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LanItems.ycp
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LanItems.ycp
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/****************************************************************************
*
* Copyright (c) 2012 Novell, Inc.
* All Rights Reserved.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of version 2 of the GNU General Public License as
* published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, contact Novell, Inc.
*
* To contact Novell about this file by physical or electronic mail,
* you may find current contact information at www.novell.com
*
****************************************************************************/
{
module "LanItems";
textdomain "network";
import "NetworkInterfaces";
import "ProductFeatures";
import "NetworkConfig";
import "NetworkStorage";
include "network/complex.ycp";
include "network/routines.ycp";
include "network/lan/s390.ycp";
/**
* Hardware information
* @see ReadHardware
*/
global map<integer, any> Items = $[];
global list<map> Hardware = [];
global map <string, any> udev_net_rules = $[];
global map<string, any> driver_options = $[];
// FIXME: what's the difference against "device" defined below?
// some refactoring led to interfacename = device in SetItem.
// Probably, interfacename is used outside. It is only set in
// this file.
global string interfacename="";
// used at autoinstallation time
global map autoinstall_settings = $[];
/**
* Data was modified?
*/
global boolean modified = false;
/* current selected HW */
map hw = $[];
/**
* Which operation is pending?
*/
global symbol operation = nil;
// in special cases when rcnetwork reload is not enought
global boolean force_restart=false;
global string description = "";
//unique - only for backward compatibility
//global string unique = "";
global string type = "";
global string device = "";
//FIXME: always empty string - remove all occuriences
global string alias = "";
global integer current = -1;
global string hotplug = "";
global list<string> Requires = [];
/* address options */
/** boot protocol: BOOTPROTO */
global string bootproto = "static";
global string ipaddr = "";
global string remoteip = "";
global string netmask = "";
global string prefix = "";
global string startmode = "auto";
global string ifplugd_priority = "0";
global boolean usercontrol = false;
global string mtu = "";
global string ethtool_options = "";
/* wireless options */
global string wl_mode = "";
global string wl_essid = "";
global string wl_nwid = "";
global string wl_auth_mode = "";
// when adding another key, don't forget the chmod 600 in NetworkInterfaces
global string wl_wpa_psk = "";
global string wl_key_length = "";
global list<string> wl_key = [];
global integer wl_default_key = 0;
global string wl_nick = "";
//bond options
global list<string> bond_slaves = [];
global string bond_option="";
const integer MAX_BOND_SLAVE = 10;
// VLAN option
global string vlan_etherdevice="";
global string vlan_id="";
// interfaces attached to bridge (list delimited by ' ')
global string bridge_ports="";
/**
* wl_wpa_eap aggregates the settings in a map for easier CWM access.
* @struct 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")
*/
global map<string, any> wl_wpa_eap = $[];
global string wl_channel = "";
global string wl_frequency = "";
global string wl_bitrate = "";
global string wl_accesspoint = "";
global boolean wl_power = true;
global string wl_ap_scanmode = "";
// Card Features from hwinfo
// if not provided, we use the default full list
global list<string> wl_auth_modes = nil;
global list<string> wl_enc_modes = nil;
global list<string> wl_channels = nil;
global list<string> wl_bitrates = nil;
list<string> nilliststring = nil; // to save some casting
/* s390 options */
global string qeth_portname = "";
global string qeth_portnumber = "";
// * ctc as PROTOCOL (or ctc mode, number in { 0, 1, .., 4 }, default: 0)
global string chan_mode = "0";
global string qeth_options = "";
global boolean ipa_takeover = false;
// * iucv as ROUTER (or iucv user, a zVM guest, string of 1 to 8 chars )
