void cdp_session_cleanup(cdp_session_t* s, AAAMessage* msg) {
// Here we should drop the session ! and free everything related to it
// but the generic_data thing should be freed by the callback function registered
// when the auth session was created
AAASessionCallback_f *cb;
LM_DBG("cleaning up session %.*s\n", s->id.len, s->id.s);
switch (s->type) {
case ACCT_CC_CLIENT:
if (s->cb) {
cb = s->cb;
(cb)(ACC_CC_EV_SESSION_TERMINATED, s);
}
AAADropCCAccSession(s);
break;
case AUTH_CLIENT_STATEFULL:
case AUTH_CLIENT_STATELESS:
if (s->cb) {
cb = s->cb;
(cb)(AUTH_EV_SERVICE_TERMINATED, s);
}
AAADropAuthSession(s);
break;
default:
LM_WARN("asked to cleanup unknown/unhandled session type [%d]\n", s->type);
break;
}
}
void Session_Cleanup(cdp_session_t* s, AAAMessage* msg)
{
// Here we should drop the session ! and free everything related to it
// but the generic_data thing should be freed by the callback function registered
// when the auth session was created
AAASessionCallback_f *cb;
LOG(L_INFO,"cleaning up session %.*s\n",s->id.len,s->id.s);
if (s->cb) {
cb = s->cb;
(cb) (AUTH_EV_SERVICE_TERMINATED,s);
}
AAADropAuthSession(s);
}
/**
* stateful client state machine
* @param auth - AAAAuthSession which uses this state machine
* @param ev - Event
* @param req - AAAMessage
*/
void auth_sm_process_stateful(AAAAuthSession* auth, int ev,
AAAMessage* req, AAAMessage* ans)
{
int rc;
LOG(L_INFO, "in auth_sm_process_stateful\n");
switch (*auth->st) {
case AUTH_ST_IDLE:
LOG(L_INFO, "INF: auth_sm_process_stateful: IDLE\n");
switch (ev) {
case AUTH_EV_SEND_REQ:
LOG(L_INFO, "INF: send AAR\n");
*auth->st = AUTH_ST_PENDING;
*ans = *AAASendRecvMessage(req, auth->fqdn);
rc = get_result_code(ans);
if (rc == AAA_SUCCESS) {
LOG(L_INFO, "INF: receive AAA success\n");
auth_sm_process_stateful(auth, AUTH_EV_RECV_ANS_SUCCESS,
NULL, NULL);
} else {
LOG(L_INFO, "INF: receive AAA unsuccess\n");
auth_sm_process_stateful(auth,
AUTH_EV_RECV_ANS_UNSUCCESS,
NULL, NULL);
//AAAPrintMessage(ans);
}
break;
}
break;
case AUTH_ST_PENDING:
LOG(L_INFO, "INF: auth_sm_process_stateful: PENDING\n");
switch (ev) {
case AUTH_EV_RECV_ANS_SUCCESS:
*auth->st = AUTH_ST_OPEN;
break;
case AUTH_EV_RECV_ANS_UNSUCCESS:
*auth->st = AUTH_ST_IDLE;
LOG(L_INFO, "INF: terminate auth session\n");
AAADropAuthSession(auth);
LOG(L_INFO, "active session number: %d\n", length_auth_list());
break;
}
break;
case AUTH_ST_OPEN:
LOG(L_INFO, "INF: auth_sm_process_stateful: OPEN\n");
switch (ev) {
case AUTH_EV_STR:
LOG(L_INFO, "send STR\n");
*auth->st = AUTH_ST_DISCON;
ans = AAASendRecvMessage(req, auth->fqdn);
if (ans) {
LOG(L_INFO, "receive STA successful\n");
auth_sm_process_stateful(auth, AUTH_EV_STA_SUCCESS,
NULL, NULL);
} else {
LOG(L_INFO, "receive STA unsuccessful\n");
auth_sm_process_stateful(auth, AUTH_EV_STA_UNSUCCESS,
NULL, NULL);
}
break;
}
break;
case AUTH_ST_DISCON:
LOG(L_INFO, "INF: auth_sm_process_stateful: DISCON\n");
switch(ev) {
case AUTH_EV_STA_SUCCESS:
break;
case AUTH_EV_STA_UNSUCCESS:
*auth->st = AUTH_ST_IDLE;
LOG(L_INFO, "INF: terminate auth session\n");
AAADropAuthSession(auth);
LOG(L_INFO, "active session number: %d\n", length_auth_list());
break;
}
break;
}
}
