Class: Yast::LanItemsClass

Inherits:
Module
  • Object
show all
Includes:
Logger
Defined in:
../../src/modules/LanItems.rb

Overview

Does way too many things.

  1. Aggregates data about network interfaces, both configured and unconfigured, in #Items, which see.

  2. Provides direct access to individual items of ifcfg files. For example BOOTPROTO and STARTMODE are accessible in #bootproto and #startmode (set via #SetDeviceVars via #Select or #SetItem). The reverse direction (putting the individual values back to an item) is #Commit.

  3. ...

Constant Summary

TRISTATE_TO_S =
{ nil => nil, false => "no", true => "yes" }.freeze

Instance Attribute Summary (collapse)

Instance Method Summary (collapse)

Instance Attribute Details

- (list <map>) :Hardware(:Hardware)

Returns:

  • (list <map>)


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# File '../../src/modules/LanItems.rb', line 2536

publish_variable :Hardware             , "list <map>"

- (Hash<Integer, Hash<String, Object> >, map <integer, any>) :Items(:Items)

Each item, indexed by an Integer in a Hash, aggregates several aspects of a network interface. These aspects are in the inner Hash which mostly has other hashes as values:

  • ifcfg: String, just a foreign key for NetworkInterfaces#Select

  • hwinfo: Hash, detected hardware information

  • udev: Hash, udev naming rules

Returns:

  • (Hash<Integer, Hash<String, Object> >)
  • (map <integer, any>)


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# File '../../src/modules/LanItems.rb', line 2534

publish_variable :Items                , "map <integer, any>"

- (list <string>) :Requires(:Requires)

Returns:

  • (list <string>)


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# File '../../src/modules/LanItems.rb', line 2551

publish_variable :Requires             , "list <string>"

- (map <string, string>) :SysconfigDefaults(:SysconfigDefaults)

Returns:

  • (map <string, string>)


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# File '../../src/modules/LanItems.rb', line 2604

publish_variable :SysconfigDefaults    , "map <string, string>"

- (string) alias

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2546

publish_variable :alias                , "string"

- (map) aliases

Returns:

  • (map)


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# File '../../src/modules/LanItems.rb', line 2597

publish_variable :aliases              , "map"

- (map) autoinstall_settings

Returns:

  • (map)


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# File '../../src/modules/LanItems.rb', line 2539

publish_variable :autoinstall_settings , "map"

- (string) bond_option

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2572

publish_variable :bond_option          , "string"

- (list <string>) bond_slaves

Returns:

  • (list <string>)


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# File '../../src/modules/LanItems.rb', line 2571

publish_variable :bond_slaves          , "list <string>"

- (string) bootproto

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2552

publish_variable :bootproto            , "string"

- (string) bridge_ports

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2575

publish_variable :bridge_ports         , "string"

- (string) chan_mode

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2589

publish_variable :chan_mode            , "string"

- (integer) current

the index into #Items

Returns:

  • (integer)


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# File '../../src/modules/LanItems.rb', line 2548

publish_variable :current              , "integer"

- (string) description

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2543

publish_variable :description          , "string"

- (string) device

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2545

publish_variable :device               , "string"

- (map <string, any>) driver_options

Returns:

  • (map <string, any>)


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# File '../../src/modules/LanItems.rb', line 2538

publish_variable :driver_options       , "map <string, any>"

- (string) ethtool_options

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2561

publish_variable :ethtool_options      , "string"

- (boolean) force_restart

Returns:

  • (boolean)


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# File '../../src/modules/LanItems.rb', line 2542

publish_variable :force_restart        , "boolean"

- (list <map>) Hardware

Returns:

  • (list <map>)


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# File '../../src/modules/LanItems.rb', line 2536

publish_variable :Hardware             , "list <map>"

- (string) hotplug

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2549

publish_variable :hotplug              , "string"

- (string) ifplugd_priority

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2559

publish_variable :ifplugd_priority     , "string"

- (boolean) ipa_takeover

Returns:

  • (boolean)


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# File '../../src/modules/LanItems.rb', line 2591

publish_variable :ipa_takeover         , "boolean"

- (string) ipaddr

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2553

publish_variable :ipaddr               , "string"

- (Object) ipoib_mode

Returns the value of attribute ipoib_mode



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# File '../../src/modules/LanItems.rb', line 43

def ipoib_mode
  @ipoib_mode
end

- (Object) ipoib_modes (readonly)

Returns the value of attribute ipoib_modes



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# File '../../src/modules/LanItems.rb', line 42

def ipoib_modes
  @ipoib_modes
end

- (Hash<Integer, Hash<String, Object> >, map <integer, any>) Items

Each item, indexed by an Integer in a Hash, aggregates several aspects of a network interface. These aspects are in the inner Hash which mostly has other hashes as values:

  • ifcfg: String, just a foreign key for NetworkInterfaces#Select

  • hwinfo: Hash, detected hardware information

  • udev: Hash, udev naming rules

Returns:

  • (Hash<Integer, Hash<String, Object> >)
  • (map <integer, any>)


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# File '../../src/modules/LanItems.rb', line 2534

publish_variable :Items                , "map <integer, any>"

- (string) iucv_user

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2592

publish_variable :iucv_user            , "string"

- (string) lcs_timeout

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2596

publish_variable :lcs_timeout          , "string"

- (boolean) modified

Returns:

  • (boolean)


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# File '../../src/modules/LanItems.rb', line 2540

publish_variable :modified             , "boolean"

- (string) mtu

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2560

publish_variable :mtu                  , "string"

- (string) netmask

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2555

publish_variable :netmask              , "string"

- (string) nm_name

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2602

publish_variable :nm_name              , "string"

- (boolean) nm_proposal_valid

Returns:

  • (boolean)


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# File '../../src/modules/LanItems.rb', line 2601

publish_variable :nm_proposal_valid    , "boolean"

- (symbol) operation

Returns:

  • (symbol)


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# File '../../src/modules/LanItems.rb', line 2541

publish_variable :operation            , "symbol"

- (string) prefix

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2557

publish_variable :prefix               , "string"

- (boolean) proposal_valid

Returns:

  • (boolean)


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# File '../../src/modules/LanItems.rb', line 2600

publish_variable :proposal_valid       , "boolean"

- (string) qeth_chanids

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2595

publish_variable :qeth_chanids         , "string"

- (boolean) qeth_layer2

Returns:

  • (boolean)


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# File '../../src/modules/LanItems.rb', line 2593

publish_variable :qeth_layer2          , "boolean"

- (string) qeth_macaddress

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2594

publish_variable :qeth_macaddress      , "string"

- (string) qeth_options

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2590

publish_variable :qeth_options         , "string"

- (string) qeth_portname

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2587

publish_variable :qeth_portname        , "string"

- (string) qeth_portnumber

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2588

publish_variable :qeth_portnumber      , "string"

- (string) remoteip

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2554

publish_variable :remoteip             , "string"

- (list <string>) Requires

Returns:

  • (list <string>)


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# File '../../src/modules/LanItems.rb', line 2551

publish_variable :Requires             , "list <string>"

- (boolean) set_default_route

Returns:

  • (boolean)


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# File '../../src/modules/LanItems.rb', line 2556

publish_variable :set_default_route    , "boolean"

- (string) startmode

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2558

publish_variable :startmode            , "string"

- (map <string, string>) SysconfigDefaults

Returns:

  • (map <string, string>)


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# File '../../src/modules/LanItems.rb', line 2604

publish_variable :SysconfigDefaults    , "map <string, string>"

- (string) tunnel_set_group

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2599

publish_variable :tunnel_set_group     , "string"

- (string) tunnel_set_owner

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2598

publish_variable :tunnel_set_owner     , "string"

- (string) type

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2544

publish_variable :type                 , "string"

- (map <string, any>) udev_net_rules

Returns:

  • (map <string, any>)


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# File '../../src/modules/LanItems.rb', line 2537

publish_variable :udev_net_rules       , "map <string, any>"

- (string) vlan_etherdevice

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2573

publish_variable :vlan_etherdevice     , "string"

- (string) vlan_id

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2574

publish_variable :vlan_id              , "string"

- (string) wl_accesspoint

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2580

publish_variable :wl_accesspoint       , "string"

- (string) wl_ap_scanmode

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2582

publish_variable :wl_ap_scanmode       , "string"

- (string) wl_auth_mode

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2565

publish_variable :wl_auth_mode         , "string"

- (list <string>) wl_auth_modes

Returns:

  • (list <string>)


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# File '../../src/modules/LanItems.rb', line 2583

publish_variable :wl_auth_modes        , "list <string>"

- (string) wl_bitrate

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2579

publish_variable :wl_bitrate           , "string"

- (list <string>) wl_bitrates

Returns:

  • (list <string>)


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# File '../../src/modules/LanItems.rb', line 2586

publish_variable :wl_bitrates          , "list <string>"

- (string) wl_channel

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2577

publish_variable :wl_channel           , "string"

- (list <string>) wl_channels

Returns:

  • (list <string>)


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# File '../../src/modules/LanItems.rb', line 2585

publish_variable :wl_channels          , "list <string>"

- (integer) wl_default_key

Returns:

  • (integer)


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# File '../../src/modules/LanItems.rb', line 2569

publish_variable :wl_default_key       , "integer"

- (list <string>) wl_enc_modes

Returns:

  • (list <string>)


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# File '../../src/modules/LanItems.rb', line 2584

publish_variable :wl_enc_modes         , "list <string>"

- (string) wl_essid

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2563

publish_variable :wl_essid             , "string"

- (string) wl_frequency

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2578

publish_variable :wl_frequency         , "string"

- (list <string>) wl_key

Returns:

  • (list <string>)


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# File '../../src/modules/LanItems.rb', line 2568

publish_variable :wl_key               , "list <string>"

- (string) wl_key_length

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2567

publish_variable :wl_key_length        , "string"

- (string) wl_mode

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2562

publish_variable :wl_mode              , "string"

- (string) wl_nick

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2570

publish_variable :wl_nick              , "string"

- (string) wl_nwid

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2564

publish_variable :wl_nwid              , "string"

- (boolean) wl_power

Returns:

  • (boolean)


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# File '../../src/modules/LanItems.rb', line 2581

publish_variable :wl_power             , "boolean"

- (map <string, any>) wl_wpa_eap

Returns:

  • (map <string, any>)


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# File '../../src/modules/LanItems.rb', line 2576

publish_variable :wl_wpa_eap           , "map <string, any>"

- (string) wl_wpa_psk

Returns:

  • (string)


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# File '../../src/modules/LanItems.rb', line 2566

publish_variable :wl_wpa_psk           , "string"

Instance Method Details

- (Object) AddNew



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# File '../../src/modules/LanItems.rb', line 742

def AddNew
  @current = @Items.to_h.size
  @Items[@current] = { "commited" => false }
  @operation = :add

  nil
end

- (Object) BuildBondIndex



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# File '../../src/modules/LanItems.rb', line 1216

def BuildBondIndex
  index = {}
  bond_devs = Convert.convert(
    Ops.get(NetworkInterfaces.FilterDevices("netcard"), "bond", {}),
    :from => "map",
    :to   => "map <string, map>"
  )

  Builtins.foreach(bond_devs) do |bond_master, value|
    Builtins.foreach(GetBondSlaves(bond_master)) do |slave|
      index = Builtins.add(index, slave, bond_master)
    end
  end

  Builtins.y2debug("bond slaves index: %1", index)

  deep_copy(index)
end

- (Object) BuildLanOverview

FIXME: - side effect: sets @type. No reason for that. It should only build item overview. Check and remove.