global string 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
global boolean qeth_layer2 = false;
global string qeth_macaddress = "00:00:00:00:00:00";
global string qeth_chanids = "";
// Timeout for LCS LANCMD
global string lcs_timeout = "5";
/* aliases */
global map aliases = $[];
/* for TUN / TAP devices */
global boolean tunnel_set_persistent=true;
global string tunnel_set_owner="";
global string tunnel_set_group="";
/* propose options */
global boolean proposal_valid = false;
global boolean nm_proposal_valid = false;
/* NetworkModules:: name */
global string nm_name = "";
global string nm_name_old = nil;
//this is the map of kernel modules vs. requested firmware
//non-empty keys are firmware packages shipped by SUSE
map <string, string> request_firmware = $[
"atmel_pci" : "atmel-firmware",
"atmel_cs" : "atmel-firmware",
"at76_usb" : "atmel-firmware",
"ipw2100" : "ipw-firmware",
"ipw2200" : "ipw-firmware",
"ipw3945" : "ipw-firmware",
"iwl1000" : "kernel-firmware",
"iwl3945" : "kernel-firmware",
"iwl4965" : "kernel-firmware",
"iwl5000" : "kernel-firmware",
"iwl5150" : "kernel-firmware",
"iwl6000" : "kernel-firmware",
"b43" : "b43-fwcutter",
"b43-pci-bridge" : "b43-fwcutter",
"rt73usb" : "ralink-firmware",
"rt61pci" : "ralink-firmware",
"bcm43xx" : "",
"prism54" : "",
"spectrum_cs" : "",
"zd1201" : "",
"zd1211rw" : "",
"acx" : "",
"rt73usb" : "",
"prism54usb":""
];
include "network/hardware.ycp";
/**
* Returns configuration of item (see LanItems::Items) with given id.
*/
global map GetLanItem( integer itemId)
{
return Items[ itemId]:$[];
}
/**
* Returns configuration for currently modified item.
*/
global map getCurrentItem(){
return GetLanItem( current);
}
/**
* Returns true if the item (see LanItems::Items) has
* netconfig configuration.
*/
global boolean IsItemConfigured( integer itemId)
{
boolean ret = false;
if( size( GetLanItem( itemId)[ "ifcfg"]:"")>0)
ret = true;
y2milestone("is item %1 configured? %2", itemId, ret);
return ret;
}
/**
* Returns true if current (see LanItems::current) has
* configuration
*/
global boolean IsCurrentConfigured()
{
return IsItemConfigured( LanItems::current);
}
/**
* 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.
*/
global string GetDeviceName( integer itemId)
{
map lanItem = GetLanItem( itemId);
return lanItem[ "ifcfg"]: lanItem[ "hwinfo", "dev_name"]: "";
}
/**
* Returns device type for particular lan item
*/
global string GetDeviceType( integer itemId)
{
return NetworkInterfaces::GetType( GetDeviceName( itemId));
}
/**
* Returns ifcfg configuration for particular item
*/
global map< string, any> GetDeviceMap( integer itemId)
{
if( !IsItemConfigured( itemId))
{
return nil;
}
string devname = GetDeviceName( itemId);
string devtype = NetworkInterfaces::GetType( devname);
return (map< string, any>) NetworkInterfaces::FilterDevices("netcard")[ devtype, devname]:nil;
}
boolean ReadUdevDriverRules(){
y2milestone ("Reading udev rules ...");
udev_net_rules = (map<string, any>)SCR::Read(.udev_persistent.net);
y2milestone ("Reading driver options ...");
foreach(string driver, SCR::Dir(.modules.options), {
string pth=sformat(".modules.options.%1",driver);
// driver_options[driver] = SCR::Read(topath(pth));
foreach(string key, string value, (map<string, string>)SCR::Read(topath(pth)), {
driver_options[driver] = sformat("%1%2%3=%4", driver_options[driver]:"",
(size(driver_options[driver]:"")>0)?" ":"", key, value);
});
});
return true;
}
list<string> getUdevFallback(){
list<string> udev_rules = getCurrentItem()["udev", "net"]:[];
if (size(udev_rules)==0){
udev_rules = [
"SUBSYSTEM==\"net\"",
"ACTION==\"add\"",
"DRIVERS==\"?*\"",
sformat("ATTR{address}==\"%1\"", getCurrentItem()["hwinfo", "mac"]:""),
"ATTR{type}==\"1\"",
"KERNEL==\"eth*\"",
sformat("NAME=\"%1\"", getCurrentItem()["ifcfg"]:"")
];
y2error("No Udev rules found, create new as fallback: %1", udev_rules);
}
return udev_rules;
}
global string GetItemUdev(string key){
string value="";
foreach(string row, getUdevFallback(), {
if(issubstring(row, key)){
