Class: Yast::LanItemsClass
- Inherits:
-
Module
- Object
- Module
- Yast::LanItemsClass
- Includes:
- Logger
- Defined in:
- ../../src/modules/LanItems.rb
Overview
FIXME: well this class really is not nice rubocop:disable ClassLength
Constant Summary
- TRISTATE_TO_S =
{ nil => nil, false => "no", true => "yes" }.freeze
Instance Attribute Summary (collapse)
- - (list <map>) :Hardware(:Hardware)
-
- (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.
- - (list <string>) :Requires(:Requires)
- - (map <string, string>) :SysconfigDefaults(:SysconfigDefaults)
- - (string) alias
- - (map) aliases
- - (map) autoinstall_settings
- - (string) bond_option
- - (list <string>) bond_slaves
- - (string) bootproto
- - (string) bridge_ports
- - (string) chan_mode
-
- (integer) current
the index into #Items.
- - (string) description
- - (string) device
- - (map <string, any>) driver_options
- - (string) ethtool_options
- - (boolean) force_restart
- - (list <map>) Hardware
- - (string) hotplug
- - (string) ifplugd_priority
- - (boolean) ipa_takeover
- - (string) ipaddr
-
- (Object) ipoib_mode
Returns the value of attribute ipoib_mode.
-
- (Object) ipoib_modes
readonly
Returns the value of attribute ipoib_modes.
-
- (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.
- - (string) iucv_user
- - (string) lcs_timeout
- - (boolean) modified
- - (string) mtu
- - (string) netmask
- - (string) nm_name
- - (boolean) nm_proposal_valid
- - (symbol) operation
- - (string) prefix
- - (boolean) proposal_valid
- - (string) qeth_chanids
- - (boolean) qeth_layer2
- - (string) qeth_macaddress
- - (string) qeth_options
- - (string) qeth_portname
- - (string) qeth_portnumber
- - (string) remoteip
- - (list <string>) Requires
- - (boolean) set_default_route
- - (string) startmode
- - (map <string, string>) SysconfigDefaults
- - (string) tunnel_set_group
- - (string) tunnel_set_owner
- - (string) type
- - (map <string, any>) udev_net_rules
- - (string) vlan_etherdevice
- - (string) vlan_id
- - (string) wl_accesspoint
- - (string) wl_ap_scanmode
- - (string) wl_auth_mode
- - (list <string>) wl_auth_modes
- - (string) wl_bitrate
- - (list <string>) wl_bitrates
- - (string) wl_channel
- - (list <string>) wl_channels
- - (integer) wl_default_key
- - (list <string>) wl_enc_modes
- - (string) wl_essid
- - (string) wl_frequency
- - (list <string>) wl_key
- - (string) wl_key_length
- - (string) wl_mode
- - (string) wl_nick
- - (string) wl_nwid
- - (boolean) wl_power
- - (map <string, any>) wl_wpa_eap
- - (string) wl_wpa_psk
Instance Method Summary (collapse)
- - (Object) AddNew
- - (Object) BuildBondIndex
-
- (Object) BuildLanOverview
FIXME: side effect: sets @type.
-
- (Object) Commit
Commit pending operation.
- - (Object) createS390Device
- - (Boolean) current_renamed?
- - (Object) current_renamed_to
-
- (Object) current_udev_name
Returns name which is going to be used in the udev rule.
-
- (Object) delete_dev(name)
Deletes item and its configuration.
-
- (Object) DeleteItem
Deletes the #current item and its configuration.
- - (Object) enableCurrentEditButton
- - (Object) find_configured(device)
- - (Object) FindAndSelect(device)
-
- (Object) FindDeviceIndex(device)
search all known devices to find it's index in Items array.
-
- (Hash) FindMatchingDevice(interface)
Find matching device Find a device, optionally with some predefined values.
-
- (Array) FreeAliases(_type, _num)
Return 10 free aliases.
-
- (Array) FreeDevices(type)
Return 10 free devices.
-
- (Object) GetBondableInterfaces(bondMaster)
Creates list of items (interfaces) which can be used as a bond slave.
-
- (Object) GetBondSlaves(bond_master)
Creates list of devices enslaved in any bond device.
-
- (Object) GetBridgeableInterfaces(bridgeMaster)
Creates list of items (interfaces) which can be used as a bridge slave.
-
- (Object) getCurrentItem
Returns configuration for currently modified item.