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# File '../../src/modules/LanItems.rb', line 1301

def BuildLanOverview
  overview = []
  links = []

  LanItems.Items.each_key do |key|
    rich = ""
    ip = _("Not configured")

    item_hwinfo = LanItems.Items[key]["hwinfo"] || {}
    descr = item_hwinfo["name"] || ""

    note = ""
    bullets = []
    ifcfg_name = LanItems.Items[key]["ifcfg"] || ""

    LanItems.type = NetworkInterfaces.GetType(ifcfg_name)
    if !ifcfg_name.empty?
      ifcfg_conf = GetDeviceMap(key)
      ifcfg_desc = ifcfg_conf["NAME"]
      descr = ifcfg_desc if !ifcfg_desc.nil? && !ifcfg_desc.empty?
      descr = CheckEmptyName(LanItems.type, descr)
      ip = DeviceProtocol(ifcfg_conf)
      status = DeviceStatus(
        LanItems.type,
        ifcfg_name,
        ifcfg_conf
      )

      bullets << _("Device Name: %s") % ifcfg_name
      bullets = bullets + startmode_overview
      bullets = bullets + ip_overview(ip) if ifcfg_conf["STARTMODE"] != "managed"

      if LanItems.type == "wlan" &&
        ifcfg_conf["WIRELESS_AUTH_MODE"] == "open" &&
        IsEmpty(ifcfg_conf["WIRELESS_KEY_0"])

        # avoid colons
        ifcfg_name = ifcfg_name.tr(":", "/")
        href = "lan--wifi-encryption-" + ifcfg_name
        # interface summary: WiFi without encryption
        warning = HTML.Colorize(_("Warning: no encryption is used."), "red")
        # Hyperlink: Change the configuration of an interface
        status << " " << warning << " " << Hyperlink(href, _("Change."))
        links << href
      end

      if LanItems.type == "bond"
        bond_slaves_desc = ("%s: %s") % [
          _("Bonding slaves"),
          GetBondSlaves(ifcfg_name).join(" ")
        ]
        bullets << bond_slaves_desc
      end

      bond_index = BuildBondIndex()
      bond_master = Ops.get(
        bond_index,
        ifcfg_name,
        ""
      )

      if !bond_master.empty?
        note = _("enslaved in %s") % bond_master
        bond_master_desc = ("%s: %s") % [_("Bonding master"), bond_master]
        bullets << bond_master_desc
      end

      if renamed?(key)
        note = ("%s -> %s") % [GetDeviceName(key), renamed_to(key)]
      end

      overview << Summary.Device(descr, status)
    else
      descr = CheckEmptyName(LanItems.type, descr)
      overview << Summary.Device(descr, Summary.NotConfigured)
    end
    conn = ""
    conn = HTML.Bold("(%s)" % _("Not connected")) if !item_hwinfo["link"]

    if item_hwinfo.empty?
      conn = HTML.Bold("(%s)" % _("No hwinfo"))
    end

    mac_dev = HTML.Bold("MAC : ") + item_hwinfo["mac"].to_s + "<br>"
    bus_id  = HTML.Bold("BusID : ") + item_hwinfo["busid"].to_s + "<br>"

    if IsNotEmpty(item_hwinfo["mac"])
      rich << " " << conn << "<br>" << mac_dev
    end
    if IsNotEmpty(item_hwinfo["busid"])
      rich << bus_id
    end
    # display it only if we need it, don't duplicate "ifcfg_name" above
    if IsNotEmpty(item_hwinfo["dev_name"]) && ifcfg_name.empty?
      dev_name = _("Device Name: %s") %  item_hwinfo["dev_name"]
      rich << HTML.Bold(dev_name) << "<br>"
    end
    rich = HTML.Bold(descr) + rich
    if IsEmpty(item_hwinfo["dev_name"]) && !item_hwinfo.empty? && !Arch.s390
      rich << "<p>"
      rich << _("Unable to configure the network card because the kernel device (eth0, wlan0) is not present. This is mostly caused by missing firmware (for wlan devices). See dmesg output for details.")
      rich << "</p>"
    elsif !ifcfg_name.empty?
      rich << HTML.List(bullets)
    else
      rich << "<p>"
      rich << _("The device is not configured. Press <b>Edit</b>\nto configure.\n")
      rich << "</p>"

      curr = @current
      @current = key
      if needFirmwareCurrentItem
        fw = GetFirmwareForCurrentItem()
        rich << ("%s : %s") % [_("Needed firmware"), !fw.empty? ? fw : _("unknown")]
      end
      @current = curr
    end
    LanItems.Items[key]["table_descr"] = {
      "rich_descr" => rich,
      "table_descr" => [descr, ip, ifcfg_name, note]
    }
  end
  [Summary.DevicesList(overview), links]
end

- (Object) Commit

Commit pending operation

Returns:

  • true if success



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# File '../../src/modules/LanItems.rb', line 1879

def Commit
  if @operation != :add && @operation != :edit
    log.error("Unknown operation: #{@operation}")
    raise ArgumentError, "Unknown operation: #{@operation}"
  end

  newdev = {}

  # #104494 - always write IPADDR+NETMASK, even empty
  newdev["IPADDR"] = @ipaddr
  if !@prefix.empty?
    newdev["PREFIXLEN"] = @prefix
  else
    newdev["NETMASK"] = @netmask
  end
  # #50955 omit computable fields
  newdev["BROADCAST"] = ""
  newdev["NETWORK"] = ""

  newdev["REMOTE_IPADDR"] = @remoteip

  # set LLADDR to sysconfig only for device on layer2 and only these which needs it
  # do not write incorrect LLADDR.
  if @qeth_layer2 && s390_correct_lladdr(@qeth_macaddress)
    busid = Ops.get_string(@Items, [@current, "hwinfo", "busid"], "")
    # sysfs id has changed from css0...
    sysfs_id = "/devices/qeth/#{busid}"
    log.info("busid #{busid}")
    if s390_device_needs_persistent_mac(sysfs_id, @Hardware)
      newdev["LLADDR"] = @qeth_macaddress
    end
  end

  newdev["NAME"] = @description

  newdev = setup_basic_device_options(newdev)
  newdev = setup_dhclient_options(newdev)

  case @type
  when "bond"
    i = 0
    @bond_slaves.each do |slave|
      newdev["BONDING_SLAVE#{i}"] = slave
      i += 1
    end

    #assign nil to rest BONDING_SLAVEn to remove them
    while i < @MAX_BOND_SLAVE
      newdev["BONDING_SLAVE#{i}"] = nil
      i += 1
    end

    newdev["BONDING_MODULE_OPTS"] = @bond_option
    newdev["BONDING_MASTER"] = "yes"

  when "vlan"
    newdev["ETHERDEVICE"] = @vlan_etherdevice
    newdev["VLAN_ID"] = @vlan_id

  when "br"
    newdev["BRIDGE_PORTS"] = @bridge_ports
    newdev["BRIDGE"] = "yes"
    newdev["BRIDGE_STP"] = "off"
    newdev["BRIDGE_FORWARDDELAY"] = "0"

  when "wlan"
    newdev["WIRELESS_MODE"] = @wl_mode
    newdev["WIRELESS_ESSID"] = @wl_essid
    newdev["WIRELESS_NWID"] = @wl_nwid
    newdev["WIRELESS_AUTH_MODE"] = @wl_auth_mode
    newdev["WIRELESS_WPA_PSK"] = @wl_wpa_psk
    newdev["WIRELESS_KEY_LENGTH"] = @wl_key_length
    # obsoleted by WIRELESS_KEY_0
    newdev["WIRELESS_KEY"] = "" # TODO: delete the varlable
    newdev["WIRELESS_KEY_0"] = Ops.get(@wl_key, 0, "")
    newdev["WIRELESS_KEY_1"] = Ops.get(@wl_key, 1, "")
    newdev["WIRELESS_KEY_2"] = Ops.get(@wl_key, 2, "")
    newdev["WIRELESS_KEY_3"] = Ops.get(@wl_key, 3, "")
    Ops.set(
      newdev,
      "WIRELESS_DEFAULT_KEY",
      Builtins.tostring(@wl_default_key)
    )
    Ops.set(newdev, "WIRELESS_NICK", @wl_nick)
    Ops.set(newdev, "WIRELESS_AP_SCANMODE", @wl_ap_scanmode)

    if @wl_wpa_eap != {}
      Ops.set(
        newdev,
        "WIRELESS_EAP_MODE",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_MODE", "")
      )
      Ops.set(
        newdev,
        "WIRELESS_WPA_IDENTITY",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_IDENTITY", "")
      )
      Ops.set(
        newdev,
        "WIRELESS_WPA_PASSWORD",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_PASSWORD", "")
      )
      Ops.set(
        newdev,
        "WIRELESS_WPA_ANONID",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_ANONID", "")
      )
      Ops.set(
        newdev,
        "WIRELESS_CLIENT_CERT",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_CLIENT_CERT", "")
      )
      Ops.set(
        newdev,
        "WIRELESS_CLIENT_KEY",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_CLIENT_KEY", "")
      )
      Ops.set(
        newdev,
        "WIRELESS_CLIENT_KEY_PASSWORD",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_CLIENT_KEY_PASSWORD", "")
      )
      Ops.set(
        newdev,
        "WIRELESS_CA_CERT",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_CA_CERT", "")
      )
      Ops.set(
        newdev,
        "WIRELESS_EAP_AUTH",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_AUTH", "")
      )
      Ops.set(
        newdev,
        "WIRELESS_PEAP_VERSION",
        Ops.get_string(@wl_wpa_eap, "WPA_EAP_PEAP_VERSION", "")
      )
    end

    newdev["WIRELESS_CHANNEL"] = @wl_channel
    newdev["WIRELESS_FREQUENCY"] = @wl_frequency
    newdev["WIRELESS_BITRATE"] = @wl_bitrate
    newdev["WIRELESS_AP"] = @wl_accesspoint
    newdev["WIRELESS_POWER"] = @wl_power ? "yes" : "no"

  when "ib"
    newdev["IPOIB_MODE"] = @ipoib_mode

  end

  if DriverType(@type) == "ctc"
    if Ops.get(NetworkConfig.Config, "WAIT_FOR_INTERFACES") == nil ||
        Ops.less_than(
          Ops.get_integer(NetworkConfig.Config, "WAIT_FOR_INTERFACES", 0),
          40
        )
      Ops.set(NetworkConfig.Config, "WAIT_FOR_INTERFACES", 40)
    end
  end

  if ["tun", "tap"].include?(@type)
    newdev = {
      "BOOTPROTO"             => "static",
      "STARTMODE"             => "auto",
      "TUNNEL"                => @type,
      "TUNNEL_SET_OWNER"      => @tunnel_set_owner,
      "TUNNEL_SET_GROUP"      => @tunnel_set_group
    }
  end

  # L3: bnc#585458
  # FIXME: INTERFACETYPE confuses sysconfig, bnc#458412
  # Only test when newdev has enough info for GetTypeFromIfcfg to work.
  implied_type = NetworkInterfaces.GetTypeFromIfcfg(newdev)
  if implied_type != nil && implied_type != @type
    newdev["INTERFACETYPE"] = @type
  end

  NetworkInterfaces.Name = Ops.get_string(@Items, [@current, "ifcfg"], "")
  NetworkInterfaces.Current = deep_copy(newdev)

  # bnc#752464 - can leak wireless passwords
  # useful only for debugging. Writes huge struct mostly filled by defaults.
  Builtins.y2debug("%1", NetworkInterfaces.ConcealSecrets1(newdev))