list items = filter(string s, splitstring(row, "="), { return (size(s)>0); });
if (size(items)==2 && items[0]:""==key){
value=deletechars(items[1]:"", "\"");
} else y2warning("udev items %1 doesn't match the key %2", items, key);
}
});
return value;
}
global list<string> ReplaceItemUdev(string replace_key, string new_key, string new_val)
{
list<string> new_rules=[];
// udev syntax distinguishes among others:
// = for assignment
// == for equality checks
string operator = new_key == "NAME" ? "=" : "==";
foreach(string row, getUdevFallback(),
{
if( issubstring( row, replace_key))
row = sformat( "%1%2\"%3\"", new_key, operator, new_val);
new_rules = add( new_rules, row);
});
y2debug("LanItems::ReplaceItemUdev: udev rules %1", Items[ current, "udev", "net"]:[] );
Items[current, "udev", "net"] = new_rules;
y2debug("LanItems::ReplaceItemUdev(%1, %2, %3) %4", replace_key, new_key, new_val, new_rules);
return new_rules;
}
global list<string> SetItemUdev(string rule_key, string rule_val)
{
return ReplaceItemUdev( rule_key, rule_key, rule_val);
}
global void WriteUdevDriverRules(){
map<string, any> udev_drivers_rules = $[];
foreach(integer key, (list<integer>)Map::Keys(Items),
{
if (hasAnyValue(Items[key, "udev", "driver"]:""))
udev_drivers_rules[Items[key, "udev", "driver"]:""] = [ sformat("ENV{MODALIAS}==\"%1\"", Items[key, "hwinfo", "modalias"]:""), sformat("ENV{MODALIAS}=\"%1\"", Items[key, "udev", "driver"]:"") ];
});
y2milestone("write drivers udev rules: %1", udev_drivers_rules);
SCR::Write(.udev_persistent.drivers, udev_drivers_rules);
// write udev net rules and hwdown&hwup when NAME changed
list<string> changed_devices = [];
list<string> net_rules = [];
foreach(integer key, (list<integer>)Map::Keys(Items),
{
if (size(Items[key, "udev", "net"]:[]) > 0)
{
string dev_name = Items[key, "hwinfo", "dev_name"]:"";
current=key;
net_rules = add(net_rules, mergestring(Items[key, "udev", "net"]:[], ", "));
if (dev_name != GetItemUdev("NAME"))
{
changed_devices = add(changed_devices, dev_name);
force_restart=true;
}
}
});
SCR::Write(.udev_persistent.rules, net_rules);
SCR::Write(.udev_persistent.nil, []);
y2milestone("write net udev rules: %1", net_rules);
y2milestone("Changed devices %1", changed_devices);
if (size(changed_devices)>0)
{
any new_name = SCR::Execute(.target.bash_output, "rcnetwork stop && udevadm trigger --subsystem-match=net && rcnetwork start");
y2milestone("Renaming interfaces %1", new_name);
}
// write rules from driver
foreach(string key, string value, (map<string, string>)driver_options,
{
map val=$[];
foreach(string k, splitstring(value, " "),
{
list<string> l = splitstring(k, "=");
val[ l[0]:"" ]=l[1]:"";
});
if (!hasAnyValue(value))
val=nil;
SCR::Write(add(.modules.options, key), val);
});
SCR::Write(.modules,nil);
}
/**
* Function which returns if the settings were modified
* @return boolean settings were modified
*/
global define boolean GetModified () {
return modified;
}
/**
* Function sets internal variable, which indicates, that any
* settings were modified, to "true"
*/
global define void SetModified () {
modified = true;
}
/**
* Function sets internal variable, which indicates, that any
* settings were modified, to "false"
*/
global define void UnsetModified () {
modified = false;
}
global void AddNew(){
current = size(Items);
Items[current] = $["commited":false];
operation = `add;
}
/*
* return list of available modules for current device
* with default default_module (on first possition)
*/
global list<string> GetItemModules(string default_module){
list<string> mods = [];
if (hasAnyValue(default_module)) mods = add(mods, default_module);
foreach(map row, Items[current, "hwinfo", "drivers"]:[], {
string tmp_mod = row["modules", 0, 0]:"";
if (!contains(mods, tmp_mod)) mods = add(mods, tmp_mod);
});
return mods;
}
map<string, string> BuildBondIndex();
/**
* Searches map of known devices and decides if referenced lan item
* can be enslaved in a bond device
*
* @param itemId index into LanItems::Items
*/
// TODO: Check for valid configurations. E.g. bond device over vlan
// is nonsense and is not supported by netconfig.
