/** initializing context for LCP. */
void
lcp_init(lcp *_this, npppd_ppp *ppp)
{
fsm_init(&_this->fsm);
_this->fsm.ppp = ppp;
_this->fsm.callbacks = &lcp_callbacks;
_this->fsm.protocol = PPP_PROTO_LCP;
_this->fsm.flags |= OPT_SILENT;
_this->timerctx.ctx = _this;
_this->recv_ress = 0;
_this->recv_reqs = 0;
_this->magic_number = ((0xffff & random()) << 16) | (0xffff & random());
PPP_FSM_CONFIG(&_this->fsm, timeouttime, "lcp.timeout");
PPP_FSM_CONFIG(&_this->fsm, maxconfreqtransmits,"lcp.max_configure");
PPP_FSM_CONFIG(&_this->fsm, maxtermtransmits, "lcp.max_terminate");
PPP_FSM_CONFIG(&_this->fsm, maxnakloops, "lcp.max_nak_loop");
/*
* PPTP and L2TP are able to detect lost carrier, so LCP ECHO is off
* by default.
*/
_this->echo_interval = 0;
_this->echo_failures = 0;
_this->echo_max_retries = 0;
_this->auth_order[0] = -1;
}
/** Initialize the context for ccp */
void
ccp_init(ccp *_this, npppd_ppp *ppp)
{
struct tunnconf *conf;
memset(_this, 0, sizeof(ccp));
_this->ppp = ppp;
_this->fsm.callbacks = &ccp_callbacks;
_this->fsm.protocol = PPP_PROTO_NCP | NCP_CCP;
_this->fsm.ppp = ppp;
fsm_init(&_this->fsm);
conf = ppp_get_tunnconf(ppp);
PPP_FSM_CONFIG(&_this->fsm, timeouttime, conf->ccp_timeout);
PPP_FSM_CONFIG(&_this->fsm, maxconfreqtransmits,
conf->ccp_max_configure);
PPP_FSM_CONFIG(&_this->fsm, maxtermtransmits,
conf->ccp_max_terminate);
PPP_FSM_CONFIG(&_this->fsm, maxnakloops,
conf->ccp_max_nak_loop);
}