- - (Object) GetCurrentMap
-
- (Object) GetCurrentName
Returns device name for current lan item (see LanItems::current).
-
- (Object) GetCurrentType
Returns device type for current lan item (see LanItems::current).
-
- (Object) GetDefaultsForHW
must be in sync with #SetDefaultsForHW.
- - (Object) GetDescr
-
- (Object) GetDeviceMap(itemId)
Returns ifcfg configuration for particular item.
-
- (Object) GetDeviceName(item_id)
Returns device name for given lan item.
-
- (Object) GetDeviceNames(items)
transforms given list of item ids onto device names.
-
- (Object) GetDeviceType(itemId)
Returns device type for particular lan item.
- - (Object) GetFirmwareForCurrentItem
- - (Object) GetItemDescription
-
- (Object) GetItemModules(default_module)
return list of available modules for current device with default default_module (on first possition).
- - (Object) GetItemUdev(key)
-
- (Object) GetItemUdevRule(itemId)
Returns udev rule known for particular item.
-
- (Object) GetLanItem(itemId)
Returns configuration of item (see LanItems::Items) with given id.
-
- (Boolean) GetModified
Function which returns if the settings were modified.
-
- (Hash) GetModuleForInterface(ay_device, ay_modules)
Get the module configuration for the modules configured in the interface section.
-
- (Object) GetNetcardInterfaces
Creates list of all known netcard items.
-
- (Object) GetNetcardNames
Creates list of names of all known netcards configured even unconfigured.
-
- (Object) getNetworkInterfaces
get list of all configurations for “netcard” macro in NetworkInterfaces module.
-
- (Array) GetSlaveCandidates(master, validator)
Iterates over all items and lists those for which given validator returns true.
- - (Object) getUdevFallback
- - (Boolean) hotplug_usable?
-
- (Boolean) Import(settings)
Imports data from AY profile.
- - (Object) InitS390VarsByDefaults
- - (Object) ip_overview(ip)
-
- (Object) IsBondable(bondMaster, itemId)
Searches map of known devices and decides if referenced lan item can be enslaved in a bond device.
-
- (Object) IsBridgeable(_bridgeMaster, itemId)
Decides if given lan item can be enslaved in a bridge.
-
- (Object) IsCurrentConfigured
Returns true if current (see LanItems::current) has configuration.
-
- (Object) isCurrentDHCP
Check if currently edited device gets its IP address from DHCP (v4, v6 or both).
-
- (Object) isCurrentHotplug
Is current device hotplug or not? I.e.
-
- (Object) IsItemConfigured(itemId)
Returns true if the item (see LanItems::Items) has netconfig configuration.
- - (Object) main
- - (Object) needFirmwareCurrentItem
-
- (Object) new_device_startmode
returns default startmode for a new device.
-
- (Object) new_item_default_options
returns a map with device options for newly created item.
-
- (Object) Overview
Create an overview table with all configured devices.
- - (Object) ProposeItem
-
- (Object) Read
initializates @Items.
-
- (Object) ReadHw
preinitializates @Items according info on physically detected network cards.
- - (Object) ReadUdevDriverRules
-
- (Object) rename(name)
Sets new device name for current item.
-
- (Boolean) renamed?(item_id)
Tells if current item was renamed.
-
- (Object) renamed_to(item_id)
Returns new name for current item.
- - (Boolean) replace_ifplugd?
- - (Object) ReplaceItemUdev(replace_key, new_key, new_val)
-
- (Object) reset_cache
Clears internal cache of the module to default values.
- - (Object) Rollback
-
- (Object) Select(dev)
Select the given device FIXME: currently dev is always “”.
-
- (Object) SelectHW(which)
Select the hardware component.
-
- (Object) SelectHWMap(hardware)
Select the hardware component.
-
- (Object) SetCurrentName(name)
Updates current device name.
-
- (Object) SetDefaultsForHW
must be in sync with #GetDefaultsForHW.
-
- (Object) SetDeviceMap(item_id, devmap)
Sets item's sysconfig device map to given one.
-
- (void) SetDeviceVars(devmap, defaults)
Distributes an ifcfg hash to individual attributes.
- - (Object) setDriver(driver)
- - (Object) SetItem
-
- (Object) SetItemName(itemId, name)
Updates device name.
-
- (Object) SetItemSysconfigOpt(item_id, opt, value)
Sets one option in items sysconfig device map.
