void
ccnl_relay_config(struct ccnl_relay_s *relay, char *ethdev, int udpport,
int tcpport, char *uxpath, int max_cache_entries,
char *crypto_face_path)
{
struct ccnl_if_s *i;
char h[1024];
DEBUGMSG(99, "ccnl_relay_config\n");
relay->max_cache_entries = max_cache_entries;
#ifdef USE_SCHEDULER
relay->defaultFaceScheduler = ccnl_relay_defaultFaceScheduler;
relay->defaultInterfaceScheduler = ccnl_relay_defaultInterfaceScheduler;
#endif
#ifdef USE_ETHERNET
// add (real) eth0 interface with index 0:
if (ethdev) {
i = &relay->ifs[relay->ifcount];
i->sock = ccnl_open_ethdev(ethdev, &i->addr.eth, CCNL_ETH_TYPE);
i->mtu = 1500;
i->reflect = 1;
i->fwdalli = 1;
if (i->sock >= 0) {
relay->ifcount++;
DEBUGMSG(99, "new ETH interface (%s %s) configured\n",
ethdev, ccnl_addr2ascii(&i->addr));
if (relay->defaultInterfaceScheduler)
i->sched = relay->defaultInterfaceScheduler(relay,
ccnl_interface_CTS);
} else
fprintf(stderr, "sorry, could not open eth device\n");
}
#endif // USE_ETHERNET
if (udpport > 0) {
i = &relay->ifs[relay->ifcount];
i->sock = ccnl_open_udpdev(udpport, &i->addr.ip4);
// i->frag = CCNL_DGRAM_FRAG_NONE;
i->mtu = CCN_DEFAULT_MTU;
i->fwdalli = 1;
if (i->sock >= 0) {
relay->ifcount++;
DEBUGMSG(99, "new UDP interface (ip4 %s) configured\n",
ccnl_addr2ascii(&i->addr));
if (relay->defaultInterfaceScheduler)
i->sched = relay->defaultInterfaceScheduler(relay,
ccnl_interface_CTS);
} else
fprintf(stderr, "sorry, could not open udp device\n");
}
#ifdef USE_HTTP_STATUS
if (tcpport) {
relay->http = ccnl_http_new(relay, tcpport);
}
#endif // USE_HTTP_STATUS
#ifdef USE_UNIXSOCKET
if (uxpath) {
i = &relay->ifs[relay->ifcount];
i->sock = ccnl_open_unixpath(uxpath, &i->addr.ux);
i->mtu = 4096;
if (i->sock >= 0) {
relay->ifcount++;
DEBUGMSG(99, "new UNIX interface (%s) configured\n",
ccnl_addr2ascii(&i->addr));
if (relay->defaultInterfaceScheduler)
i->sched = relay->defaultInterfaceScheduler(relay,
ccnl_interface_CTS);
} else
fprintf(stderr, "sorry, could not open unix datagram device\n");
}
#ifdef USE_SIGNATURES
if(crypto_face_path)
{
//sending interface + face
i = &relay->ifs[relay->ifcount];
i->sock = ccnl_open_unixpath(crypto_face_path, &i->addr.ux);
i->mtu = 4096;
if (i->sock >= 0) {
relay->ifcount++;
DEBUGMSG(99, "new UNIX interface (%s) configured\n",
ccnl_addr2ascii(&i->addr));
if (relay->defaultInterfaceScheduler)
i->sched = relay->defaultInterfaceScheduler(relay,
ccnl_interface_CTS);
ccnl_crypto_create_ccnl_crypto_face(relay, crypto_face_path);
relay->crypto_path = crypto_face_path;
} else
fprintf(stderr, "sorry, could not open unix datagram device\n");
//receiving interface
memset(h,0,sizeof(h));
sprintf(h,"%s-2",crypto_face_path);
i = &relay->ifs[relay->ifcount];
i->sock = ccnl_open_unixpath(h, &i->addr.ux);
i->mtu = 4096;
if (i->sock >= 0) {
relay->ifcount++;
DEBUGMSG(99, "new UNIX interface (%s) configured\n",
ccnl_addr2ascii(&i->addr));
if (relay->defaultInterfaceScheduler)
i->sched = relay->defaultInterfaceScheduler(relay,
ccnl_interface_CTS);
//create_ccnl_crypto_face(relay, crypto_face_path);
} else
fprintf(stderr, "sorry, could not open unix datagram device\n");
}
#endif //USE_SIGNATURES
