);
else
log_Printf(LogPHASE, "Chap Input: %s\n",
chapcodes[chap->auth.in.hdr.code]);
break;
}
switch (chap->auth.in.hdr.code) {
case CHAP_CHALLENGE:
if (*bundle->cfg.auth.key == '!' && bundle->cfg.auth.key[1] != '!')
chap_StartChild(chap, bundle->cfg.auth.key + 1,
bundle->cfg.auth.name);
else
chap_Respond(chap, bundle->cfg.auth.name, bundle->cfg.auth.key +
(*bundle->cfg.auth.key == '!' ? 1 : 0),
p->link.lcp.his_authtype
#ifndef NODES
, lanman
#endif
);
break;
case CHAP_RESPONSE:
name = chap->auth.in.name;
nlen = strlen(name);
#ifndef NODES
if (p->link.lcp.want_authtype == 0x81) {
struct MSCHAPv2_resp *resp = (struct MSCHAPv2_resp *)(ans + 1);
chap->challenge.peer[0] = sizeof resp->PeerChallenge;
memcpy(chap->challenge.peer + 1, resp->PeerChallenge,
sizeof resp->PeerChallenge);
}
#endif
#ifndef NORADIUS
if (*bundle->radius.cfg.file) {
if (!radius_Authenticate(&bundle->radius, &chap->auth,
chap->auth.in.name, ans, alen + 1,
chap->challenge.local + 1,
*chap->challenge.local))
chap_Failure(&chap->auth);
} else
#endif
{
if (p->link.lcp.want_authtype == 0x81 && ans[alen] != '\0' &&
alen == sizeof(struct MSCHAPv2_resp)) {
struct MSCHAPv2_resp *resp = (struct MSCHAPv2_resp *)(ans + 1);
log_Printf(LogWARN, "%s: Compensating for corrupt (Win98/WinME?) "
"CHAP81 RESPONSE\n", l->name);
resp->Flags = '\0'; /* rfc2759 says it *MUST* be zero */
}
key = auth_GetSecret(bundle, name, nlen, p);
if (key) {
#ifndef NODES
if (p->link.lcp.want_authtype == 0x80 &&
lanman && !IsEnabled(p->link.lcp.cfg.chap80lm)) {
log_Printf(LogPHASE, "Auth failure: LANMan not enabled\n");
if (chap_HaveAnotherGo(chap))
break;
key = NULL;
} else if (p->link.lcp.want_authtype == 0x80 &&
!lanman && !IsEnabled(p->link.lcp.cfg.chap80nt)) {
log_Printf(LogPHASE, "Auth failure: mschap not enabled\n");
if (chap_HaveAnotherGo(chap))
break;
key = NULL;
} else if (p->link.lcp.want_authtype == 0x81 &&
!IsEnabled(p->link.lcp.cfg.chap81)) {
log_Printf(LogPHASE, "Auth failure: CHAP81 not enabled\n");
key = NULL;
} else
#endif
{
char *myans = chap_BuildAnswer(name, key, chap->auth.id,
chap->challenge.local,
p->link.lcp.want_authtype
#ifndef NODES
, chap->challenge.peer,
chap->authresponse, lanman);
MPPE_IsServer = 1; /* XXX Global ! */
#else
);
#endif
if (myans == NULL)
key = NULL;
else {
if (!chap_Cmp(p->link.lcp.want_authtype, myans + 1, *myans,
ans + 1, alen
#ifndef NODES
, lanman
#endif
))
key = NULL;
free(myans);
}
}
}
if (key)
chap_Success(&chap->auth);
else
chap_Failure(&chap->auth);
}
break;
case CHAP_SUCCESS:
if (p->link.lcp.auth_iwait == PROTO_CHAP) {
p->link.lcp.auth_iwait = 0;
if (p->link.lcp.auth_ineed == 0) {
#ifndef NODES
if (p->link.lcp.his_authtype == 0x81) {
if (strncasecmp(ans, chap->authresponse, 42)) {
datalink_AuthNotOk(p->dl);
log_Printf(LogWARN, "CHAP81: AuthenticatorResponse: (%.42s)"
" != ans: (%.42s)\n", chap->authresponse, ans);
} else {
/* Successful login */
MPPE_MasterKeyValid = 1; /* XXX Global ! */
datalink_AuthOk(p->dl);
}
} else
#endif
/*
* We've succeeded in our ``login''
* If we're not expecting the peer to authenticate (or he already
* has), proceed to network phase.