-
- (Object) SetModified
Function sets internal variable, which indicates, that any settings were modified, to “true”.
-
- (Object) SetS390Vars(devmap, defaults)
Initializes s390 specific device variables.
-
- (Object) setup_basic_device_options(devmap)
Sets device map items for device when it is not alias.
-
- (Object) setup_dhclient_options(devmap)
Sets device map items related to dhclient.
-
- (Object) startmode_overview(item_id)
Creates item's startmode human description.
- - (Object) write
- - (Object) WriteUdevDriverRules
-
- (Object) WriteUdevItemsRules
Writes udev rules for all items.
- - (Object) WriteUdevRules
Instance Attribute Details
- (list <map>) :Hardware(:Hardware)
2572 |
# File '../../src/modules/LanItems.rb', line 2572 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
2570 |
# File '../../src/modules/LanItems.rb', line 2570 publish_variable :Items, "map <integer, any>" |
- (list <string>) :Requires(:Requires)
2587 |
# File '../../src/modules/LanItems.rb', line 2587 publish_variable :Requires, "list <string>" |
- (map <string, string>) :SysconfigDefaults(:SysconfigDefaults)
2640 |
# File '../../src/modules/LanItems.rb', line 2640 publish_variable :SysconfigDefaults, "map <string, string>" |
- (string) alias
2582 |
# File '../../src/modules/LanItems.rb', line 2582 publish_variable :alias, "string" |
- (map) aliases
2633 |
# File '../../src/modules/LanItems.rb', line 2633 publish_variable :aliases, "map" |
- (map) autoinstall_settings
2575 |
# File '../../src/modules/LanItems.rb', line 2575 publish_variable :autoinstall_settings, "map" |
- (string) bond_option
2608 |
# File '../../src/modules/LanItems.rb', line 2608 publish_variable :bond_option, "string" |
- (list <string>) bond_slaves
2607 |
# File '../../src/modules/LanItems.rb', line 2607 publish_variable :bond_slaves, "list <string>" |
- (string) bootproto
2588 |
# File '../../src/modules/LanItems.rb', line 2588 publish_variable :bootproto, "string" |
- (string) bridge_ports
2611 |
# File '../../src/modules/LanItems.rb', line 2611 publish_variable :bridge_ports, "string" |
- (string) chan_mode
2625 |
# File '../../src/modules/LanItems.rb', line 2625 publish_variable :chan_mode, "string" |
- (integer) current
the index into #Items
2584 |
# File '../../src/modules/LanItems.rb', line 2584 publish_variable :current, "integer" |
- (string) description
2579 |
# File '../../src/modules/LanItems.rb', line 2579 publish_variable :description, "string" |
- (string) device
2581 |
# File '../../src/modules/LanItems.rb', line 2581 publish_variable :device, "string" |
- (map <string, any>) driver_options
2574 |
# File '../../src/modules/LanItems.rb', line 2574 publish_variable :driver_options, "map <string, any>" |
- (string) ethtool_options
2597 |
# File '../../src/modules/LanItems.rb', line 2597 publish_variable :ethtool_options, "string" |
- (boolean) force_restart
2578 |
# File '../../src/modules/LanItems.rb', line 2578 publish_variable :force_restart, "boolean" |
- (list <map>) Hardware
2572 |
# File '../../src/modules/LanItems.rb', line 2572 publish_variable :Hardware, "list <map>" |
- (string) hotplug
2585 |
# File '../../src/modules/LanItems.rb', line 2585 publish_variable :hotplug, "string" |
- (string) ifplugd_priority
2595 |
# File '../../src/modules/LanItems.rb', line 2595 publish_variable :ifplugd_priority, "string" |
- (boolean) ipa_takeover
2627 |
# File '../../src/modules/LanItems.rb', line 2627 publish_variable :ipa_takeover, "boolean" |
- (string) ipaddr
2589 |
# File '../../src/modules/LanItems.rb', line 2589 publish_variable :ipaddr, "string" |
- (Object) ipoib_mode
Returns the value of attribute ipoib_mode
45 46 47 |
# File '../../src/modules/LanItems.rb', line 45 def ipoib_mode @ipoib_mode end |
- (Object) ipoib_modes (readonly)
Returns the value of attribute ipoib_modes
44 45 46 |
# File '../../src/modules/LanItems.rb', line 44 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
2570 |