#endif // USE_UNIXSOCKET
ccnl_set_timer(1000000, ccnl_ageing, relay, 0);
}
void
ccnl_relay_config(struct ccnl_relay_s *relay, char *ethdev,
int udpport1, int udpport2, int httpport,
char *uxpath, int suite, int max_cache_entries,
char *crypto_face_path)
{
#if defined(USE_LINKLAYER) || defined(USE_UNIXSOCKET)
struct ccnl_if_s *i;
#endif
DEBUGMSG(INFO, "configuring relay\n");
relay->max_cache_entries = max_cache_entries;
#ifdef USE_SCHEDULER
relay->defaultFaceScheduler = ccnl_relay_defaultFaceScheduler;
relay->defaultInterfaceScheduler = ccnl_relay_defaultInterfaceScheduler;
#endif
#ifdef USE_LINKLAYER
// add (real) eth0 interface with index 0:
if (ethdev) {
i = &relay->ifs[relay->ifcount];
i->sock = ccnl_open_ethdev(ethdev, &i->addr.linklayer, CCNL_ETH_TYPE);
i->mtu = 1500;
i->reflect = 1;
i->fwdalli = 1;
if (i->sock >= 0) {
relay->ifcount++;
DEBUGMSG(INFO, "ETH interface (%s %s) configured\n",
ethdev, ccnl_addr2ascii(&i->addr));
if (relay->defaultInterfaceScheduler)
i->sched = relay->defaultInterfaceScheduler(relay,
ccnl_interface_CTS);
} else
DEBUGMSG(WARNING, "sorry, could not open eth device\n");
}
#endif // USE_LINKLAYER
#ifdef USE_IPV4
ccnl_relay_udp(relay, udpport1);
ccnl_relay_udp(relay, udpport2);
#endif
#ifdef USE_HTTP_STATUS
if (httpport > 0) {
relay->http = ccnl_http_new(relay, httpport);
}
#endif // USE_HTTP_STATUS
#ifdef USE_NFN
relay->km = ccnl_calloc(1, sizeof(struct ccnl_krivine_s));
relay->km->configid = -1;
#endif
#ifdef USE_UNIXSOCKET
if (uxpath) {
i = &relay->ifs[relay->ifcount];
i->sock = ccnl_open_unixpath(uxpath, &i->addr.ux);
i->mtu = 4096;
if (i->sock >= 0) {
relay->ifcount++;
DEBUGMSG(INFO, "UNIX interface (%s) configured\n",
ccnl_addr2ascii(&i->addr));
if (relay->defaultInterfaceScheduler)
i->sched = relay->defaultInterfaceScheduler(relay,
ccnl_interface_CTS);
} else
DEBUGMSG(WARNING, "sorry, could not open unix datagram device\n");
}
#ifdef USE_SIGNATURES
if(crypto_face_path) {
char h[1024];
//sending interface + face
i = &relay->ifs[relay->ifcount];
i->sock = ccnl_open_unixpath(crypto_face_path, &i->addr.ux);
i->mtu = 4096;
if (i->sock >= 0) {
relay->ifcount++;
DEBUGMSG(INFO, "new UNIX interface (%s) configured\n",
ccnl_addr2ascii(&i->addr));
if (relay->defaultInterfaceScheduler)
i->sched = relay->defaultInterfaceScheduler(relay,
ccnl_interface_CTS);
ccnl_crypto_create_ccnl_crypto_face(relay, crypto_face_path);
relay->crypto_path = crypto_face_path;
} else
DEBUGMSG(WARNING, "sorry, could not open unix datagram device\n");
//receiving interface
memset(h,0,sizeof(h));
sprintf(h,"%s-2",crypto_face_path);
i = &relay->ifs[relay->ifcount];
i->sock = ccnl_open_unixpath(h, &i->addr.ux);
i->mtu = 4096;
if (i->sock >= 0) {
relay->ifcount++;
DEBUGMSG(INFO, "new UNIX interface (%s) configured\n",
ccnl_addr2ascii(&i->addr));
if (relay->defaultInterfaceScheduler)
i->sched = relay->defaultInterfaceScheduler(relay,
ccnl_interface_CTS);
//create_ccnl_crypto_face(relay, crypto_face_path);
} else
DEBUGMSG(WARNING, "sorry, could not open unix datagram device\n");
}
#endif //USE_SIGNATURES
#endif // USE_UNIXSOCKET
ccnl_set_timer(1000000, ccnl_ageing, relay, 0);
}