boolean IsBondable( integer itemId)
{
boolean ret = true;
string devname = GetDeviceName( itemId);
map<string, string> bonded = BuildBondIndex();
// check if the device is L2 capable
if( Arch::s390() )
{
map<string, any> s390_config = s390_ReadQethConfig( devname);
// only devices with L2 support can be enslaved in bond. See bnc#719881
ret = ret && s390_config[ "QETH_LAYER2"]:"no" == "yes";
}
map<string, any> ifcfg = GetDeviceMap( itemId);
string bondMaster = bonded[ devname]:"";
if( !IsEmptyString( bondMaster) && ( GetDeviceName( current) != bondMaster) )
{
y2debug( "IsBondable: excluding lan item (%1: %2) for %3 - is already bonded", itemId, devname, GetDeviceName( current) );
return false;
}
if( ifcfg == nil)
{
return ret;
}
// filter the eth devices (BOOTPROTO=none)
// don't care about STARTMODE (see bnc#652987c6)
ret = ret && ifcfg[ "BOOTPROTO"]:"" == "none";
return ret;
}
/**
* Decides if given lan item can be enslaved in a bridge.
*
* @param itemId index into LanItems::Items
*/
boolean IsBridgeable( integer itemId)
{
map< string, any> ifcfg = GetDeviceMap( itemId);
// no netconfig configuration has been found so nothing
// blocks using the device as bridge slave
if( ifcfg == nil)
{
return true;
}
string devname = GetDeviceName( itemId);
map<string, string> bonded = BuildBondIndex();
if( bonded[ devname]:nil != nil)
{
y2debug( "IsBridgeable: excluding lan item (%1: %2) - is bonded", itemId, devname);
return false;
}
string devtype = GetDeviceType( itemId);
// exclude forbidden configurations
if( devtype == "br")
{
y2debug( "IsBridgeable: excluding lan item (%1: %2) - is bridge", itemId, devname);
return false;
}
if( ifcfg[ "STARTMODE"]:"" == "nfsroot")
{
y2debug( "IsBridgeable: excluding lan item (%1: %2) - is nfsroot", itemId, devname);
return false;
}
return true;
}
/**
* Iterates over all items and lists those for which given validator returns
* true.
*
* @param validator a reference to function which checks if an interface
* can be enslaved. Validator takes one argument - itemId.
* @return list of lan item ids (see LanItems::Items)
*/
global list< integer> GetSlaveCandidates( boolean( integer) validator)
{
if( validator == nil)
{
y2error( "GetSlaveCandidates: needs a validator.");
return [];
}
list< integer> result = [];
foreach(integer itemId, any attribs, Items,
{
if( ( current != itemId) && validator( itemId))
{
result = add( result, itemId);
}
else
{
y2debug( "GetSlaveCandidates: validation failed for item (%1), current (%2)", itemId, current);
}
});
y2milestone( "GetSlaveCandidates: candidates for enslaving: %1", result);
return result;
}
/**
* Creates list of items (interfaces) which can be used as
* a bond slave.
*/
global list< integer> GetBondableInterfaces()
{
return GetSlaveCandidates( IsBondable);
}
/**
* Creates list of items (interfaces) which can be used as
* a bridge slave.