# File '../../src/modules/LanItems.rb', line 2570 publish_variable :Items, "map <integer, any>" |
- (string) iucv_user
2628 |
# File '../../src/modules/LanItems.rb', line 2628 publish_variable :iucv_user, "string" |
- (string) lcs_timeout
2632 |
# File '../../src/modules/LanItems.rb', line 2632 publish_variable :lcs_timeout, "string" |
- (boolean) modified
2576 |
# File '../../src/modules/LanItems.rb', line 2576 publish_variable :modified, "boolean" |
- (string) mtu
2596 |
# File '../../src/modules/LanItems.rb', line 2596 publish_variable :mtu, "string" |
- (string) netmask
2591 |
# File '../../src/modules/LanItems.rb', line 2591 publish_variable :netmask, "string" |
- (string) nm_name
2638 |
# File '../../src/modules/LanItems.rb', line 2638 publish_variable :nm_name, "string" |
- (boolean) nm_proposal_valid
2637 |
# File '../../src/modules/LanItems.rb', line 2637 publish_variable :nm_proposal_valid, "boolean" |
- (symbol) operation
2577 |
# File '../../src/modules/LanItems.rb', line 2577 publish_variable :operation, "symbol" |
- (string) prefix
2593 |
# File '../../src/modules/LanItems.rb', line 2593 publish_variable :prefix, "string" |
- (boolean) proposal_valid
2636 |
# File '../../src/modules/LanItems.rb', line 2636 publish_variable :proposal_valid, "boolean" |
- (string) qeth_chanids
2631 |
# File '../../src/modules/LanItems.rb', line 2631 publish_variable :qeth_chanids, "string" |
- (boolean) qeth_layer2
2629 |
# File '../../src/modules/LanItems.rb', line 2629 publish_variable :qeth_layer2, "boolean" |
- (string) qeth_macaddress
2630 |
# File '../../src/modules/LanItems.rb', line 2630 publish_variable :qeth_macaddress, "string" |
- (string) qeth_options
2626 |
# File '../../src/modules/LanItems.rb', line 2626 publish_variable :qeth_options, "string" |
- (string) qeth_portname
2623 |
# File '../../src/modules/LanItems.rb', line 2623 publish_variable :qeth_portname, "string" |
- (string) qeth_portnumber
2624 |
# File '../../src/modules/LanItems.rb', line 2624 publish_variable :qeth_portnumber, "string" |
- (string) remoteip
2590 |
# File '../../src/modules/LanItems.rb', line 2590 publish_variable :remoteip, "string" |
- (list <string>) Requires
2587 |
# File '../../src/modules/LanItems.rb', line 2587 publish_variable :Requires, "list <string>" |
- (boolean) set_default_route
2592 |
# File '../../src/modules/LanItems.rb', line 2592 publish_variable :set_default_route, "boolean" |
- (string) startmode
2594 |
# File '../../src/modules/LanItems.rb', line 2594 publish_variable :startmode, "string" |
- (map <string, string>) SysconfigDefaults
2640 |
# File '../../src/modules/LanItems.rb', line 2640 publish_variable :SysconfigDefaults, "map <string, string>" |
- (string) tunnel_set_group
2635 |
# File '../../src/modules/LanItems.rb', line 2635 publish_variable :tunnel_set_group, "string" |
- (string) tunnel_set_owner
2634 |
# File '../../src/modules/LanItems.rb', line 2634 publish_variable :tunnel_set_owner, "string" |
- (string) type
2580 |
# File '../../src/modules/LanItems.rb', line 2580 publish_variable :type, "string" |
- (map <string, any>) udev_net_rules
2573 |
# File '../../src/modules/LanItems.rb', line 2573 publish_variable :udev_net_rules, "map <string, any>" |
- (string) vlan_etherdevice
2609 |
# File '../../src/modules/LanItems.rb', line 2609 publish_variable :vlan_etherdevice, "string" |
- (string) vlan_id
2610 |
# File '../../src/modules/LanItems.rb', line 2610 publish_variable :vlan_id, "string" |
- (string) wl_accesspoint
2616 |
# File '../../src/modules/LanItems.rb', line 2616 publish_variable :wl_accesspoint, "string" |
- (string) wl_ap_scanmode
2618 |
# File '../../src/modules/LanItems.rb', line 2618 publish_variable :wl_ap_scanmode, "string" |
- (string) wl_auth_mode
2601 |
# File '../../src/modules/LanItems.rb', line 2601 publish_variable :wl_auth_mode, "string" |
- (list <string>) wl_auth_modes
2619 |
# File '../../src/modules/LanItems.rb', line 2619 publish_variable :wl_auth_modes, "list <string>" |
- (string) wl_bitrate