  Ops.set(@Items, [@current, "ifcfg"], "") if !NetworkInterfaces.Commit

  # configure bridge ports
  if @bridge_ports
    @bridge_ports.split.each { |bp| configure_as_bridge_port(bp) }
  end

  @modified = true
  @operation = nil
  true
end

- (Object) createS390Device



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# File '../../src/modules/LanItems.rb', line 2383

def createS390Device
  Builtins.y2milestone("creating device s390 network device")
  result = true
  # command to create device
  command1 = ""
  # command to find created device
  command2 = ""
  case @type
    when "hsi", "qeth"
      @portnumber_param = Ops.greater_than(
        Builtins.size(@qeth_portnumber),
        0
      ) ?
        Builtins.sformat("-n %1", @qeth_portnumber) :
        ""
      @portname_param = Ops.greater_than(Builtins.size(@qeth_portname), 0) ?
        Builtins.sformat("-p %1", @qeth_portname) :
        ""
      @options_param = Ops.greater_than(Builtins.size(@qeth_options), 0) ?
        Builtins.sformat("-o %1", @qeth_options) :
        ""
      command1 = Builtins.sformat(
        "qeth_configure %1 %2 %3 %4 %5 1",
        @options_param,
        @qeth_layer2 ? "-l" : "",
        @portname_param,
        @portnumber_param,
        @qeth_chanids
      )
      command2 = Builtins.sformat(
        "ls /sys/devices/qeth/%1/net/|head -n1|tr -d '\n'",
        Ops.get(Builtins.splitstring(@qeth_chanids, " "), 0, "")
      )
    when "ctc"
      # chan_ids (read, write), protocol
      command1 = Builtins.sformat(
        "ctc_configure %1 1 %2",
        @qeth_chanids,
        @chan_mode
      )
      command2 = Builtins.sformat(
        "ls /sys/devices/ctcm/%1/net/|head -n1|tr -d '\n'",
        Ops.get(Builtins.splitstring(@qeth_chanids, " "), 0, "")
      )
    when "lcs"
      # chan_ids (read, write), protocol
      command1 = Builtins.sformat(
        "ctc_configure %1 1 %2",
        @qeth_chanids,
        @chan_mode
      )
      command2 = Builtins.sformat(
        "ls /sys/devices/lcs/%1/net/|head -n1|tr -d '\n'",
        Ops.get(Builtins.splitstring(@qeth_chanids, " "), 0, "")
      )
    when "iucv"
      # router
      command1 = Builtins.sformat("iucv_configure %1 1", @iucv_user)
      command2 = Builtins.sformat(
        "ls /sys/devices/%1/*/net/|head -n1|tr -d '\n'",
        @type
      )
    else
      Builtins.y2error("Unsupported type : %1", @type)
  end
  Builtins.y2milestone("execute %1", command1)
  output1 = Convert.convert(
    SCR.Execute(path(".target.bash_output"), command1),
    :from => "any",
    :to   => "map <string, any>"
  )
  if Ops.get_integer(output1, "exit", -1) == 0 &&
      Builtins.size(Ops.get_string(output1, "stderr", "")) == 0
    Builtins.y2milestone("Success : %1", output1)
  else
    Builtins.y2error("Problem occured : %1", output1)
    result = false
  end
  Builtins.y2milestone("output1 %1", output1)


  if result
    Builtins.y2milestone("command2 %1", command2)
    output2 = Convert.convert(
      SCR.Execute(path(".target.bash_output"), command2),
      :from => "any",
      :to   => "map <string, any>"
    )
    Builtins.y2milestone("output2 %1", output2)
    if Ops.get_integer(output2, "exit", -1) == 0 &&
        Builtins.size(Ops.get_string(output2, "stderr", "")) == 0
      Ops.set(
        @Items,
        [@current, "ifcfg"],
        Ops.get_string(output2, "stdout", "")
      )
      Ops.set(
        @Items,
        [@current, "hwinfo", "dev_name"],
        Ops.get_string(output2, "stdout", "")
      )
      Builtins.y2milestone(
        "Device %1 created",
        Ops.get_string(output2, "stdout", "")
      )
    else
      Builtins.y2error("Some problem occured : %1", output2)
      result = false
    end
  end

  result
end

- (Boolean) current_renamed?

Returns:

  • (Boolean)


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# File '../../src/modules/LanItems.rb', line 597

def current_renamed?
  renamed?(@current)
end

- (Object) current_renamed_to



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# File '../../src/modules/LanItems.rb', line 587

def current_renamed_to
  renamed_to(@current)
end

- (Object) current_udev_name

Returns name which is going to be used in the udev rule



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# File '../../src/modules/LanItems.rb', line 348

def current_udev_name
  if LanItems.current_renamed?
    LanItems.current_renamed_to
  else
    LanItems.GetItemUdev("NAME")
  end
end

- (Object) delete_dev(name)

Deletes item and its configuration

Item for deletion is searched using device name



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# File '../../src/modules/LanItems.rb', line 2258

def delete_dev(name)
  FindAndSelect(name)
  DeleteItem()
end

- (Object) DeleteItem

Deletes the #current item and its configuration



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# File '../../src/modules/LanItems.rb', line 2264

def DeleteItem
  return if @current < 0
  return if @Items.nil? || @Items.empty?

  log.info("DeleteItem: #{@Items[@current]}")

  if IsCurrentConfigured()
    SetCurrentName("")
    NetworkInterfaces.Commit
  end

  current_item = @Items[@current]

  if current_item["hwinfo"].nil? || current_item["hwinfo"].empty?
    # size is always > 0 here and items are numbered 0, 1, ..., size -1
    delete_index = @Items.size - 1

    @Items[@current] = @Items[delete_index] if delete_index != @current
    @Items.delete(delete_index)

    # item was deleted, so original @current is invalid
    @current = -1
  end

  SetModified()

  nil
end

- (Object) enableCurrentEditButton



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# File '../../src/modules/LanItems.rb', line 2369

def enableCurrentEditButton
  return true if needFirmwareCurrentItem
  return true if Arch.s390
  if IsEmpty(Ops.get_string(getCurrentItem, ["hwinfo", "dev_name"], "")) &&
      Ops.greater_than(
        Builtins.size(Ops.get_map(getCurrentItem, "hwinfo", {})),
        0
      )
    return false
  else
    return true
  end
end

- (Object) find_configured(device)



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# File '../../src/modules/LanItems.rb', line 943

def find_configured(device)
  @Items.select { |k,v| v["ifcfg"] == device }.keys.first
end

- (Object) FindAndSelect(device)



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# File '../../src/modules/LanItems.rb', line 947

def FindAndSelect(device)
  item_id = find_configured(device)
  @current = item_id if item_id

  return !item_id.nil?
end

- (Object) FindDeviceIndex(device)

search all known devices to find it's index in Items array

Parameters:

  • device (String)

    matched with item[ “hwinfo”, “dev_name”]

Returns:

  • index in Items or -1 if not found



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# File '../../src/modules/LanItems.rb', line 958

def FindDeviceIndex(device)
  ret = -1

  Builtins.foreach(
    Convert.convert(
      @Items,
      :from => "map <integer, any>",
      :to   => "map <integer, map <string, any>>"
    )
  ) do |i, a|
    if Ops.get_string(a, ["hwinfo", "dev_name"], "") == device
      ret = i
      raise Break
    end
  end

  ret
end

- (Hash) FindMatchingDevice(interface)

Find matching device Find a device, optionally with some predefined values

Parameters:

  • interface (Hash)

    interface map

Returns:

  • (Hash)

    The map of the matching device.



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# File '../../src/modules/LanItems.rb', line 2127

def FindMatchingDevice(interface)
  interface = deep_copy(interface)
  tosel = nil
  # Minimal changes to code to fix both #119592 and #146965
  # Alternatively we could try to ensure that we never match a
  # device that got already matched
  matched_by_module = false

  devs = NetworkInterfaces.List("netcard")
  Builtins.y2milestone("Configured devices: %1", devs)

  # this condition is always true for SLES9, HEAD uses $[] for proposal
  if interface != {}
    # Notes for comments about matching:
    # - interface["device"] is the key which we look for in the actual hw
    # - H iterates over Hardware
    # - patterns are shell-like

    device_id = Builtins.splitstring(
      Ops.get_string(interface, "device", ""),
      "-"
    )
    # code for eth-id-00:80:c8:f6:48:4c configurations
    # *-id-$ID => find H["mac"] == $ID
    if Ops.greater_than(Builtins.size(device_id), 1) &&
        Ops.get_string(device_id, 1, "") == "id"
      hwaddr = Ops.get_string(device_id, 2, "")
      tosel = Builtins.find(@Hardware) do |h|
        Ops.get_string(h, "mac", "") == hwaddr
      end if hwaddr != nil &&
        hwaddr != ""
      Builtins.y2milestone("Rule: matching mac in device name")
    # code for eth-bus-pci-0000:00:0d.0 configurations
    # code for eth-bus-vio-30000001 configurations
    # *-bus-$BUS-$ID => find H["bus"] == $BUS & H["busid"] == $ID
    elsif Ops.greater_than(Builtins.size(device_id), 2) &&
        Ops.get_string(device_id, 1, "") == "bus"
      bus = Ops.get_string(device_id, 2, "")
      busid = Ops.get_string(device_id, 3, "")
      if bus != nil && bus != "" && busid != nil && busid != ""
        tosel = Builtins.find(@Hardware) do |h|
          Ops.get_string(h, "busid", "") == busid &&
            Ops.get_string(h, "bus", "") == bus
        end
      end
      Builtins.y2milestone("Rule: matching bus id in device name")
    end

    # code for module configuration
    # join with the modules list of the ay profile according to "device"
    # if exists => find H["module"] == AH["module"]
    aymodule = GetModuleForInterface(
      Ops.get_string(interface, "device", ""),
      Ops.get_list(@autoinstall_settings, "modules", [])
    )
    Builtins.y2milestone("module data: %1", aymodule)
    if tosel == nil && aymodule != {}
      if aymodule != nil && Ops.get_string(aymodule, "module", "") != ""
        tosel = Builtins.find(@Hardware) do |h|
          Ops.get_string(h, "module", "") ==
            Ops.get_string(aymodule, "module", "")
        end
      end
      matched_by_module = true if tosel != nil
      Builtins.y2milestone("Rule: matching module configuration")
    end
  end

  # First device was already configured, we are now looking for
  # a second (third,...) one
  if Ops.greater_than(Builtins.size(devs), 0)
    # #119592, #146965: this used to be unconditional, overwriting the
    # results of the above matching.
    if matched_by_module || tosel == nil
      # go thru all devices, check whether there's one that does
      # not have a configuration yet
      # and has the same type as the current profile item
      Builtins.foreach(@Hardware) do |h|
        Builtins.y2milestone("Checking for device=%1", h)
        SelectHWMap(h)
        #		string _device_name = NetworkInterfaces::device_name(NetworkInterfaces::RealType(type, hotplug), device);
        if !NetworkInterfaces.Check(@device) &&
            @type ==
              NetworkInterfaces.GetType(
                Ops.get_string(interface, "device", "")
              )
          Builtins.y2milestone("Selected: %1", h)
          tosel = deep_copy(h)
          raise Break
        end
      end
    end
    Builtins.y2error("Nothing found") if tosel == nil
  else
    # this is the first interface, match the hardware with install.inf
    # No install.inf -> select the first connected
    # find H["active"] == true
    if tosel == nil
      tosel = Builtins.find(@Hardware) do |h|
        Ops.get_boolean(h, ["link", "state"], false)
      end
      Builtins.y2milestone("Rule: first connected")
    end

    # No install.inf driver -> select the first active
    # find H["active"] == true
    if tosel == nil
      tosel = Builtins.find(@Hardware) do |h|
        Ops.get_boolean(h, "active", false)
      end
      Builtins.y2milestone("Rule: first active")
    end

    # No active driver -> select the first with a driver
    # find H["module"] != ""
    if tosel == nil
      Builtins.y2milestone("No active driver found, trying further.")
      tosel = Builtins.find(@Hardware) do |h|
        Ops.get_string(h, "module", "") != "" &&
          Builtins.y2milestone("Using driver: %1", h) == nil
      end
      Builtins.y2milestone("Rule: first with driver")
    end
  end

  deep_copy(tosel)
end

- (Array) FreeAliases(type, num)

Return 10 free aliases

Parameters:

  • type (String)

    device type

  • num (Fixnum)

    device number

Returns:

  • (Array)

    of 10 free devices



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# File '../../src/modules/LanItems.rb', line 1594

def FreeAliases(type, num)
  # FIXME: NI y2debug("Devices=%1", Devices);
  _Devices_1 = {} # FIXME: NI Devices[type, sformat("%1",num)]:$[];
  Builtins.y2debug("Devices=%1", _Devices_1)
  NetworkInterfaces.GetFreeDevices("_aliases", 10)
end

- (Array) FreeDevices(type)

Return 10 free devices

Parameters:

  • type (String)

    device type

Returns:

  • (Array)

    of 10 free devices



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# File '../../src/modules/LanItems.rb', line 1586

def FreeDevices(type)
  NetworkInterfaces.GetFreeDevices(type, 10)
end

- (Object) GetBondableInterfaces(bondMaster)

Creates list of items (interfaces) which can be used as a bond slave.

Parameters:

  • bondMaster (String)

    bond device name



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# File '../../src/modules/LanItems.rb', line 901

def GetBondableInterfaces(bondMaster)
  GetSlaveCandidates(
    bondMaster,
    fun_ref(method(:IsBondable), "boolean (string, integer)")
  )
end

- (Object) GetBondSlaves(bond_master)

Creates list of devices enslaved in any bond device.



