@@ -487,40 +487,34 @@ let generate_order ~(currents : Dev.t list) ~(rules : Rule.t list)
487487 OrderedDev. assert_no_duplicate_mac new_order ;
488488 new_order
489489
490- let generate ?(force = false ) interface_order =
491- match interface_order with
492- | None ->
493- None
494- | Some last_order ->
495- let rules, last_order =
496- match (last_order, force) with
497- | [] , _ | _ :: _ , true ->
498- (Rule. rules_of_file ~path: initial_rules_file_path, [] )
499- | (_ :: _ as last_order ), false ->
500- ([] , last_order)
501- in
502- let currents = Dev. get_all () in
503- currents
504- |> List. iter (fun x ->
505- debug " %s current: %s" __FUNCTION__ (Dev. to_string x)
506- ) ;
507- let new_order = generate_order ~currents ~rules ~last_order in
508- new_order
509- |> List. iter (fun x ->
510- debug " %s new order: %s" __FUNCTION__ (OrderedDev. to_string x)
511- ) ;
512-
513- (* Find the NICs whose name changes *)
514- let changes =
515- let m = OrderedDev. map_by_position last_order in
516- List. fold_left
517- (fun acc {position; name = curr ; _} ->
518- match IntMap. find_opt position m with
519- | Some {name = last ; _} when last <> curr ->
520- (last, curr) :: acc
521- | _ ->
522- acc
523- )
524- [] new_order
525- in
526- Some (new_order, changes)
490+ let generate ?(force = false ) last_order =
491+ let rules, last_order =
492+ match (last_order, force) with
493+ | [] , _ | _ :: _ , true ->
494+ (Rule. rules_of_file ~path: initial_rules_file_path, [] )
495+ | (_ :: _ as last_order ), false ->
496+ ([] , last_order)
497+ in
498+ let currents = Dev. get_all () in
499+ currents
500+ |> List. iter (fun x -> debug " %s current: %s" __FUNCTION__ (Dev. to_string x)) ;
501+ let new_order = generate_order ~currents ~rules ~last_order in
502+ new_order
503+ |> List. iter (fun x ->
504+ debug " %s new order: %s" __FUNCTION__ (OrderedDev. to_string x)
505+ ) ;
506+
507+ (* Find the NICs whose name changes *)
508+ let changes =
509+ let m = OrderedDev. map_by_position last_order in
510+ List. fold_left
511+ (fun acc {position; name = curr ; _} ->
512+ match IntMap. find_opt position m with
513+ | Some {name = last ; _} when last <> curr ->
514+ (last, curr) :: acc
515+ | _ ->
516+ acc
517+ )
518+ [] new_order
519+ in
520+ (new_order, changes)
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