*/
global list< integer> GetBridgeableInterfaces()
{
return GetSlaveCandidates( IsBridgeable);
}
// get list of all configurations for "netcard" macro in NetworkInterfaces module
list<string> getNetworkInterfaces()
{
list<string> confs=[];
map <string, any> configurations = NetworkInterfaces::FilterDevices("netcard");
foreach(string devtype, splitstring(NetworkInterfaces::CardRegex["netcard"]:"", "|"),
{
foreach(string file, (list<string>) Map::Keys(configurations[devtype]:$[]),
{
confs = add(confs, file);
});
});
return confs;
}
global boolean FindAndSelect(string device){
boolean found=false;
foreach(integer i, map<string, any> a, (map<integer, map<string, any> >)Items, {
if (a["ifcfg"]:""==device){
found=true;
current = i;
}
});
return found;
}
/**
* search all known devices to find it's index in Items array
*
* @param device matched with item[ "hwinfo", "dev_name"]
* @return index in Items or -1 if not found
*/
global integer FindDeviceIndex( string device)
{
integer ret = -1;
foreach(integer i, map<string, any> a, (map<integer, map<string, any> >)Items,
{
if( a[ "hwinfo", "dev_name"]:"" == device)
{
ret = i;
break;
}
});
return ret;
}
global void 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();
map<string, any> udev_drivers_rules = (map<string, any>)SCR::Read(.udev_persistent.drivers);
foreach(map hwitem, Hardware, {
list udev_net = (hwitem["dev_name"]:"" != "") ? udev_net_rules[hwitem["dev_name"]:""]:[] : [];
string mod = deletechars(splitstring((udev_drivers_rules[hwitem["modalias"]:""]:[])[1]:"", "=")[1]:"", "\"");
Items[size(Items)] = $["hwinfo":hwitem, "udev":$["net":udev_net, "driver":mod]];
});
}
global void Read(){
ReadHw();
NetworkInterfaces::Read();
NetworkInterfaces::CleanHotplugSymlink();
// match configurations to Items list with hwinfo
foreach(string confname, getNetworkInterfaces(), {
integer pos = nil;
map<string, any> val = $[];
foreach(integer key, map<string, any> value, (map<integer, map<string, any> >)Items, {
if (value["hwinfo", "dev_name"]:""==confname) {
pos = key;
val = value;
}
});
if (pos == nil) {
pos=size(Items);
Items[pos]=$[];
}
Items[pos, "ifcfg"] = confname;
});
// add to Items also virtual devices (configurations) without hwinfo
foreach(string confname, getNetworkInterfaces(), {
boolean already = false;
foreach(integer key, (list<integer>)Map::Keys(Items), {
if (confname == Items[key, "ifcfg"]:""){
already = true;
break;
};
});
if (!already){
AddNew();
Items[current] = $["ifcfg":confname];
}
});
y2milestone("Read Configuration LanItems::Items %1", Items);
}
list GetDescr(){
list descr = [];
foreach(integer key, map<string, any> value, (map<integer, map<string, any> >)Items, {
if ( haskey(value, "table_descr") && size(Items[key, "table_descr"]:$[])>1)
descr = add(descr, $["id":key,
"rich_descr":Items[key, "table_descr", "rich_descr"]:"",
"table_descr":Items[key, "table_descr", "table_descr"]:[]
]);
});
return descr;
}
global boolean needFirmwareCurrentItem(){
boolean need = false;
if (hasAnyValue(Items[current, "hwinfo", "driver"]:"")){
if(haskey(request_firmware, Items[current, "hwinfo", "driver"]:"")) need = true;
} else{
foreach(map driver, Items[current, "hwinfo", "drivers"]:[], {
if(haskey(request_firmware, driver["modules", 0,0]:"")) {
y2milestone("driver %1 needs firmware", driver["modules", 0,0]:"");
need = true;
}
});
}
y2milestone("item %1 needs firmware:%2", current, need);
return need;
}
global string GetFirmwareForCurrentItem(){
string kernel_module="";
if (hasAnyValue(Items[current, "hwinfo", "driver"]:"")){
if(haskey(request_firmware, Items[current, "hwinfo", "driver"]:"")) kernel_module=Items[current, "hwinfo", "driver"]:"";
} else{
foreach(map driver, Items[current, "hwinfo", "drivers"]:[], {
if(haskey(request_firmware, driver["modules", 0,0]:"")) {
kernel_module = driver["modules", 0,0]:"";
break;
}
});
}
string firmware = request_firmware[kernel_module]:"";
y2milestone("driver %1 needs firmware %2", kernel_module, firmware);
return firmware;
}
/**
* Creates list of devices enslaved in any bond device.