*/
datalink_AuthOk(p->dl);
}
}
break;
case CHAP_FAILURE:
datalink_AuthNotOk(p->dl);
break;
}
free(ans);
}
static void
CcpDecodeConfig(struct fsm *fp, u_char *cp, u_char *end, int mode_type,
struct fsm_decode *dec)
{
/* Deal with incoming data */
struct ccp *ccp = fsm2ccp(fp);
int f;
const char *disp;
struct fsm_opt *opt;
if (mode_type == MODE_REQ)
ccp->in.algorithm = -1; /* In case we've received two REQs in a row */
while (end >= cp + sizeof(opt->hdr)) {
if ((opt = fsm_readopt(&cp)) == NULL)
break;
for (f = NALGORITHMS-1; f > -1; f--)
if (algorithm[f]->id == opt->hdr.id)
break;
disp = f == -1 ? "" : (*algorithm[f]->Disp)(opt);
if (disp == NULL)
disp = "";
log_Printf(LogCCP, " %s[%d] %s\n", protoname(opt->hdr.id),
opt->hdr.len, disp);
if (f == -1) {
/* Don't understand that :-( */
if (mode_type == MODE_REQ) {
ccp->my_reject |= (1 << opt->hdr.id);
fsm_rej(dec, opt);
}
} else {
struct ccp_opt *o;
switch (mode_type) {
case MODE_REQ:
if (IsAccepted(ccp->cfg.neg[algorithm[f]->Neg]) &&
(*algorithm[f]->Usable)(fp) &&
ccp->in.algorithm == -1) {
memcpy(&ccp->in.opt, opt, opt->hdr.len);
switch ((*algorithm[f]->i.Set)(fp->bundle, &ccp->in.opt, &ccp->cfg)) {
case MODE_REJ:
fsm_rej(dec, &ccp->in.opt);
break;
case MODE_NAK:
fsm_nak(dec, &ccp->in.opt);
break;
case MODE_ACK:
fsm_ack(dec, &ccp->in.opt);
ccp->his_proto = opt->hdr.id;
ccp->in.algorithm = (int)f; /* This one'll do :-) */
break;
}
} else {
fsm_rej(dec, opt);
}
break;
case MODE_NAK:
for (o = ccp->out.opt; o != NULL; o = o->next)
if (o->val.hdr.id == opt->hdr.id)
break;
if (o == NULL)
log_Printf(LogCCP, "%s: Warning: Ignoring peer NAK of unsent"
" option\n", fp->link->name);
else {
memcpy(&o->val, opt, opt->hdr.len);
if ((*algorithm[f]->o.Set)(fp->bundle, &o->val, &ccp->cfg) ==
MODE_ACK)
ccp->my_proto = algorithm[f]->id;
else {
ccp->his_reject |= (1 << opt->hdr.id);
ccp->my_proto = -1;
if (algorithm[f]->Required(fp)) {
log_Printf(LogWARN, "%s: Cannot understand peers (required)"
" %s negotiation\n", fp->link->name,
protoname(algorithm[f]->id));
fsm_Close(&fp->link->lcp.fsm);
}
}
}
break;
case MODE_REJ:
ccp->his_reject |= (1 << opt->hdr.id);
ccp->my_proto = -1;
if (algorithm[f]->Required(fp)) {
log_Printf(LogWARN, "%s: Peer rejected (required) %s negotiation\n",
fp->link->name, protoname(algorithm[f]->id));
fsm_Close(&fp->link->lcp.fsm);
}
break;
}
}
}
if (mode_type != MODE_NOP) {
fsm_opt_normalise(dec);
if (dec->rejend != dec->rej || dec->nakend != dec->nak) {
if (ccp->in.state == NULL) {
ccp->his_proto = -1;
ccp->in.algorithm = -1;
}
}
}
}
struct mbuf *
lqr_Input(struct bundle *bundle, struct link *l, struct mbuf *bp)
{
struct physical *p = link2physical(l);
struct lcp *lcp = p->hdlc.lqm.owner;
int len;
if (p == NULL) {
log_Printf(LogERROR, "lqr_Input: Not a physical link - dropped\n");
m_freem(bp);
return NULL;
}
len = m_length(bp);
if (len != sizeof(struct lqrdata))
log_Printf(LogWARN, "lqr_Input: Got packet size %d, expecting %ld !\n",
len, (long)sizeof(struct lqrdata));
else if (!IsAccepted(l->lcp.cfg.lqr) && !(p->hdlc.lqm.method & LQM_LQR)) {
bp = m_pullup(proto_Prepend(bp, PROTO_LQR, 0, 0));
lcp_SendProtoRej(lcp, MBUF_CTOP(bp), bp->m_len);
} else {
struct lqrdata *lqr;
bp = m_pullup(bp);
lqr = (struct lqrdata *)MBUF_CTOP(bp);
if (ntohl(lqr->MagicNumber) != lcp->his_magic)
log_Printf(LogWARN, "lqr_Input: magic 0x%08lx is wrong,"
" expecting 0x%08lx\n",
(u_long)ntohl(lqr->MagicNumber), (u_long)lcp->his_magic);
else {
struct lqrdata lastlqr;
memcpy(&lastlqr, &p->hdlc.lqm.lqr.peer, sizeof lastlqr);
lqr_ChangeOrder(lqr, &p->hdlc.lqm.lqr.peer);
lqr_Dump(l->name, "Input", &p->hdlc.lqm.lqr.peer);
/* we have received an LQR from our peer */
p->hdlc.lqm.lqr.resent = 0;
/* Snapshot our state when the LQR packet was received */
memcpy(&p->hdlc.lqm.lqr.prevSave, &p->hdlc.lqm.lqr.Save,
sizeof p->hdlc.lqm.lqr.prevSave);
p->hdlc.lqm.lqr.Save.InLQRs = ++p->hdlc.lqm.lqr.InLQRs;
p->hdlc.lqm.lqr.Save.InPackets = p->hdlc.lqm.ifInUniPackets;
p->hdlc.lqm.lqr.Save.InDiscards = p->hdlc.lqm.ifInDiscards;
p->hdlc.lqm.lqr.Save.InErrors = p->hdlc.lqm.ifInErrors;
p->hdlc.lqm.lqr.Save.InOctets = p->hdlc.lqm.lqr.InGoodOctets;
lqr_Analyse(&p->hdlc, &lastlqr, &p->hdlc.lqm.lqr.peer);
/*
* Generate an LQR response if we're not running an LQR timer OR
* two successive LQR's PeerInLQRs are the same.
*/
if (p->hdlc.lqm.timer.load == 0 || !(p->hdlc.lqm.method & LQM_LQR) ||
(lastlqr.PeerInLQRs &&
lastlqr.PeerInLQRs == p->hdlc.lqm.lqr.peer.PeerInLQRs))
SendLqrData(lcp);
}
}
m_freem(bp);
return NULL;
}