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# File '../../src/modules/LanItems.rb', line 1192

def GetBondSlaves(bond_master)
  slaves = []
  slave_index = 0

  while Ops.less_than(slave_index, @MAX_BOND_SLAVE)
    slave = Ops.get_string(
      NetworkInterfaces.FilterDevices("netcard"),
      [
        "bond",
        bond_master,
        Builtins.sformat("BONDING_SLAVE%1", slave_index)
      ],
      ""
    )

    if Ops.greater_than(Builtins.size(slave), 0)
      slaves = Builtins.add(slaves, slave)
    end

    slave_index = Ops.add(slave_index, 1)
  end

  deep_copy(slaves)
end

- (Object) GetBridgeableInterfaces(bridgeMaster)

Creates list of items (interfaces) which can be used as a bridge slave.

Parameters:

  • bridgeMaster (String)

    bridge device name



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# File '../../src/modules/LanItems.rb', line 912

def GetBridgeableInterfaces(bridgeMaster)
  GetSlaveCandidates(
    bridgeMaster,
    fun_ref(method(:IsBridgeable), "boolean (string, integer)")
  )
end

- (Object) getCurrentItem

Returns configuration for currently modified item.



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# File '../../src/modules/LanItems.rb', line 314

def getCurrentItem
  GetLanItem(@current)
end

- (Object) GetCurrentMap



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# File '../../src/modules/LanItems.rb', line 394

def GetCurrentMap
  GetDeviceMap(@current)
end

- (Object) GetCurrentName

Returns device name for current lan item (see LanItems::current)



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# File '../../src/modules/LanItems.rb', line 366

def GetCurrentName
  GetDeviceName(@current)
end

- (Object) GetCurrentType

Returns device type for current lan item (see LanItems::current)



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# File '../../src/modules/LanItems.rb', line 376

def GetCurrentType
  GetDeviceType(@current)
end

- (Object) GetDefaultsForHW

must be in sync with #SetDefaultsForHW



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# File '../../src/modules/LanItems.rb', line 1603

def GetDefaultsForHW
  ret = {}
  # LCS eth interfaces on s390 need the MTU of 1492. #81815.
  # TODO: lcs, or eth?
  # will eth not get mapped to lcs?
  # Apparently both LCS eth and LCS tr are represented as "lcs"
  # but it does not hurt to change the default also for tr
  # #93798: limit to s390 to minimize regressions. Probably it could
  # be also done by only testing for lcs and not eth but that
  # would need more testing.
  if Arch.s390 && Builtins.contains(["lcs", "eth"], @type)
    Builtins.y2milestone("Adding LCS: setting MTU")
    ret = Builtins.add(ret, "MTU", "1492")
  end
  deep_copy(ret)
end

- (Object) GetDescr



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# File '../../src/modules/LanItems.rb', line 1091

def GetDescr
  descr = []
  Builtins.foreach(
    Convert.convert(
      @Items,
      :from => "map <integer, any>",
      :to   => "map <integer, map <string, any>>"
    )
  ) do |key, value|
    if Builtins.haskey(value, "table_descr") &&
        Ops.greater_than(
          Builtins.size(Ops.get_map(@Items, [key, "table_descr"], {})),
          1
        )
      descr = Builtins.add(
        descr,
        {
          "id"          => key,
          "rich_descr"  => Ops.get_string(
            @Items,
            [key, "table_descr", "rich_descr"],
            ""
          ),
          "table_descr" => Ops.get_list(
            @Items,
            [key, "table_descr", "table_descr"],
            []
          )
        }
      )
    end
  end
  deep_copy(descr)
end

- (Object) GetDeviceMap(itemId)

Returns ifcfg configuration for particular item



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# File '../../src/modules/LanItems.rb', line 381

def GetDeviceMap(itemId)
  return nil if !IsItemConfigured(itemId)

  devname = GetDeviceName(itemId)
  devtype = NetworkInterfaces.GetType(devname)

  Convert.convert(
    Ops.get(NetworkInterfaces.FilterDevices("netcard"), [devtype, devname]),
    :from => "any",
    :to   => "map <string, any>"
  )
end

- (Object) GetDeviceName(item_id)

Returns device name for given lan item.

First it looks into the item's netconfig and if it doesn't exist it uses device name from hwinfo if available.



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# File '../../src/modules/LanItems.rb', line 337

def GetDeviceName(item_id)
  lan_item = GetLanItem(item_id)

  return lan_item["ifcfg"] if lan_item["ifcfg"]
  return lan_item["hwinfo"]["dev_name"] || "" if lan_item["hwinfo"]

  log.error("Item #{item_id} has no dev_name nor configuration associated")
  return "" # this should never happen
end

- (Object) GetDeviceNames(items)

transforms given list of item ids onto device names

item id is index into internal @Items structure



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# File '../../src/modules/LanItems.rb', line 359

def GetDeviceNames( items)
  return [] unless items

  items.map { |itemId| GetDeviceName( itemId) }.reject( &:empty?)
end

- (Object) GetDeviceType(itemId)

Returns device type for particular lan item



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# File '../../src/modules/LanItems.rb', line 371

def GetDeviceType(itemId)
  NetworkInterfaces.GetType(GetDeviceName(itemId))
end

- (Object) GetFirmwareForCurrentItem



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# File '../../src/modules/LanItems.rb', line 1155

def GetFirmwareForCurrentItem
  kernel_module = ""
  if IsNotEmpty(Ops.get_string(@Items, [@current, "hwinfo", "driver"], ""))
    if Builtins.haskey(
        @request_firmware,
        Ops.get_string(@Items, [@current, "hwinfo", "driver"], "")
      )
      kernel_module = Ops.get_string(
        @Items,
        [@current, "hwinfo", "driver"],
        ""
      )
    end
  else
    Builtins.foreach(
      Ops.get_list(@Items, [@current, "hwinfo", "drivers"], [])
    ) do |driver|
      if Builtins.haskey(
          @request_firmware,
          Ops.get_string(driver, ["modules", 0, 0], "")
        )
        kernel_module = Ops.get_string(driver, ["modules", 0, 0], "")
        raise Break
      end
    end
  end
  firmware = Ops.get(@request_firmware, kernel_module, "")
  Builtins.y2milestone(
    "driver %1 needs firmware %2",
    kernel_module,
    firmware
  )

  firmware
end

- (Object) GetItemDescription



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# File '../../src/modules/LanItems.rb', line 1451

def GetItemDescription
  Ops.get_string(@Items, [@current, "table_descr", "rich_descr"], "")
end

- (Object) GetItemModules(default_module)

return list of available modules for current device with default default_module (on first possition)



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# File '../../src/modules/LanItems.rb', line 754

def GetItemModules(default_module)
  mods = []
  mods = Builtins.add(mods, default_module) if IsNotEmpty(default_module)
  Builtins.foreach(
    Ops.get_list(@Items, [@current, "hwinfo", "drivers"], [])
  ) do |row|
    tmp_mod = Ops.get_string(row, ["modules", 0, 0], "")
    mods = Builtins.add(mods, tmp_mod) if !Builtins.contains(mods, tmp_mod)
  end
  deep_copy(mods)
end

- (Object) GetItemUdev(key)



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# File '../../src/modules/LanItems.rb', line 480

def GetItemUdev(key)
  value = ""

  Builtins.foreach(getUdevFallback) do |row|
    if Builtins.issubstring(row, key)
      items = Builtins.filter(Builtins.splitstring(row, "=")) do |s|
        Ops.greater_than(Builtins.size(s), 0)
      end
      if Builtins.size(items) == 2 && Ops.get_string(items, 0, "") == key
        value = Builtins.deletechars(Ops.get_string(items, 1, ""), "\"")
      else
        Builtins.y2warning(
          "udev items %1 doesn't match the key %2",
          items,
          key
        )
      end
    end
  end
  value
end

- (Object) GetItemUdevRule(itemId)

Returns udev rule known for particular item



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# File '../../src/modules/LanItems.rb', line 421

def GetItemUdevRule(itemId)
  Ops.get_list(GetLanItem(itemId), ["udev", "net"], [])
end

- (Object) GetLanItem(itemId)

Returns configuration of item (see LanItems::Items) with given id.



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# File '../../src/modules/LanItems.rb', line 309

def GetLanItem(itemId)
  Ops.get_map(@Items, itemId, {})
end

- (Boolean) GetModified

Function which returns if the settings were modified

Returns:

  • (Boolean)

    settings were modified



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# File '../../src/modules/LanItems.rb', line 724

def GetModified
  @modified
end

- (Hash) GetModuleForInterface(ay_device, ay_modules)

Get the module configuration for the modules configured in the interface section

Parameters:

  • ay_device (String)

    Device, for example eth0

  • ay_modules (Array<Hash>)

    list of modules from the AY profile

Returns:

  • (Hash)

    the module map with module name and options



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# File '../../src/modules/LanItems.rb', line 2108

def GetModuleForInterface(ay_device, ay_modules)
  ay_modules = deep_copy(ay_modules)
  ayret = {}
  ay_filtered = Builtins.filter(ay_modules) do |ay_m|
    Ops.get_string(ay_m, "device", "") == ay_device
  end

  if Ops.greater_than(Builtins.size(ay_filtered), 0)
    ayret = Ops.get(ay_filtered, 0, {})
  end

  deep_copy(ayret)
end

- (Object) GetNetcardInterfaces

Creates list of all known netcard items

It means list of item ids of all netcards which are detected and/or configured in the system



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# File '../../src/modules/LanItems.rb', line 923

def GetNetcardInterfaces
  @Items.keys
end

- (Object) GetNetcardNames

Creates list of names of all known netcards configured even unconfigured



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# File '../../src/modules/LanItems.rb', line 928

def GetNetcardNames
  GetDeviceNames( GetNetcardInterfaces())
end

- (Object) getNetworkInterfaces

get list of all configurations for “netcard” macro in NetworkInterfaces module



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# File '../../src/modules/LanItems.rb', line 933

def getNetworkInterfaces
  configurations = NetworkInterfaces.FilterDevices("netcard")
  devtypes = NetworkInterfaces.CardRegex["netcard"].to_s.split("|")

  devtypes.inject([]) do |acc, type|
    conf = configurations[type].to_h
    acc.concat(conf.keys)
  end
end

- (Array) GetSlaveCandidates(master, validator)

Iterates over all items and lists those for which given validator returns true.

Parameters:

  • validator (boolean (string, integer))

    a reference to function which checks if an interface can be enslaved. Validator takes one argument - itemId.

Returns:

  • (Array)

    of lan item ids (see LanItems::Items)



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# File '../../src/modules/LanItems.rb', line 864

def GetSlaveCandidates(master, validator)
  validator = deep_copy(validator)
  if validator == nil
    Builtins.y2error("GetSlaveCandidates: needs a validator.")
    return []
  end
  if IsEmpty(master)
    Builtins.y2error("GetSlaveCandidates: master device name is required.")
    return []
  end

  result = []

  Builtins.foreach(@Items) do |itemId, attribs|
    if @current != itemId && validator.call(master, itemId)
      result = Builtins.add(result, itemId)
    else
      Builtins.y2debug(
        "GetSlaveCandidates: validation failed for item (%1), current (%2)",
        itemId,
        @current
      )
    end
  end

  Builtins.y2milestone(
    "GetSlaveCandidates: candidates for enslaving: %1",
    result
  )

  deep_copy(result)
end

- (Object) getUdevFallback



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# File '../../src/modules/LanItems.rb', line 463

def getUdevFallback
  udev_rules = Ops.get_list(getCurrentItem, ["udev", "net"], [])

  if IsEmpty(udev_rules)
    udev_rules = GetDefaultUdevRule(
      GetCurrentName(),
      Ops.get_string(getCurrentItem, ["hwinfo", "mac"], "")
    )
    Builtins.y2milestone(
      "No Udev rules found, creating default: %1",
      udev_rules
    )
  end

  deep_copy(udev_rules)
end

- (Boolean) hotplug_usable?