2615 |
# File '../../src/modules/LanItems.rb', line 2615 publish_variable :wl_bitrate, "string" |
- (list <string>) wl_bitrates
2622 |
# File '../../src/modules/LanItems.rb', line 2622 publish_variable :wl_bitrates, "list <string>" |
- (string) wl_channel
2613 |
# File '../../src/modules/LanItems.rb', line 2613 publish_variable :wl_channel, "string" |
- (list <string>) wl_channels
2621 |
# File '../../src/modules/LanItems.rb', line 2621 publish_variable :wl_channels, "list <string>" |
- (integer) wl_default_key
2605 |
# File '../../src/modules/LanItems.rb', line 2605 publish_variable :wl_default_key, "integer" |
- (list <string>) wl_enc_modes
2620 |
# File '../../src/modules/LanItems.rb', line 2620 publish_variable :wl_enc_modes, "list <string>" |
- (string) wl_essid
2599 |
# File '../../src/modules/LanItems.rb', line 2599 publish_variable :wl_essid, "string" |
- (string) wl_frequency
2614 |
# File '../../src/modules/LanItems.rb', line 2614 publish_variable :wl_frequency, "string" |
- (list <string>) wl_key
2604 |
# File '../../src/modules/LanItems.rb', line 2604 publish_variable :wl_key, "list <string>" |
- (string) wl_key_length
2603 |
# File '../../src/modules/LanItems.rb', line 2603 publish_variable :wl_key_length, "string" |
- (string) wl_mode
2598 |
# File '../../src/modules/LanItems.rb', line 2598 publish_variable :wl_mode, "string" |
- (string) wl_nick
2606 |
# File '../../src/modules/LanItems.rb', line 2606 publish_variable :wl_nick, "string" |
- (string) wl_nwid
2600 |
# File '../../src/modules/LanItems.rb', line 2600 publish_variable :wl_nwid, "string" |
- (boolean) wl_power
2617 |
# File '../../src/modules/LanItems.rb', line 2617 publish_variable :wl_power, "boolean" |
- (map <string, any>) wl_wpa_eap
2612 |
# File '../../src/modules/LanItems.rb', line 2612 publish_variable :wl_wpa_eap, "map <string, any>" |
- (string) wl_wpa_psk
2602 |
# File '../../src/modules/LanItems.rb', line 2602 publish_variable :wl_wpa_psk, "string" |
Instance Method Details
- (Object) AddNew
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# File '../../src/modules/LanItems.rb', line 758 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 1270 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 1358 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 += startmode_overview(key) 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 = format( "%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 = format(_("enslaved in %s"), bond_master) bond_master_desc = format("%s: %s", _("Bonding master"), bond_master) bullets << bond_master_desc end if renamed?(key) note = format("%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(format("(%s)", _("Not connected"))) if !item_hwinfo["link"] conn = HTML.Bold(format("(%s)", _("No hwinfo"))) if item_hwinfo.empty? mac_dev = HTML.Bold("MAC : ") + item_hwinfo["mac"].to_s + "<br>" bus_id = HTML.Bold("BusID : ") + item_hwinfo["busid"].to_s + "<br>" rich << " " << conn << "<br>" << mac_dev if IsNotEmpty(item_hwinfo["mac"]) rich << bus_id if IsNotEmpty(item_hwinfo["busid"]) # 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 << format("%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
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# File '../../src/modules/LanItems.rb', line 1915 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 = (newdev) newdev = (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 2417 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 = if Ops.greater_than(Builtins.size(@qeth_portnumber), 0) Builtins.sformat("-n %1", @qeth_portnumber) else "" end @portname_param = if Ops.greater_than(Builtins.size(@qeth_portname), 0) Builtins.sformat("-p %1", @qeth_portname) else "" end @options_param = if Ops.greater_than(Builtins.size(@qeth_options), 0) Builtins.sformat("-o %1", @qeth_options) else "" end 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?
