/** How much clock skew do we tolerate when checking certificates for
* known routers? (sec) */
#define TIGHT_CERT_ALLOW_SKEW (90*60)
-/** How much clock skew do we tolerate when checking certificates for
- * unknown routers/clients? (sec) */
-#define LOOSE_CERT_ALLOW_SKEW (24*60*60)
static int connection_tls_finish_handshake(connection_t *conn);
static int connection_or_process_cells_from_inbuf(connection_t *conn);
nickname, conn->address, conn->port);
return -1;
}
+#if 0
if(tor_tls_check_lifetime(conn->tls, LOOSE_CERT_ALLOW_SKEW)<0) {
- log_fn(LOG_WARN,"Other side '%s' (%s:%d) has a very highly skewed clock, or an expired certificate. Closing.",
+ log_fn(LOG_WARN,"Other side '%s' (%s:%d) has a very highly skewed clock, or an expired certificate. Closing.",
nickname, conn->address, conn->port);
return -1;
}
+#endif
log_fn(LOG_DEBUG,"The router's cert is valid.");
crypto_pk_get_digest(identity_rcvd, digest_rcvd);
if (router_get_by_digest(digest_rcvd)) {
/* This is a known router; don't cut it slack with its clock skew. */
if(tor_tls_check_lifetime(conn->tls, TIGHT_CERT_ALLOW_SKEW)<0) {
- log_fn(LOG_WARN,"Router '%s' (%s:%d) has a skewed clock, or an expired certificate. Closing.",
+ log_fn(LOG_WARN,"Router '%s' (%s:%d) has a skewed clock, or an expired certificate; or else our clock is skewed. Closing.",
nickname, conn->address, conn->port);
return -1;
}