Returns:

  • (Boolean)


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# File '../../src/modules/LanItems.rb', line 1759

def hotplug_usable?
  true unless Ops.get_string(@Items, [@current, "hwinfo", "hotplug"], "").empty?
end

- (Object) InitS390VarsByDefaults



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# File '../../src/modules/LanItems.rb', line 1753

def InitS390VarsByDefaults
  SetS390Vars({}, @s390_defaults)

  nil
end

- (Object) ip_overview(ip)



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# File '../../src/modules/LanItems.rb', line 1268

def ip_overview(ip)
  bullets = []

  case ip
  when "NONE", ""
  # do nothing
  when /DHCP/
    bullets << ("%s %s") % [_("IP address assigned using"), ip]
  else
    prefixlen = NetworkInterfaces.Current["PREFIXLEN"]
    if prefixlen
      bullets << _("IP address: %s/%s") % [ip, prefixlen]
    else
      subnetmask = NetworkInterfaces.Current["NETMASK"]
      bullets << _("IP address: %s, subnet mask %s") % [ip, subnetmask]
    end
  end

  # build aliases overview
  item_aliases = NetworkInterfaces.Current["_aliases"] || {}
  if !item_aliases.empty? && !NetworkService.is_network_manager
    item_aliases.each do |key2, desc|
      parameters = "%s/%s" % [desc["IPADDR"], desc["PREFIXLEN"]]
      bullets << ("%s (%s)") % [desc["LABEL"], parameters]
    end
  end

  return bullets
end

- (Object) IsBondable(bondMaster, itemId)

Searches map of known devices and decides if referenced lan item can be enslaved in a bond device

TODO: Check for valid configurations. E.g. bond device over vlan is nonsense and is not supported by netconfig. Also devices enslaved in a bridge should be excluded too.

Parameters:

  • bondMaster (String)

    name of master device

  • itemId (Fixnum)

    index into LanItems::Items



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# File '../../src/modules/LanItems.rb', line 774

def IsBondable(bondMaster, itemId)
  ret = true
  devname = GetDeviceName(itemId)
  bonded = BuildBondIndex()

  # check if the device is L2 capable
  if Arch.s390
    s390_config = s390_ReadQethConfig(devname)

    # only devices with L2 support can be enslaved in bond. See bnc#719881
    ret = ret && Ops.get_string(s390_config, "QETH_LAYER2", "no") == "yes"
  end

  ifcfg = GetDeviceMap(itemId)

  itemBondMaster = Ops.get(bonded, devname, "")

  if IsNotEmpty(itemBondMaster) && bondMaster != itemBondMaster
    Builtins.y2debug(
      "IsBondable: excluding lan item (%1: %2) for %3 - is already bonded",
      itemId,
      devname,
      GetDeviceName(@current)
    )
    return false
  end

  return ret if ifcfg == nil

  # filter the eth devices (BOOTPROTO=none)
  # don't care about STARTMODE (see bnc#652987c6)
  ret = ret && Ops.get_string(ifcfg, "BOOTPROTO", "") == "none"

  ret
end

- (Object) IsBridgeable(bridgeMaster, itemId)

Decides if given lan item can be enslaved in a bridge.

TODO: bridgeMaster is not used yet bcs detection of bridge master for checked device is missing.

Parameters:

  • bridgeMaster (String)

    name of master device

  • itemId (Fixnum)

    index into LanItems::Items



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# File '../../src/modules/LanItems.rb', line 816

def IsBridgeable(bridgeMaster, itemId)
  ifcfg = GetDeviceMap(itemId)

  # no netconfig configuration has been found so nothing
  # blocks using the device as bridge slave
  return true if ifcfg == nil

  devname = GetDeviceName(itemId)
  bonded = BuildBondIndex()

  if bonded[devname]
    log.debug("Excluding lan item (#{itemId}: #{devname}) - is bonded")
    return false
  end

  devtype = GetDeviceType(itemId)

  # exclude forbidden configurations
  case devtype
    when "br"
      log.debug("Excluding lan item (#{itemId}: #{devname}) - is bridge")
      return false

    when "tun"
      log.debug("Excluding lan item (#{itemId}: #{devname}) - is tun")
      return false
  end

  case ifcfg["STARTMODE"]
    when "nfsroot"
      log.debug("Excluding lan item (#{itemId}: #{devname}) - is nfsroot")
      return false

    when "ifplugd"
      log.debug("Excluding lan item (#{itemId}: #{devname}) - ifplugd")
      return false

    else
      return true
  end
end

- (Object) IsCurrentConfigured

Returns true if current (see LanItems::current) has configuration



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# File '../../src/modules/LanItems.rb', line 329

def IsCurrentConfigured
  IsItemConfigured(@current)
end

- (Object) isCurrentDHCP

Check if currently edited device gets its IP address from DHCP (v4, v6 or both)

Returns:

  • true if it is



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# File '../../src/modules/LanItems.rb', line 1447

def isCurrentDHCP
  Builtins.regexpmatch(@bootproto, "dhcp[46]?")
end

- (Object) isCurrentHotplug

Is current device hotplug or not? I.e. is connected via usb/pcmci?



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# File '../../src/modules/LanItems.rb', line 1435

def isCurrentHotplug
  hotplugtype = Ops.get_string(getCurrentItem, ["hwinfo", "hotplug"], "")
  if hotplugtype == "usb" || hotplugtype == "pcmci"
    return true
  else
    return false
  end
end

- (Object) IsItemConfigured(itemId)

Returns true if the item (see LanItems::Items) has netconfig configuration.



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# File '../../src/modules/LanItems.rb', line 320

def IsItemConfigured(itemId)
  ret = !GetLanItem(itemId)["ifcfg"].to_s.empty?
  log.info("IsItemConfigured: item=#{itemId} configured=#{ret}")

  return ret
end

- (Object) main



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# File '../../src/modules/LanItems.rb', line 47

def main
  Yast.import "UI"
  textdomain "network"

  Yast.import "NetworkInterfaces"
  Yast.import "ProductFeatures"
  Yast.import "NetworkConfig"
  Yast.import "NetworkStorage"
  Yast.import "Storage"
  Yast.include self, "network/complex.rb"
  Yast.include self, "network/routines.rb"
  Yast.include self, "network/lan/s390.rb"
  Yast.include self, "network/lan/udev.rb"
  Yast.include self, "network/lan/bridge.rb"

  # Hardware information
  # @see #ReadHardware
  @Items = {}
  @Hardware = []
  @udev_net_rules = {}
  @driver_options = {}

  # used at autoinstallation time
  @autoinstall_settings = {}

  # Data was modified?
  @modified = false
  # current selected HW
  @hw = {}

  # Which operation is pending?
  @operation = nil

  # in special cases when rcnetwork reload is not enought
  @force_restart = false

  @description = ""

  @type = ""
  # ifcfg name for the @current device
  @device = ""
  #FIXME: always empty string - remove all occuriences
  @alias = ""
  @current = -1
  @hotplug = ""

  @Requires = []

  # address options
  # boot protocol: BOOTPROTO
  @bootproto = "static"
  @ipaddr = ""
  @remoteip = ""
  @netmask = ""
  @prefix = ""

  @startmode = "auto"
  @ifplugd_priority = "0"
  @mtu = ""
  @ethtool_options = ""

  # wireless options
  @wl_mode = ""
  @wl_essid = ""
  @wl_nwid = ""
  @wl_auth_mode = ""
  # when adding another key, don't forget the chmod 600 in NetworkInterfaces
  @wl_wpa_psk = ""
  @wl_key_length = ""
  @wl_key = []
  @wl_default_key = 0
  @wl_nick = ""

  #bond options
  @bond_slaves = []
  @bond_option = ""

  @MAX_BOND_SLAVE = 10

  # VLAN option
  @vlan_etherdevice = ""
  @vlan_id = ""

  # interfaces attached to bridge (list delimited by ' ')
  @bridge_ports = ""
  # wl_wpa_eap aggregates the settings in a map for easier CWM access.
  #
  # **Structure:**
  #
  #     wpa_eap
  #      WPA_EAP_MODE: string ("TTLS" "PEAP" or "TLS")
  #      WPA_EAP_IDENTITY: string
  #      WPA_EAP_PASSWORD: string (for TTLS and PEAP)
  #      WPA_EAP_ANONID: string (for TTLS and PEAP)
  #      WPA_EAP_CLIENT_CERT: string (for TLS, file name)
  #      WPA_EAP_CLIENT_KEY: string (for TLS, file name)
  #      WPA_EAP_CLIENT_KEY_PASSWORD: string (for TLS)
  #      WPA_EAP_CA_CERT: string (file name)
  #      WPA_EAP_AUTH: string ("", "MD5", "GTC", "CHAP"*, "PAP"*, "MSCHAP"*, "MSCHAPV2") (*: TTLS only)
  #      WPA_EAP_PEAP_VERSION: string ("", "0", "1")
  @wl_wpa_eap = {}
  @wl_channel = ""
  @wl_frequency = ""
  @wl_bitrate = ""
  @wl_accesspoint = ""
  @wl_power = true
  @wl_ap_scanmode = ""

  # Card Features from hwinfo
  # if not provided, we use the default full list
  @wl_auth_modes = nil
  @wl_enc_modes = nil
  @wl_channels = nil
  @wl_bitrates = nil
  @nilliststring = nil # to save some casting

  # s390 options
  @qeth_portname = ""
  @qeth_portnumber = ""
  # * ctc as PROTOCOL (or ctc mode, number in { 0, 1, .., 4 }, default: 0)
  @chan_mode = "0"
  @qeth_options = ""
  @ipa_takeover = false
  # * iucv as ROUTER (or iucv user, a zVM guest, string of 1 to 8 chars )
  @iucv_user = ""
  # #84148
  # 26bdd00.pdf
  # Ch 7: qeth device driver for OSA-Express (QDIO) and HiperSockets
  # MAC address handling for IPv4 with the layer2 option
  @qeth_layer2 = false
  @qeth_macaddress = "00:00:00:00:00:00"
  @qeth_chanids = ""
  # Timeout for LCS LANCMD
  @lcs_timeout = "5"

  # aliases
  @aliases = {}


  # for TUN / TAP devices
  @tunnel_set_owner = ""
  @tunnel_set_group = ""

  # infiniband options
  @ipoib_mode = ""
  @ipoib_modes = {
    # translators: a possible value for: IPoIB device mode
    "connected" => _("connected"),
    "datagram" => _("datagram")
  }

  # propose options
  @proposal_valid = false
  @nm_proposal_valid = false

  # NetworkModules:: name
  @nm_name = ""

  #this is the map of kernel modules vs. requested firmware
  #non-empty keys are firmware packages shipped by SUSE
  @request_firmware = {
    "atmel_pci"      => "atmel-firmware",
    "atmel_cs"       => "atmel-firmware",
    "at76_usb"       => "atmel-firmware",
    "ipw2100"        => "ipw-firmware",
    "ipw2200"        => "ipw-firmware",
    "ipw3945"        => "ipw-firmware",
    "iwl1000"        => "kernel-firmware",
    "iwl3945"        => "kernel-firmware",
    "iwl4965"        => "kernel-firmware",
    "iwl5000"        => "kernel-firmware",
    "iwl5150"        => "kernel-firmware",
    "iwl6000"        => "kernel-firmware",
    "b43"            => "b43-fwcutter",
    "b43-pci-bridge" => "b43-fwcutter",
    "rt73usb"        => "ralink-firmware",
    "rt61pci"        => "ralink-firmware",
    "bcm43xx"        => "",
    "prism54"        => "",
    "spectrum_cs"    => "",
    "zd1201"         => "",
    "zd1211rw"       => "",
    "acx"            => "",
    "rt73usb"        => "",
    "prism54usb"     => ""
  }

  Yast.include self, "network/hardware.rb"

