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open Functoria.DSL
open Functoria.Action
open Misc
type network = NETWORK
let network = typ NETWORK
let all_networks = ref []
let add_new_network name = all_networks := name :: !all_networks
let network_conf ?(intf : string runtime_arg option) name =
let runtime_args = Option.to_list (Option.map Runtime_arg.v intf) in
let packages_v =
Key.match_ Key.(value target) @@ function
| `Unix -> [ package ~min:"3.0.0" ~max:"4.0.0" "mirage-net-unix" ]
| `MacOSX -> [ package ~min:"1.8.0" ~max:"2.0.0" "mirage-net-macosx" ]
| `Xen -> [ package ~min:"2.1.0" ~max:"3.0.0" "mirage-net-xen" ]
| `Qubes ->
[ package ~min:"2.1.0" ~max:"3.0.0" "mirage-net-xen"; Qubesdb.pkg ]
| #Key.mode_solo5 ->
[ package ~min:"0.8.0" ~max:"0.9.0" "mirage-net-solo5" ]
| #Key.mode_unikraft ->
[ package ~min:"1.0.0" ~max:"2.0.0" "mirage-net-unikraft" ]
in
let connect _ modname = function
| [] -> code ~pos:__POS__ "%s.connect %S" modname name
| [ intf ] -> code ~pos:__POS__ "%s.connect %s" modname intf
| _ -> connect_err "network_conf (sometimes 0 arguments)" 1
in
let configure _ =
add_new_network name;
ok ()
in
impl ~runtime_args ~packages_v ~connect ~configure "Netif" network
let netif ?group dev =
if_impl Key.is_solo5 (network_conf dev)
(network_conf ~intf:(Runtime_arg.interface ?group dev) dev)
let default_network =
match_impl
Key.(value target)
[
(`Unix, netif "tap0");
(`MacOSX, netif "tap0");
(`Hvt, netif "service");
(`Spt, netif "service");
(`Virtio, netif "service");
(`Muen, netif "service");
(`Genode, netif "service");
]
~default:(netif "0")