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# File '../../src/modules/LanItems.rb', line 620 def current_renamed? renamed?(@current) end |
- (Object) current_renamed_to
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# File '../../src/modules/LanItems.rb', line 608 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 351 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 2292 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 2298 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 2403 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 958 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 962 def FindAndSelect(device) item_id = find_configured(device) @current = item_id if item_id !item_id.nil? end |
- (Object) FindDeviceIndex(device)
search all known devices to find it's index in Items array
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# File '../../src/modules/LanItems.rb', line 973 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
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# File '../../src/modules/LanItems.rb', line 2161 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
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# File '../../src/modules/LanItems.rb', line 1640 def FreeAliases(_type, _num) NetworkInterfaces.GetFreeDevices("_aliases", 10) end |
- (Array) FreeDevices(type)
Return 10 free devices
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# File '../../src/modules/LanItems.rb', line 1632 def FreeDevices(type) NetworkInterfaces.GetFreeDevices(type, 10) end |
- (Object) GetBondableInterfaces(bondMaster)
Creates list of items (interfaces) which can be used as a bond slave.
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# File '../../src/modules/LanItems.rb', line 916 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 1245 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.
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# File '../../src/modules/LanItems.rb', line 927 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 313 def getCurrentItem GetLanItem(@current) end |
- (Object) GetCurrentMap
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# File '../../src/modules/LanItems.rb', line 401 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 369 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 381 def GetCurrentType GetDeviceType(@current) end |
- (Object) GetDefaultsForHW
must be in sync with #SetDefaultsForHW
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# File '../../src/modules/LanItems.rb', line 1645 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 1146 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 388 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 340 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") "" # 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 362 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 376 def GetDeviceType(itemId) NetworkInterfaces.GetType(GetDeviceName(itemId)) end |
- (Object) GetFirmwareForCurrentItem
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# File '../../src/modules/LanItems.rb', line 1208 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 1501 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 769 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 497 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 434 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 308 def GetLanItem(itemId) Ops.get_map(@Items, itemId, {}) end |
- (Boolean) GetModified
Function which returns if the settings were modified
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# File '../../src/modules/LanItems.rb', line 747 def GetModified @modified end |
- (Hash) GetModuleForInterface(ay_device, ay_modules)
Get the module configuration for the modules configured in the interface section
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# File '../../src/modules/LanItems.rb', line 2143 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 938 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 943 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 948 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.
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# File '../../src/modules/LanItems.rb', line 879 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 480 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?
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# File '../../src/modules/LanItems.rb', line 1795 def hotplug_usable? true unless Ops.get_string(@Items, [@current, "hwinfo", "hotplug"], "").empty? end |
- (Boolean) Import(settings)
Imports data from AY profile
As network related configuration is spread over the whole AY profile's networking section the function requires hash map with whole AY profile hash representation as returned by LanAutoClient#FromAY profile.
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# File '../../src/modules/LanItems.rb', line 1127 def Import(settings) reset_cache NetworkInterfaces.Import("netcard", settings["devices"] || {}) NetworkInterfaces.List("netcard").each do |device| AddNew() LanItems.Items[current] = { "ifcfg" => device } end autoinstall_settings["start_immediately"] = settings.fetch("start_immediately", false) autoinstall_settings["strict_IP_check_timeout"] = settings.fetch("strict_IP_check_timeout", -1) autoinstall_settings["keep_install_network"] = settings.fetch("keep_install_network", false) # settings == {} has special meaning 'Reset' used by AY SetModified() if !settings.empty? true end |
- (Object) InitS390VarsByDefaults
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# File '../../src/modules/LanItems.rb', line 1789 def InitS390VarsByDefaults SetS390Vars({}, @s390_defaults) nil end |
- (Object) ip_overview(ip)
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# File '../../src/modules/LanItems.rb', line 1326 def ip_overview(ip) bullets = [] case ip when "NONE", "" # do nothing when /DHCP/ bullets << format("%s %s", _("IP address assigned using"), ip) else prefixlen = NetworkInterfaces.Current["PREFIXLEN"] if prefixlen bullets << format(_("IP address: %s/%s"), ip, prefixlen) else subnetmask = NetworkInterfaces.Current["NETMASK"] bullets << format(_("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 = format("%s/%s", desc["IPADDR"], desc["PREFIXLEN"]) bullets << format("%s (%s)", desc["LABEL"], parameters) end end 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.
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# File '../../src/modules/LanItems.rb', line 789 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 &&= 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 &&= 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.