  # the defaults here are what sysconfig defaults to
  # (as opposed to what a new interface gets, in {#Select)}
  @SysconfigDefaults = {
    "BOOTPROTO"                    => "static",
    "IPADDR"                       => "",
    "PREFIXLEN"                    => "",
    "REMOTE_IPADDR"                => "",
    "NETMASK"                      => "",
    "MTU"                          => "",
    "ETHTOOL_OPTIONS"              => "",
    "NAME"                         => "",
    "STARTMODE"                    => "manual",
    "IFPLUGD_PRIORITY"             => "0",
    "WIRELESS_MODE"                => "Managed",
    "WIRELESS_ESSID"               => "",
    "WIRELESS_NWID"                => "",
    "WIRELESS_AUTH_MODE"           => "open",
    "WIRELESS_WPA_PSK"             => "",
    "WIRELESS_KEY_LENGTH"          => "128",
    "WIRELESS_KEY"                 => "",
    "WIRELESS_KEY_0"               => "",
    "WIRELESS_KEY_1"               => "",
    "WIRELESS_KEY_2"               => "",
    "WIRELESS_KEY_3"               => "",
    "WIRELESS_DEFAULT_KEY"         => "0",
    "WIRELESS_NICK"                => "",
    "WIRELESS_CLIENT_CERT"         => "",
    "WIRELESS_CA_CERT"             => "",
    "WIRELESS_CHANNEL"             => "",
    "WIRELESS_FREQUENCY"           => "",
    "WIRELESS_BITRATE"             => "auto",
    "WIRELESS_AP"                  => "",
    "WIRELESS_POWER"               => "",
    "WIRELESS_EAP_MODE"            => "",
    "WIRELESS_WPA_IDENTITY"        => "",
    "WIRELESS_WPA_PASSWORD"        => "",
    "WIRELESS_WPA_ANONID"          => "",
    "WIRELESS_CLIENT_CERT"         => "",
    "WIRELESS_CLIENT_KEY"          => "",
    "WIRELESS_CLIENT_KEY_PASSWORD" => "",
    "WIRELESS_CA_CERT"             => "",
    "WIRELESS_EAP_AUTH"            => "",
    "WIRELESS_PEAP_VERSION"        => "",
    "WIRELESS_AP_SCANMODE"         => "1",
    # default options for bonding (bnc#404449)
    "BONDING_MODULE_OPTS"          => "mode=active-backup miimon=100",
    # defaults for tun/tap devices
    "TUNNEL_SET_OWNER"             => "",
    "TUNNEL_SET_GROUP"             => "",
    # Infiniband
    # default mode for IPoIB devices suggested in fate#315501
    "IPOIB_MODE"                   => "connected"
  }

  # Default values used when creating an emulated NIC for physical s390 hardware.
  @s390_defaults = {
    "CHAN_MODE"       => "0",
    "QETH_PORTNAME"   => "",
    "QETH_PORTNUMBER" => "",
    "QETH_OPTIONS"    => "",
    "QETH_LAYER2"     => "no",
    "QETH_CHANIDS"    => "",
    "IPA_TAKEOVER"    => "no",
    "IUCV_USER"       => "",
    "LLADDR"          => "00:00:00:00:00:00"
  }

  # ifplugd sometimes does not work for wifi
  # so wired needs higher priority to override it
  @ifplugd_priorities = { "eth" => "20", "wlan" => "10" }
end

- (Object) needFirmwareCurrentItem



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# File '../../src/modules/LanItems.rb', line 1126

def needFirmwareCurrentItem
  need = false
  if IsNotEmpty(Ops.get_string(@Items, [@current, "hwinfo", "driver"], ""))
    if Builtins.haskey(
        @request_firmware,
        Ops.get_string(@Items, [@current, "hwinfo", "driver"], "")
      )
      need = true
    end
  else
    Builtins.foreach(
      Ops.get_list(@Items, [@current, "hwinfo", "drivers"], [])
    ) do |driver|
      if Builtins.haskey(
          @request_firmware,
          Ops.get_string(driver, ["modules", 0, 0], "")
        )
        Builtins.y2milestone(
          "driver %1 needs firmware",
          Ops.get_string(driver, ["modules", 0, 0], "")
        )
        need = true
      end
    end
  end
  Builtins.y2milestone("item %1 needs firmware:%2", @current, need)
  need
end

- (Object) new_device_startmode

returns default startmode for a new device

startmode is returned according product, Arch and current device type



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# File '../../src/modules/LanItems.rb', line 1774

def new_device_startmode
  product_startmode = ProductFeatures.GetStringFeature(
    "network",
    "startmode"
  )

  Builtins.y2milestone("Startmode by product: #{product_startmode}")

  case product_startmode
    when "ifplugd"
      if replace_ifplugd?
        startmode = hotplug_usable? ? "hotplug" : "auto"
      else
        startmode = product_startmode
      end
    when "auto"
      startmode = "auto"
    else
      startmode = hotplug_usable? ? "hotplug" : "auto"
  end

  Builtins.y2milestone("New device startmode: #{startmode}")

  startmode
end

- (Object) new_item_default_options

returns a map with device options for newly created item



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# File '../../src/modules/LanItems.rb', line 1801

def new_item_default_options
  {
    # bnc#46369
    "NETMASK"   => NetHwDetection.result["NETMASK"] || "255.255.255.0",
    "STARTMODE" => new_device_startmode,
    # bnc#883836 bnc#868187
    "DHCLIENT_SET_DEFAULT_ROUTE" => "no"
  }
end

- (Object) Overview

Create an overview table with all configured devices

Returns:

  • table items



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# File '../../src/modules/LanItems.rb', line 1429

def Overview
  BuildLanOverview()
  GetDescr()
end

- (Object) ProposeItem



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# File '../../src/modules/LanItems.rb', line 2325

def ProposeItem
  Builtins.y2milestone("Propose configuration for %1", getCurrentItem)
  @operation = nil
  return false if Select("") != true
  SetDefaultsForHW()
  @ipaddr = ""
  @netmask = ""
  @bootproto = "dhcp"
  # #176804
  if Storage.IsDeviceOnNetwork(NetworkStorage.getDevice("/")) != :no
    @startmode = "nfsroot"
    Builtins.y2milestone("startmode nfsroot")
  end
  NetworkInterfaces.Add
  @operation = :edit
  Ops.set(
    @Items,
    [@current, "ifcfg"],
    Ops.get_string(getCurrentItem, ["hwinfo", "dev_name"], "")
  )
  @description = HardwareName(
    [Ops.get_map(getCurrentItem, "hwinfo", {})],
    Ops.get_string(getCurrentItem, ["hwinfo", "dev_name"], "")
  )
  Commit()
  Builtins.y2milestone("After configuration propose %1", getCurrentItem)
  true
end

- (Object) Read

initializates @Items

It does: (1) read hardware present on the system (2) read known configurations (e.g. ifcfg-eth0) (3) joins together. Join is done via device name (e.g. eth0) as key. It is full outer join in -> you can have hwinfo part with no coresponding netconfig part (or vice versa) in @Items when the method is done.



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# File '../../src/modules/LanItems.rb', line 1037

def Read
  ReadHw()
  NetworkInterfaces.Read
  NetworkInterfaces.CleanHotplugSymlink

  interfaces = getNetworkInterfaces
  # match configurations to Items list with hwinfo
  Builtins.foreach(interfaces) do |confname|
    pos = nil
    val = {}
    Builtins.foreach(
      Convert.convert(
        @Items,
        :from => "map <integer, any>",
        :to   => "map <integer, map <string, any>>"
      )
    ) do |key, value|
      if Ops.get_string(value, ["hwinfo", "dev_name"], "") == confname
        pos = key
        val = deep_copy(value)
      end
    end
    if pos == nil
      pos = Builtins.size(@Items)
      Ops.set(@Items, pos, {})
    end
    Ops.set(@Items, [pos, "ifcfg"], confname)
  end

  # add to Items also virtual devices (configurations) without hwinfo
  Builtins.foreach(interfaces) do |confname|
    already = false
    Builtins.foreach(
      Convert.convert(
        Map.Keys(@Items),
        :from => "list",
        :to   => "list <integer>"
      )
    ) do |key|
      if confname == Ops.get_string(@Items, [key, "ifcfg"], "")
        already = true
        raise Break
      end
    end
    if !already
      AddNew()
      Ops.set(@Items, @current, { "ifcfg" => confname })
    end
  end
  Builtins.y2milestone("Read Configuration LanItems::Items %1", @Items)

  nil
end

- (Object) ReadHw

preinitializates @Items according info on physically detected network cards



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# File '../../src/modules/LanItems.rb', line 978

def ReadHw
  @Items = {}
  @Hardware = ReadHardware("netcard")
  # Hardware = [$["active":true, "bus":"pci", "busid":"0000:02:00.0", "dev_name":"wlan0", "drivers":[$["active":true, "modprobe":true, "modules":[["ath5k" , ""]]]], "link":true, "mac":"00:22:43:37:55:c3", "modalias":"pci:v0000168Cd0000001Csv00001A3Bsd00001026bc02s c00i00", "module":"ath5k", "name":"AR242x 802.11abg Wireless PCI Express Adapter", "num":0, "options":"", "re quires":[], "sysfs_id":"/devices/pci0000:00/0000:00:1c.1/0000:02:00.0", "type":"wlan", "udi":"/org/freedeskto p/Hal/devices/pci_168c_1c", "wl_auth_modes":["open", "sharedkey", "wpa-psk", "wpa-eap"], "wl_bitrates":nil, " wl_channels":["1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11"], "wl_enc_modes":["WEP40", "WEP104", "T KIP", "CCMP"]], $["active":true, "bus":"pci", "busid":"0000:01:00.0", "dev_name":"eth0", "drivers":[$["active ":true, "modprobe":true, "modules":[["atl1e", ""]]]], "link":false, "mac":"00:23:54:3f:7c:c3", "modalias":"pc i:v00001969d00001026sv00001043sd00008324bc02sc00i00", "module":"atl1e", "name":"L1 Gigabit Ethernet Adapter", "num":1, "options":"", "requires":[], "sysfs_id":"/devices/pci0000:00/0000:00:1c.3/0000:01:00.0", "type":"et h", "udi":"/org/freedesktop/Hal/devices/pci_1969_1026", "wl_auth_modes":nil, "wl_bitrates":nil, "wl_channels" :nil, "wl_enc_modes":nil]];
  ReadUdevDriverRules()

  udev_drivers_rules = Convert.convert(
    SCR.Read(path(".udev_persistent.drivers")),
    :from => "any",
    :to   => "map <string, any>"
  )
  Builtins.foreach(@Hardware) do |hwitem|
    udev_net = Ops.get_string(hwitem, "dev_name", "") != "" ?
      Ops.get_list(
        @udev_net_rules,
        Ops.get_string(hwitem, "dev_name", ""),
        []
      ) :
      []
    mod = Builtins.deletechars(
      Ops.get(
        Builtins.splitstring(
          Ops.get(
            Ops.get_list(
              udev_drivers_rules,
              Ops.get_string(hwitem, "modalias", ""),
              []
            ),
            1,
            ""
          ),
          "="
        ),
        1,
        ""
      ),
      "\""
    )
    Ops.set(
      @Items,
      Builtins.size(@Items),
      {
        "hwinfo" => hwitem,
        "udev"   => { "net" => udev_net, "driver" => mod }
      }
    )
  end

  nil
end

- (Object) ReadUdevDriverRules



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# File '../../src/modules/LanItems.rb', line 425

def ReadUdevDriverRules
  Builtins.y2milestone("Reading udev rules ...")
  @udev_net_rules = Convert.convert(
    SCR.Read(path(".udev_persistent.net")),
    :from => "any",
    :to   => "map <string, any>"
  )

  Builtins.y2milestone("Reading driver options ...")
  Builtins.foreach(SCR.Dir(path(".modules.options"))) do |driver|
    pth = Builtins.sformat(".modules.options.%1", driver)
    Builtins.foreach(
      Convert.convert(
        SCR.Read(Builtins.topath(pth)),
        :from => "any",
        :to   => "map <string, string>"
      )
    ) do |key, value|
      Ops.set(
        @driver_options,
        driver,
        Builtins.sformat(
          "%1%2%3=%4",
          Ops.get_string(@driver_options, driver, ""),
          Ops.greater_than(
            Builtins.size(Ops.get_string(@driver_options, driver, "")),
            0
          ) ? " " : "",
          key,
          value
        )
      )
    end
  end

  true
end

- (Object) rename(name)

Sets new device name for current item



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# File '../../src/modules/LanItems.rb', line 574

def rename(name)
  if(GetCurrentName() != name)
    @Items[@current]["renamed_to"] = name
  else
    @Items[@current].delete("renamed_to")
  end
end

- (Boolean) renamed?(item_id)

Tells if current item was renamed

Returns:

  • (Boolean)


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# File '../../src/modules/LanItems.rb', line 592

def renamed?(item_id)
  return false if !LanItems.Items[item_id].has_key?("renamed_to")
  renamed_to(item_id) != GetDeviceName(item_id)
end

- (Object) renamed_to(item_id)

Returns new name for current item



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# File '../../src/modules/LanItems.rb', line 583

def renamed_to(item_id)
  @Items[item_id]["renamed_to"]
end

- (Boolean) replace_ifplugd?

