/** How many bytes/s is this router known to handle? */
uint32_t bandwidthcapacity;
smartlist_t *exit_policy; /**< What streams will this OR permit
- * to exit? NULL for 'reject *:*'. */
+ * to exit on IPv4? NULL for 'reject *:*'. */
+ /** What streams will this OR permit to exit on IPv6?
+ * NULL for 'reject *:*' */
+ struct short_policy_t *ipv6_exit_policy;
long uptime; /**< How many seconds the router claims to have been up */
smartlist_t *declared_family; /**< Nicknames of router which this router
* claims are its family. */
uint16_t ipv6_orport;
/** As routerinfo_t.family */
smartlist_t *family;
- /** Exit policy summary */
+ /** IPv4 exit policy summary */
short_policy_t *exit_policy;
+ /** IPv6 exit policy summary */
+ short_policy_t *ipv6_exit_policy;
+
} microdesc_t;
/** A node_t represents a Tor router.
K_SERVER_VERSIONS,
K_OR_ADDRESS,
K_P,
+ K_P6,
K_R,
K_A,
K_S,
K_CACHES_EXTRA_INFO,
K_HIDDEN_SERVICE_DIR,
K_ALLOW_SINGLE_HOP_EXITS,
+ K_IPV6_POLICY,
K_DIRREQ_END,
K_DIRREQ_V2_IPS,
T0N("reject6", K_REJECT6, ARGS, NO_OBJ ),
T0N("accept6", K_ACCEPT6, ARGS, NO_OBJ ),
T1_START( "router", K_ROUTER, GE(5), NO_OBJ ),
+ T01("ipv6-policy", K_IPV6_POLICY, CONCAT_ARGS, NO_OBJ),
T1( "signing-key", K_SIGNING_KEY, NO_ARGS, NEED_KEY_1024 ),
T1( "onion-key", K_ONION_KEY, NO_ARGS, NEED_KEY_1024 ),
T1_END( "router-signature", K_ROUTER_SIGNATURE, NO_ARGS, NEED_OBJ ),
T0N("a", K_A, GE(1), NO_OBJ ),
T01("family", K_FAMILY, ARGS, NO_OBJ ),
T01("p", K_P, CONCAT_ARGS, NO_OBJ ),
+ T01("p6", K_P6, CONCAT_ARGS, NO_OBJ ),
A01("@last-listed", A_LAST_LISTED, CONCAT_ARGS, NO_OBJ ),
END_OF_TABLE
};
if (policy_is_reject_star(router->exit_policy))
router->policy_is_reject_star = 1;
+ if ((tok = find_opt_by_keyword(tokens, K_IPV6_POLICY)) && tok->n_args) {
+ router->ipv6_exit_policy = parse_short_policy(tok->args[0]);
+ if (! router->ipv6_exit_policy) {
+ log_warn(LD_DIR , "Error in ipv6-policy %s", escaped(tok->args[0]));
+ goto err;
+ }
+ }
+
if ((tok = find_opt_by_keyword(tokens, K_FAMILY)) && tok->n_args) {
int i;
router->declared_family = smartlist_new();
if ((tok = find_opt_by_keyword(tokens, K_P))) {
md->exit_policy = parse_short_policy(tok->args[0]);
}
+ if ((tok = find_opt_by_keyword(tokens, K_P6))) {
+ md->ipv6_exit_policy = parse_short_policy(tok->args[0]);
+ }
crypto_digest256(md->digest, md->body, md->bodylen, DIGEST_SHA256);