}
/* we know only one parameter type */
- if (param->type != BGP_CAPABILITY_PARAM_TYPE)
+ if (param->type != BGP_PARAM_TYPE_CAPABILITY)
{
LOG(1, 0, 0, "Unsupported Optional Parameter type %d from BGP peer %s\n",
param->type, peer->name);
mp_cap = (struct bgp_mp_cap_param *)&capability->value;
/* the only <AFI, SAFI> tuple we support */
- if (mp_cap->afi != AF_INET6 && mp_cap->safi != BGP_MP_SAFI_UNICAST)
+ if (ntohs(mp_cap->afi) != AF_INET6 && mp_cap->safi != BGP_MP_SAFI_UNICAST)
{
LOG(4, 0, 0, "Unsupported multiprotocol AFI %d and SAFI %d from BGP peer %s\n",
mp_cap->afi, mp_cap->safi, peer->name);
static int bgp_send_open(struct bgp_peer *peer)
{
struct bgp_data_open data;
+ struct bgp_mp_cap_param mp_ipv6 = { htons(AF_INET6), 0, BGP_MP_SAFI_UNICAST };
+ struct bgp_capability cap_mp_ipv6;
+ struct bgp_opt_param param_cap_mp_ipv6;
uint16_t len = sizeof(peer->outbuf->packet.header);
memset(peer->outbuf->packet.header.marker, 0xff,
data.as = htons(our_as);
data.hold_time = htons(peer->hold);
data.identifier = my_address;
- data.opt_len = 0;
+
+ /* construct the param and capability */
+ cap_mp_ipv6.code = BGP_CAP_CODE_MP;
+ cap_mp_ipv6.len = sizeof(mp_ipv6);
+ memcpy(&cap_mp_ipv6.value, &mp_ipv6, cap_mp_ipv6.len);
+
+ param_cap_mp_ipv6.type = BGP_PARAM_TYPE_CAPABILITY;
+ param_cap_mp_ipv6.len = 2 + sizeof(mp_ipv6);
+ memcpy(¶m_cap_mp_ipv6.value, &cap_mp_ipv6, param_cap_mp_ipv6.len);
+
+ data.opt_len = 2 + param_cap_mp_ipv6.len;
+ memcpy(&data.opt_params, ¶m_cap_mp_ipv6, data.opt_len);
memcpy(peer->outbuf->packet.data, &data, BGP_DATA_OPEN_SIZE);
len += BGP_DATA_OPEN_SIZE;