Returns:

  • (Boolean)


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# File '../../src/modules/LanItems.rb', line 1763

def replace_ifplugd?
  return true if !Arch.is_laptop
  return true if NetworkService.is_network_manager
  return true if ["bond", "vlan", "br"].include? type

  return false
end

- (Object) ReplaceItemUdev(replace_key, new_key, new_val)



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# File '../../src/modules/LanItems.rb', line 502

def ReplaceItemUdev(replace_key, new_key, new_val)
  new_rules = []
  # udev syntax distinguishes among others:
  # =    for assignment
  # ==   for equality checks
  operator = new_key == "NAME" ? "=" : "=="

  Builtins.foreach(getUdevFallback) do |row|
    if Builtins.issubstring(row, replace_key)
      row = Builtins.sformat("%1%2\"%3\"", new_key, operator, new_val)
    end
    new_rules = Builtins.add(new_rules, row)
  end

  Builtins.y2debug(
    "LanItems::ReplaceItemUdev: udev rules %1",
    Ops.get_list(@Items, [@current, "udev", "net"], [])
  )

  Ops.set(@Items, [@current, "udev", "net"], new_rules)

  Builtins.y2debug(
    "LanItems::ReplaceItemUdev(%1, %2, %3) %4",
    replace_key,
    new_key,
    new_val,
    new_rules
  )

  deep_copy(new_rules)
end

- (Object) Rollback



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# File '../../src/modules/LanItems.rb', line 2076

def Rollback
  if Ops.get_boolean(getCurrentItem, "commited", true) == false
    Builtins.y2milestone("rollback item %1", @current)
    if !Ops.greater_than(
        Builtins.size(Ops.get_map(getCurrentItem, "hwinfo", {})),
        0
      )
      @Items = Builtins.remove(@Items, @current)
    else
      if Builtins.haskey(Ops.get_map(@Items, @current, {}), "ifcfg")
        if !Builtins.contains(
            getNetworkInterfaces,
            Ops.get_string(getCurrentItem, "ifcfg", "")
          )
          Ops.set(
            @Items,
            @current,
            Builtins.remove(Ops.get_map(@Items, @current, {}), "ifcfg")
          )
        end
      end
    end
  end
  true
end

- (Object) Select(dev)

Select the given device FIXME currently dev is always “”

Parameters:

  • dev (String)

    device to select (“” for new device, default values)

Returns:

  • true if success



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# File '../../src/modules/LanItems.rb', line 1815

def Select(dev)
  Builtins.y2debug("dev=%1", dev)

  devmap = new_item_default_options

  # FIXME: encapsulate into LanItems.GetItemType ?
  @type = Ops.get_string(@Items, [@current, "hwinfo", "type"], "eth")
  @device = @type + NetworkInterfaces.GetFreeDevice(@type)

  # TODO: instead of udev use hwinfo dev_name
  NetworkInterfaces.Name = GetItemUdev("NAME")
  if Ops.less_than(Builtins.size(@Items), @current)
    Ops.set(@Items, @current, { "ifcfg" => NetworkInterfaces.Name })
  else
    Ops.set(@Items, [@current, "ifcfg"], NetworkInterfaces.Name)
  end

  # FIXME: alias: how to prefill new alias?
  @alias = ""

  # general stuff
  @description = BuildDescription(@type, @device, devmap, @Hardware)

  SetDeviceVars(devmap, @SysconfigDefaults)
  InitS390VarsByDefaults()

  @hotplug = ""
  Builtins.y2debug("type=%1", @type)
  if Builtins.issubstring(@type, "-")
    @type = Builtins.regexpsub(@type, "([^-]+)-.*$", "\\1")
  end
  Builtins.y2debug("type=%1", @type)

  true
end

- (Object) SelectHW(which)

Select the hardware component

Parameters:

  • which (Fixnum)

    index of the component



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# File '../../src/modules/LanItems.rb', line 1572

def SelectHW(which)
  SelectHWMap(FindHardware(@Hardware, which))

  nil
end

- (Object) SelectHWMap(hardware)

Select the hardware component

Parameters:

  • hardware

    the component



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# File '../../src/modules/LanItems.rb', line 1457

def SelectHWMap(hardware)
  hardware = deep_copy(hardware)
  sel = SelectHardwareMap(hardware)

  # common stuff
  @description = Ops.get_string(sel, "name", "")
  @type = Ops.get_string(sel, "type", "eth")
  @hotplug = Ops.get_string(sel, "hotplug", "")

  @Requires = Ops.get_list(sel, "requires", [])
  # #44977: Requires now contain the appropriate kernel packages
  # but they are handled differently due to multiple kernel flavors
  # (see Package::InstallKernel)
  # Leave only those not starting with "kernel".
  @Requires = Builtins.filter(@Requires) do |r|
    Builtins.search(r, "kernel") != 0
  end
  Builtins.y2milestone("requires=%1", @Requires)

  # FIXME: devname
  @hotplug = ""

  # Wireless Card Features
  @wl_auth_modes = Builtins.prepend(
    Convert.convert(
      Ops.get(hardware, "wl_auth_modes", @nilliststring),
      :from => "any",
      :to   => "list <string>"
    ),
    "no-encryption"
  )
  @wl_enc_modes = Convert.convert(
    Ops.get(hardware, "wl_enc_modes", @nilliststring),
    :from => "any",
    :to   => "list <string>"
  )
  @wl_channels = Convert.convert(
    Ops.get(hardware, "wl_channels", @nilliststring),
    :from => "any",
    :to   => "list <string>"
  )
  @wl_bitrates = Convert.convert(
    Ops.get(hardware, "wl_bitrates", @nilliststring),
    :from => "any",
    :to   => "list <string>"
  )

  busid = Ops.get_string(hardware, "busid", "")

  Builtins.y2milestone("hw=%1", hardware)
  @hw = deep_copy(hardware)
  if Arch.s390 && @operation == :add
    Builtins.y2internal("Propose chan_ids values for %1", @hw)
    devid = 0
    devstr = ""
    s390chanid = "[0-9]+\\.[0-9]+\\."
    if Builtins.regexpmatch(Ops.get_string(@hw, "busid", ""), s390chanid)
      devid = Builtins.tointeger(
        Ops.add(
          "0x",
          Builtins.regexpsub(
            Ops.get_string(@hw, "busid", ""),
            Ops.add(s390chanid, "(.*)"),
            "\\1"
          )
        )
      )
      devstr = Builtins.regexpsub(
        Ops.get_string(@hw, "busid", ""),
        Ops.add(Ops.add("(", s390chanid), ").*"),
        "\\1"
      )
    end

    Builtins.y2milestone("devid=%1(%2)", devid, devstr)
    devid = 0 if devid == nil
    devid0 = String.PadZeros(
      Builtins.regexpsub(Builtins.tohexstring(devid), "0x(.*)", "\\1"),
      4
    )
    devid1 = String.PadZeros(
      Builtins.regexpsub(
        Builtins.tohexstring(Ops.add(devid, 1)),
        "0x(.*)",
        "\\1"
      ),
      4
    )
    devid2 = String.PadZeros(
      Builtins.regexpsub(
        Builtins.tohexstring(Ops.add(devid, 2)),
        "0x(.*)",
        "\\1"
      ),
      4
    )
    if DriverType(@type) == "ctc" || DriverType(@type) == "lcs"
      @qeth_chanids = Builtins.sformat("%1%2 %1%3", devstr, devid0, devid1)
    else
      @qeth_chanids = Builtins.sformat(
        "%1%2 %1%3 %1%4",
        devstr,
        devid0,
        devid1,
        devid2
      )
    end
  end

  nil
end

- (Object) SetCurrentName(name)

Updates current device name.

It updates device's udev rules and config name. Updating config name means that old configuration is deleted from the system.

Returns new name



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# File '../../src/modules/LanItems.rb', line 569

def SetCurrentName( name)
  SetItemName( @current, name)
end

- (Object) SetDefaultsForHW

must be in sync with #GetDefaultsForHW



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# File '../../src/modules/LanItems.rb', line 1621

def SetDefaultsForHW
  Builtins.y2milestone("SetDefaultsForHW type %1", @type)
  if Arch.s390 && Builtins.contains(["lcs", "eth"], @type)
    @mtu = "1492"
  end 

  nil
end

- (Object) SetDeviceMap(item_id, devmap)

Sets item's sysconfig device map to given one

It updates NetworkInterfaces according given map. Map is expected to be a hash where both key even value are strings



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# File '../../src/modules/LanItems.rb', line 402

def SetDeviceMap(item_id, devmap)
  devname = GetDeviceName(item_id)
  return false if devname.nil? || devname.empty?

  NetworkInterfaces.Change2(devname, devmap, false)
end

- (void) SetDeviceVars(devmap, defaults)

This method returns an undefined value.

Distributes an ifcfg hash to individual attributes.

Parameters:

  • devmap (Hash)

    an ifcfg, values are strings

  • defaults (Hash)

    should provide defaults for devmap



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# File '../../src/modules/LanItems.rb', line 1634

def SetDeviceVars(devmap, defaults)
  d = defaults.merge(devmap)
  # address options
  @bootproto         = d["BOOTPROTO"]
  @ipaddr            = d["IPADDR"]
  @prefix            = d["PREFIXLEN"]
  @remoteip          = d["REMOTE_IPADDR"]
  @netmask           = d["NETMASK"]
  @set_default_route = case d["DHCLIENT_SET_DEFAULT_ROUTE"]
                       when "yes"; true
                       when "no";  false
                       # all other values! count as unspecified
                       else        nil
                       end

  @mtu               = d["MTU"]
  @ethtool_options   = d["ETHTOOL_OPTIONS"]
  @startmode         = d["STARTMODE"]
  @ifplugd_priority  = d["IFPLUGD_PRIORITY"]
  @description       = d["NAME"]
  @bond_option       = d["BONDING_MODULE_OPTS"]
  @vlan_etherdevice  = d["ETHERDEVICE"]
  # FIXME, remember that it can be implied from the name. probably
  @vlan_id           = d["VLAN_ID"]

  @bridge_ports = d["BRIDGE_PORTS"]

  @bond_slaves = []
  Builtins.foreach(devmap) do |key, value|
    if Builtins.regexpmatch(Convert.to_string(key), "BONDING_SLAVE[0-9]+")
      if Convert.to_string(value) != nil
        @bond_slaves = Builtins.add(@bond_slaves, Convert.to_string(value))
      end
    end
  end

  # tun/tap settings
  @tunnel_set_owner = d["TUNNEL_SET_OWNER"]
  @tunnel_set_group = d["TUNNEL_SET_GROUP"]

  # wireless options
  @wl_mode            = d["WIRELESS_MODE"]
  @wl_essid           = d["WIRELESS_ESSID"]
  @wl_nwid            = d["WIRELESS_NWID"]
  @wl_auth_mode       = d["WIRELESS_AUTH_MODE"]
  @wl_wpa_psk         = d["WIRELESS_WPA_PSK"]
  @wl_key_length      = d["WIRELESS_KEY_LENGTH"]
  @wl_key             = [
    d["WIRELESS_KEY_0"],
    d["WIRELESS_KEY_1"],
    d["WIRELESS_KEY_2"],
    d["WIRELESS_KEY_3"]
  ]
  if (@wl_key[0] || "").empty?
    @wl_key[0]        = d["WIRELESS_KEY"]
  end