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# File '../../src/modules/LanItems.rb', line 831 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 330 def IsCurrentConfigured IsItemConfigured(@current) end |
- (Object) isCurrentDHCP
Check if currently edited device gets its IP address from DHCP (v4, v6 or both)
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# File '../../src/modules/LanItems.rb', line 1497 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 1485 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 321 def IsItemConfigured(itemId) ret = !GetLanItem(itemId)["ifcfg"].to_s.empty? log.info("IsItemConfigured: item=#{itemId} configured=#{ret}") ret end |
- (Object) main
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# File '../../src/modules/LanItems.rb', line 49 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" reset_cache # Hardware information # @see #ReadHardware @Hardware = [] @udev_net_rules = {} @driver_options = {} # used at autoinstallation time @autoinstall_settings = {} # Data was modified? # 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", "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_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 1179 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 1810 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 1837 def { # 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
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# File '../../src/modules/LanItems.rb', line 1479 def Overview BuildLanOverview() GetDescr() end |
- (Object) ProposeItem
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# File '../../src/modules/LanItems.rb', line 2359 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 1052 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 993 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 = if Ops.get_string(hwitem, "dev_name", "") != "" Ops.get_list( @udev_net_rules, Ops.get_string(hwitem, "dev_name", ""), [] ) else [] end 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 438 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, ""), if Ops.greater_than( Builtins.size(Ops.get_string(@driver_options, driver, "")), 0 ) " " else "" end, 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 593 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
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# File '../../src/modules/LanItems.rb', line 615 def renamed?(item_id) return false if !LanItems.Items[item_id].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 604 def renamed_to(item_id) @Items[item_id]["renamed_to"] end |
- (Boolean) replace_ifplugd?
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# File '../../src/modules/LanItems.rb', line 1799 def replace_ifplugd? return true if !Arch.is_laptop return true if NetworkService.is_network_manager return true if ["bond", "vlan", "br"].include? type false end |
- (Object) ReplaceItemUdev(replace_key, new_key, new_val)
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# File '../../src/modules/LanItems.rb', line 519 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) reset_cache
Clears internal cache of the module to default values
TODO: LanItems consists of several sets of internal variables. 1) cache of items describing network interface 2) variables used as a kind of iterator in the cache 3) variables which keeps (some of) attributes of the current item (= item which is being pointed by the iterator)
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# File '../../src/modules/LanItems.rb', line 1113 def reset_cache LanItems.Items = {} @modified = false end |
- (Object) Rollback
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# File '../../src/modules/LanItems.rb', line 2112 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 “”
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# File '../../src/modules/LanItems.rb', line 1851 def Select(dev) Builtins.y2debug("dev=%1", dev) devmap = # 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
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# File '../../src/modules/LanItems.rb', line 1620 def SelectHW(which) SelectHWMap(FindHardware(@Hardware, which)) nil end |
- (Object) SelectHWMap(hardware)
Select the hardware component
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# File '../../src/modules/LanItems.rb', line 1507 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>" ) 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 588 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 1663 def SetDefaultsForHW Builtins.y2milestone("SetDefaultsForHW type %1", @type) @mtu = "1492" if Arch.s390 && Builtins.contains(["lcs", "eth"], @type) 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 411 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.
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# File '../../src/modules/LanItems.rb', line 1674 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" then true when "no" then false # all other values! count as unspecified which is default value 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"] ] @wl_key[0] = d["WIRELESS_KEY"] if (@wl_key[0] || "").empty? @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 2388 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 2327 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 560 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].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 423 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 752 def SetModified @modified = true nil end |
- (Object) SetS390Vars(devmap, defaults)
Initializes s390 specific device variables.
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# File '../../src/modules/LanItems.rb', line 1760 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 1898 def (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 1890 def (devmap) if isCurrentDHCP devmap["DHCLIENT_SET_DEFAULT_ROUTE"] = TRISTATE_TO_S.fetch(@set_default_route) end devmap end |
- (Object) startmode_overview(item_id)
Creates item's startmode human description
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# File '../../src/modules/LanItems.rb', line 1292 def startmode_overview(item_id) 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" ) } ifcfg = GetDeviceMap(item_id) || {} startmode_descr = startmode_descrs[ifcfg["STARTMODE"].to_s] || _("Started manually") [startmode_descr] end |
- (Object) write
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# File '../../src/modules/LanItems.rb', line 732 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 665 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 627 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 719 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 |