*/
global list<string> GetBondSlaves( string bond_master)
{
list<string> slaves = [];
integer slave_index = 0;
while( slave_index < MAX_BOND_SLAVE)
{
string slave = NetworkInterfaces::FilterDevices("netcard")[ "bond", bond_master, sformat("BONDING_SLAVE%1", slave_index)]:"";
if( size( slave) > 0)
slaves = add( slaves, slave);
slave_index = slave_index +1;
}
return slaves;
}
/*
* Creates mapping of bonding slaves to its master.
*
* @return map<string dev, string bond> where dev is device name (e.g. eth0) and bond is
* master bond device name (e.g. bond0)
*/
map<string, string> BuildBondIndex()
{
map<string, string> index = $[];
map<string, map> bond_devs = (map<string, map>) NetworkInterfaces::FilterDevices( "netcard")[ "bond"]:$[];
foreach( string bond_master, map value, bond_devs,
{
foreach( string slave, GetBondSlaves( bond_master),
{
index = add( index, slave, bond_master);
});
});
y2debug( "bond slaves index: %1", index);
return index;
}
global list BuildLanOverview() {
list<string> overview=[];
list<string> links=[];
map startmode_descrs = $[
// summary description of STARTMODE=auto
"auto": _("Started automatically at boot"),
// summary description of STARTMODE=auto
"onboot": _("Started automatically at boot"),
// summary description of STARTMODE=hotplug
"hotplug": _("Started automatically at boot"),
// summary description of STARTMODE=ifplugd
"ifplugd": _("Started automatically on cable connection"),
// summary description of STARTMODE=managed
"managed": _("Managed by NetworkManager"),
// summary description of STARTMODE=off
"off" : _("Will not be started at all")
];
foreach(integer key, (list<integer>)Map::Keys(Items), {
string rich = "";
string ip = _("Not configured");
string descr = Items[key, "hwinfo", "name"]:"";
string dev = "";
string note = "";
type = Items[key, "hwinfo", "type"]:"";
descr = CheckEmptyName (type, descr);
list <string> bullets = [];
if (hasAnyValue(Items[key, "ifcfg"]:"") ){
NetworkInterfaces::Select(Items[key, "ifcfg"]:"");
if (!hasAnyValue(type)) type = NetworkInterfaces::GetType(Items[key, "ifcfg"]:"");
descr = BuildDescription(type, NetworkInterfaces::GetType(Items[key, "ifcfg"]:""), NetworkInterfaces::Current, [Items[key, "hwinfo"]:$[]]);
dev = NetworkInterfaces::Name; //NetworkInterfaces::device_name(type, NetworkInterfaces::Name);
ip = DeviceProtocol(NetworkInterfaces::Current);
string status = DeviceStatus(type, NetworkInterfaces::device_num(NetworkInterfaces::Name), NetworkInterfaces::Current);
string startmode_descr = startmode_descrs[NetworkInterfaces::Current["STARTMODE"]:""]:_("Started manually");
bullets = [
sformat(_("Device Name: %1"), dev),
startmode_descr,
];
if (NetworkInterfaces::Current["STARTMODE"]:"" != "managed") {
if (ip != "NONE") {
string prefixlen = NetworkInterfaces::Current["PREFIXLEN"]:"";
if (size(ip)>0) {
string descr = sformat("%1 %2", _("IP address assigned using"), ip);
if (!issubstring(ip, "DHCP"))
descr=(size(prefixlen)>0) ?