  @wl_default_key     = d["WIRELESS_DEFAULT_KEY"].to_i
  @wl_nick            = d["WIRELESS_NICK"]
  @wl_wpa_eap = {
    "WPA_EAP_MODE"                => d["WIRELESS_EAP_MODE"],
    "WPA_EAP_IDENTITY"            => d["WIRELESS_WPA_IDENTITY"],
    "WPA_EAP_PASSWORD"            => d["WIRELESS_WPA_PASSWORD"],
    "WPA_EAP_ANONID"              => d["WIRELESS_WPA_ANONID"],
    "WPA_EAP_CLIENT_CERT"         => d["WIRELESS_CLIENT_CERT"],
    "WPA_EAP_CLIENT_KEY"          => d["WIRELESS_CLIENT_KEY"],
    "WPA_EAP_CLIENT_KEY_PASSWORD" => d["WIRELESS_CLIENT_KEY_PASSWORD"],
    "WPA_EAP_CA_CERT"             => d["WIRELESS_CA_CERT"],
    "WPA_EAP_AUTH"                => d["WIRELESS_EAP_AUTH"],
    "WPA_EAP_PEAP_VERSION"        => d["WIRELESS_PEAP_VERSION"]
  }
  @wl_channel     = d["WIRELESS_CHANNEL"]
  @wl_frequency   = d["WIRELESS_FREQUENCY"]
  @wl_bitrate     = d["WIRELESS_BITRATE"]
  @wl_accesspoint = d["WIRELESS_AP"]
  @wl_power       = d["WIRELESS_POWER"] == "yes"
  @wl_ap_scanmode = d["WIRELESS_AP_SCANMODE"]

  @ipoib_mode = d["IPOIB_MODE"]

  @aliases = Ops.get_map(devmap, "_aliases", {})

  nil
end

- (Object) setDriver(driver)



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# File '../../src/modules/LanItems.rb', line 2354

def setDriver(driver)
  Builtins.y2milestone(
    "driver %1, %2",
    driver,
    Ops.get_string(getCurrentItem, ["hwinfo", "module"], "")
  )
  if Ops.get_string(getCurrentItem, ["hwinfo", "module"], "") == driver &&
      IsEmpty(Ops.get_string(getCurrentItem, ["udev", "driver"], ""))
    return
  end
  Ops.set(@Items, [@current, "udev", "driver"], driver)

  nil
end

- (Object) SetItem



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# File '../../src/modules/LanItems.rb', line 2293

def SetItem
  @operation = :edit
  @device = Ops.get_string(getCurrentItem, "ifcfg", "")

  NetworkInterfaces.Edit(@device)
  @type = Ops.get_string(getCurrentItem, ["hwinfo", "type"], "")

  @type = NetworkInterfaces.GetType(@device) if IsEmpty(@type)

  @alias = NetworkInterfaces.alias_num(@device)

  # general stuff
  devmap = deep_copy(NetworkInterfaces.Current)
  s390_devmap = s390_ReadQethConfig(
    Ops.get_string(getCurrentItem, ["hwinfo", "dev_name"], "")
  )

  @description = BuildDescription(@type, @device, devmap, @Hardware)

  SetDeviceVars(devmap, @SysconfigDefaults)
  SetS390Vars(s390_devmap, @s390_defaults)

  @hotplug = ""
  Builtins.y2debug("type=%1", @type)
  if Builtins.issubstring(@type, "-")
    @type = Builtins.regexpsub(@type, "([^-]+)-.*$", "\\1")
  end
  Builtins.y2debug("type=%1", @type)

  nil
end

- (Object) SetItemName(itemId, name)

Updates device name.

It updates device's udev rules and config name. Updating config name means that old configuration is deleted from the system.

Returns new name



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# File '../../src/modules/LanItems.rb', line 541

def SetItemName( itemId, name)
  lan_items = LanItems.Items

  if name && !name.empty?
    if lan_items[itemId]["udev"]
      updated_rule = update_udev_rule_key(GetItemUdevRule(itemId), "NAME", name)
      lan_items[itemId]["udev"]["net"] = updated_rule
    end
  else
    # rewrite rule for empty name is meaningless
    lan_items[itemId].delete("udev")
  end

  if lan_items[ itemId].has_key?( "ifcfg")
    NetworkInterfaces.Delete2(lan_items[ itemId][ "ifcfg"])
    lan_items[ itemId][ "ifcfg"] = name.to_s
  end

  name
end

- (Object) SetItemSysconfigOpt(item_id, opt, value)

Sets one option in items sysconfig device map

Currently no checks on sysconfig option validity are performed



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# File '../../src/modules/LanItems.rb', line 412

def SetItemSysconfigOpt(item_id, opt, value)
  devmap = GetDeviceMap(item_id)
  return false if devmap.nil?

  devmap[opt] = value
  SetDeviceMap(item_id, devmap)
end

- (Object) SetModified

Function sets internal variable, which indicates, that any settings were modified, to “true”



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# File '../../src/modules/LanItems.rb', line 729

def SetModified
  @modified = true

  nil
end

- (Object) SetS390Vars(devmap, defaults)

Initializes s390 specific device variables.

Parameters:

  • devmap (Hash)

    map with s390 specific attributes and its values

  • defaults (Hash)

    map with default values for attributes not found in devmap



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# File '../../src/modules/LanItems.rb', line 1723

def SetS390Vars(devmap, defaults)
  return if !Arch.s390
  d = defaults.merge(devmap)

  @qeth_portname   = d["QETH_PORTNAME"]
  @qeth_portnumber = d["QETH_PORTNUMBER"]
  @qeth_layer2     = d["QETH_LAYER2"] == "yes"
  @qeth_chanids    = d["QETH_CHANIDS"]

  # s/390 options
  # We always have to set the MAC Address for qeth Layer2 support.
  # It is used mainly as a hint for user that MAC is expected in case
  # of Layer2 devices. Other devices do not need it. Simply
  # because such devices do not emulate Layer2
  @qeth_macaddress = d["LLADDR"] if @qeth_layer2


  # qeth attribute. FIXME: currently not read from system.
  @ipa_takeover = Ops.get_string(defaults, "IPA_TAKEOVER", "") == "yes"

  # not device attribute
  @qeth_options = Ops.get_string(defaults, "QETH_OPTIONS", "")

  # handle non qeth devices
  @iucv_user = Ops.get_string(defaults, "IUCV_USER", "")
  @chan_mode = Ops.get_string(defaults, "CHAN_MODE", "")

  nil
end

- (Object) setup_basic_device_options(devmap)

Sets device map items for device when it is not alias



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# File '../../src/modules/LanItems.rb', line 1862

def setup_basic_device_options(devmap)
  return devmap if !@alias.empty?

  devmap["MTU"] = @mtu
  devmap["ETHTOOL_OPTIONS"] = @ethtool_options
  devmap["STARTMODE"] = @startmode
  devmap["IFPLUGD_PRIORITY"] = @ifplugd_priority.to_i if @startmode == "ifplugd"
  devmap["BOOTPROTO"] = @bootproto
  devmap["_aliases"] = @aliases

  log.info("aliases #{@aliases}")

  devmap
end

- (Object) setup_dhclient_options(devmap)

Sets device map items related to dhclient



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# File '../../src/modules/LanItems.rb', line 1854

def setup_dhclient_options(devmap)
  if isCurrentDHCP
    devmap["DHCLIENT_SET_DEFAULT_ROUTE"] = TRISTATE_TO_S.fetch(@set_default_route)
  end
  return devmap
end

- (Object) startmode_overview



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# File '../../src/modules/LanItems.rb', line 1235

def startmode_overview
  startmode_descrs = {
    # summary description of STARTMODE=auto
    "auto"    => _(
      "Started automatically at boot"
    ),
    # summary description of STARTMODE=auto
    "onboot"  => _(
      "Started automatically at boot"
    ),
    # summary description of STARTMODE=hotplug
    "hotplug" => _(
      "Started automatically at boot"
    ),
    # summary description of STARTMODE=ifplugd
    "ifplugd" => _(
      "Started automatically on cable connection"
    ),
    # summary description of STARTMODE=managed
    "managed" => _(
      "Managed by NetworkManager"
    ),
    # summary description of STARTMODE=off
    "off"     => _(
      "Will not be started at all"
    )
  }

  startmode_descr = startmode_descrs[NetworkInterfaces.Current["STARTMODE"].to_s] || _("Started manually")

  return [startmode_descr]
end

- (Object) UnsetModified

Function sets internal variable, which indicates, that any settings were modified, to “false”



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# File '../../src/modules/LanItems.rb', line 736

def UnsetModified
  @modified = false

  nil
end

- (Object) write



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# File '../../src/modules/LanItems.rb', line 709

def write
  renamed_items = @Items.keys.select { |item_id| renamed?(item_id) }
  renamed_items.each do |item_id|
    NetworkInterfaces.Change2(renamed_to(item_id), GetDeviceMap(item_id), false)
    SetItemName(item_id, renamed_to(item_id))
  end

  LanItems.WriteUdevRules if !Mode.autoinst && LanUdevAuto.AllowUdevModify

  # FIXME: hack: no "netcard" filter as biosdevname names it diferently (bnc#712232)
  NetworkInterfaces.Write("")
end

- (Object) WriteUdevDriverRules



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# File '../../src/modules/LanItems.rb', line 642

def WriteUdevDriverRules
  udev_drivers_rules = {}

  Builtins.foreach(
    Convert.convert(
      Map.Keys(@Items),
      :from => "list",
      :to   => "list <integer>"
    )
  ) do |key|
    driver = Ops.get_string(@Items, [key, "udev", "driver"], "")
    if IsNotEmpty(driver)
      modalias = Ops.get_string(@Items, [key, "hwinfo", "modalias"], "")
      driver_rule = []

      driver_rule = AddToUdevRule(
        driver_rule,
        Builtins.sformat("ENV{MODALIAS}==\"%1\"", modalias)
      )
      driver_rule = AddToUdevRule(
        driver_rule,
        Builtins.sformat("ENV{MODALIAS}=\"%1\"", driver)
      )

      Ops.set(udev_drivers_rules, driver, driver_rule)
    end
  end

  Builtins.y2milestone("write drivers udev rules: %1", udev_drivers_rules)

  SCR.Write(path(".udev_persistent.drivers"), udev_drivers_rules)

  # write rules from driver
  Builtins.foreach(
    Convert.convert(
      @driver_options,
      :from => "map <string, any>",
      :to   => "map <string, string>"
    )
  ) do |key, value|
    val = {}
    Builtins.foreach(Builtins.splitstring(value, " ")) do |k|
      l = Builtins.splitstring(k, "=")
      Ops.set(val, Ops.get(l, 0, ""), Ops.get(l, 1, ""))
    end
    val = nil if IsEmpty(value)
    SCR.Write(Builtins.add(path(".modules.options"), key), val)
  end

  SCR.Write(path(".modules"), nil)

  nil
end

- (Object) WriteUdevItemsRules

Writes udev rules for all items.

Currently only interesting change is renaming interface.



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# File '../../src/modules/LanItems.rb', line 604

def WriteUdevItemsRules
  # loop over all items and checks if device name has changed
  net_rules = []

  Builtins.foreach(
    Convert.convert(
      Map.Keys(@Items),
      :from => "list",
      :to   => "list <integer>"
    )
  ) do |key|
    item_udev_net = GetItemUdevRule(key)
    next if IsEmpty(item_udev_net)
    dev_name = Ops.get_string(@Items, [key, "hwinfo", "dev_name"], "")
    @current = key
    if dev_name != GetItemUdev("NAME")
      # when changing device name you have a choice
      # - change kernel "match rule", or
      # - remove it completely
      # removing is less error prone when tracking name changes, so it was chosen.
      item_udev_net = RemoveKeyFromUdevRule(item_udev_net, "KERNEL")
      SetLinkDown(dev_name)

      @force_restart = true
    end
    net_rules = Builtins.add(
      net_rules,
      Builtins.mergestring(item_udev_net, ", ")
    )
  end

  Builtins.y2milestone("write net udev rules: %1", net_rules)

  write_update_udevd(net_rules)

  true
end

- (Object) WriteUdevRules



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# File '../../src/modules/LanItems.rb', line 696

def WriteUdevRules
  WriteUdevItemsRules()
  WriteUdevDriverRules()

  # wait so that ifcfgs written in NetworkInterfaces are newer
  # (1-second-wise) than netcontrol status files,
  # and rcnetwork reload actually works (bnc#749365)
  SCR.Execute(path(".target.bash"), "udevadm settle")
  sleep(1)

  nil
end