(void *)offsetof(router_instance, domains) },
{ "driver", opt_stringptr|opt_public,
(void *)offsetof(router_instance, driver_name) },
- #ifdef EXPERIMENTAL_DSN
{ "dsn_lasthop", opt_bool|opt_public,
(void *)offsetof(router_instance, dsn_lasthop) },
- #endif
{ "errors_to", opt_stringptr|opt_public,
(void *)(offsetof(router_instance, errors_to)) },
{ "expn", opt_bool|opt_public,
if (r->pass_router_name != NULL)
set_router(r, r->pass_router_name, &(r->pass_router), TRUE);
- #ifdef EXPERIMENTAL_DSN
- DEBUG(D_route) {
+ DEBUG(D_route) {
if (r->dsn_lasthop == FALSE)
debug_printf("DSN: %s propagating DSN\n", r->name);
else
debug_printf("DSN: %s lasthop set\n", r->name);
}
- #endif
}
}
copyflag(new, addr, af_propagate);
new->p.address_data = addr->p.address_data;
-#ifdef EXPERIMENTAL_DSN
new->dsn_flags = addr->dsn_flags;
new->dsn_orcpt = addr->dsn_orcpt;
-#endif
/* As it has turned out, we haven't set headers_add or headers_remove for the
/* Run the router, and handle the consequences. */
-#ifdef EXPERIMENTAL_DSN
/* ... but let us check on DSN before. If this should be the last hop for DSN
set flag
*/
addr->dsn_flags |= rf_dsnlasthop;
HDEBUG(D_route) debug_printf("DSN: last hop for %s\n", addr->address);
}
-#endif
HDEBUG(D_route) debug_printf("calling %s router\n", r->name);