sformat(_("IP address: %1/%2"), ip, prefixlen) :
sformat(_("IP address: %1, subnet mask %2")
, ip, NetworkInterfaces::Current["NETMASK"]:"");
bullets = bullets + [ descr ];
}
}
// build aliases overview
if (size(NetworkInterfaces::Current["_aliases"]:$[])>0 && !NetworkService::IsManaged()){
foreach(string key, map<string, any> desc, (map<string ,map<string, any> >) NetworkInterfaces::Current["_aliases"]:$[], {
string parameters = sformat("%1/%2", desc["IPADDR"]:"", desc["PREFIXLEN"]:"");
bullets = add(bullets, sformat("%1 (%2)", desc["LABEL"]:"", parameters) );
});
}
}
if (type == "wlan" &&
!(NetworkInterfaces::Current["WIRELESS_AUTH_MODE"]:"" != "open") &&
!hasAnyValue(NetworkInterfaces::Current["WIRELESS_KEY_0"]:"")) {
// avoid colons
dev = mergestring (splitstring (dev, ":"), "/");
string href = "lan--wifi-encryption-" + dev;
// interface summary: WiFi without encryption
string warning = HTML::Colorize (_("Warning: no encryption is used."), "red");
status = status + " " + warning + " " +
// Hyperlink: Change the configuration of an interface
Hyperlink (href, _("Change."));
links = add (links, href);
}
if( type == "bond")
{
bullets = add( bullets, sformat( "%1: %2", _( "Bonding slaves"), mergestring( GetBondSlaves( dev), " ")));
}
map<string, string> bond_index = BuildBondIndex();
string bond_master = bond_index[ Items[ key, "ifcfg"]:""]:"";
if( size( bond_master) > 0)
{
note = sformat( _("enslaved in %1"), bond_master);
bullets = add( bullets, sformat( "%1: %2", _( "Bonding master"), bond_master));
}
overview = add(overview, Summary::Device(descr, status));
}
else {
overview = add(overview, Summary::Device(descr, Summary::NotConfigured()));
}
string conn = HTML::Bold ( (Items[key, "hwinfo", "link"]:false == true)?"":sformat("(%1)", _("Not connected") ));
if (size(Items[key, "hwinfo"]:$[])==0) {
conn = HTML::Bold(sformat("(%1)", _("No hwinfo")));
}
string mac_dev = HTML::Bold ("MAC : ") + Items[key, "hwinfo", "mac"]:"" + "<br>";
string bus_id = HTML::Bold ("BusID : ") + Items[key, "hwinfo", "busid"]:"" + "<br>";
if (hasAnyValue(Items[key, "hwinfo", "mac"]:"")) {
rich = rich + " " + conn + "<br>";
rich = rich + mac_dev;
}
if (hasAnyValue(Items[key, "hwinfo", "busid"]:"")) {
rich = rich + bus_id;
}
// display it only if we need it, don't duplicate "dev" above
if (hasAnyValue(Items[key, "hwinfo", "dev_name"]:"") &&
! hasAnyValue(Items[key, "ifcfg"]:"")) {
string dev_name = sformat(_("Device Name: %1"), Items[key, "hwinfo", "dev_name"]:"" );
string dev_name_r = HTML::Bold(dev_name) + "<br>";
rich = rich + dev_name_r;
}
rich = HTML::Bold ( descr ) + rich;
if (!hasAnyValue(Items[key, "hwinfo", "dev_name"]:"") && size(Items[key, "hwinfo"]:$[])>0 && !Arch::s390()) {
rich = rich + _("<p>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.</p>");
}
else if (hasAnyValue(Items[key, "ifcfg"]:"") ) {
rich = rich + HTML::List (bullets);
}
else {
rich = rich + _("<p>The device is not configured. Press <b>Edit</b>
to configure.</p>
");
integer curr = current;
current = key;
if (needFirmwareCurrentItem()) {
string fw = GetFirmwareForCurrentItem();
rich = rich+ sformat("%1 : %2",
_("Needed firmware"),
(fw!="") ? fw : _("unknown"));
}
current=curr;
}
Items[key, "table_descr"] = $[
"rich_descr" : rich,
"table_descr": [descr, ip, dev, note]
];
});
return [ Summary::DevicesList(overview), links ];
}
/**
* Create an overview table with all configured devices
* @return table items
*/
global list Overview() {
BuildLanOverview();
return GetDescr();
}
/*
* Is current device hotplug or not? I.e. is connected via usb/pcmci?
*/
global boolean isCurrentHotplug(){
string hotplugtype = getCurrentItem()["hwinfo", "hotplug"]:"";
if (hotplugtype == "usb" || hotplugtype == "pcmci") return true;
else return false;
}
/**
* Check if currently edited device gets its IP address
* from DHCP (v4, v6 or both)
* @return true if it is
*/
global boolean isCurrentDHCP(){