# Set to true if this peer is directly connected to a dn42 peer define is_dn42_peer = true; # If we are connected directly to dn42, we don't want the dn42 routes from others define import_dn42 = !is_dn42_peer; define export_dn42 = is_dn42_peer; template bgp tnet_tpl { local as 4242423538; neighbor internal; direct; ipv6 { next hop self; import filter { if is_tnet() then { accept proto, ": (tnet) import accept, net=", net, ", from=", from, ", gw=", gw; } else if import_dn42 && dn42_is_valid_network() then { accept proto, ": (dn42) import accept, net=", net, ", from=", from, ", gw=", gw; } else { reject proto, ": import reject, reason=not tnet"; } }; # newer bird's only # import keep filtered; export filter { if is_tnet() then { accept proto, ": (tnet) export accept, net=", net, ", from=", from, ", gw=", gw; } else if export_dn42 && dn42_is_valid_network() then { accept proto, ": (dn42) import accept, net=", net, ", from=", from, ", gw=", gw; } else { reject proto, ": export reject, reason=not tnet"; } }; }; } protocol bgp tnet_conflatorio from tnet_tpl { neighbor fe80:4540:476c:d432:2f32:818b:811b:bb60; interface "tnet-confltrio"; password "{{ bgp_password['conflatorio-hash'] }}"; rr client; } protocol bgp tnet_knot from tnet_tpl { neighbor fe80:3b20:4cb0:5315:22a:c7de:a45b:8a7c; interface "tnet-knot"; password "{{ bgp_password['hash-knot'] }}"; rr client; } protocol bgp tnet_lhn2pi from tnet_tpl { neighbor fe80:6195:1d43:9655:35f7:9dba:798c:26b9; interface "tnet-lhn2pi"; password "{{ bgp_password['hash-lhn2pi'] }}"; rr client; } protocol bgp tnet_node1 from tnet_tpl { neighbor fe80:a026:6ec2:b356:21c5:b51:22b9:a1df; interface "tnet-node1"; password "{{ bgp_password['hash-node1'] }}"; rr client; } protocol bgp tnet_node2 from tnet_tpl { neighbor fe80:a7a6:c1a8:c261:232e:7d67:fc27:7c8d; interface "tnet-node2"; password "{{ bgp_password['hash-node2'] }}"; rr client; }