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|
'use strict';
'require view';
'require rpc';
'require poll';
'require dom';
'require ui';
'require form';
'require uci';
'require network';
'require tools.widgets as widgets';
var Hosts, Remotehosts, Remoteinfo, Localinfo, Clients, WifiNetworks;
var dns_cache = [];
function SplitWlan(wlan) {
var wlansplit = [];
if (typeof wlan.split('#')[1] !== 'undefined') {
wlansplit=wlan.split('#');
if (typeof dns_cache[wlansplit[0]] !== 'undefined') {
wlansplit[0]=dns_cache[wlansplit[0]];
}
} else {
wlansplit[0]=_('This AP');
wlansplit[1]=wlan;
}
return wlansplit;
}
function collectHearingClient(client_table_entries, mac) {
if (typeof Clients[mac] !== 'undefined') {
for (var wlanc in Clients[mac]) {
var SSID = '';
var freq = 0;
if (typeof Localinfo[wlanc] !== 'undefined') {
SSID = Localinfo[wlanc]['ssid'];
freq = Localinfo[wlanc]['freq'];
}
if (typeof Remoteinfo[wlanc] !== 'undefined') {
SSID = Remoteinfo[wlanc]['ssid'];
freq = Remoteinfo[wlanc]['freq'];
}
var wlansplit=SplitWlan(wlanc);
client_table_entries.push([
'<nobr>' + '%h'.format(wlansplit[0]) + '</nobr>',
'<nobr>' + '%h'.format(wlansplit[1]) + '</nobr>',
SSID,
freq,
Clients[mac][wlanc]['connected'] === true ? 'Yes' : 'No',
typeof Clients[mac][wlanc]['signal'] !== 'undefined' ? Clients[mac][wlanc]['signal'] : ''
]);
}
}
}
var HearingMap = form.DummyValue.extend({
renderWidget: function () {
var body = E([
E('h3', _('Hearing map')),
E('div', _('Refresh page to get new mac addresses to show up'))
]);
for (var mac in Clients) {
var maciphost = '';
maciphost = mac;
var macUp = mac.toUpperCase();
var macn = macUp.replace(/:/g,'');
if (typeof Hosts[macUp] !== 'undefined') {
if ((String(Hosts[macUp]['ipaddrs'][0]).length > 0) && (typeof Hosts[macUp]['ipaddrs'][0] !== 'undefined'))
maciphost += '\u2003' + Hosts[macUp]['ipaddrs'];
if ((String(Hosts[macUp]['name']).length > 0) && (typeof Hosts[macUp]['name'] !== 'undefined'))
maciphost += '\u2003%h'.format(Hosts[macUp]['name']);
}
body.appendChild(
E('h4', maciphost)
);
var client_table = E('table', {'class': 'table cbi-section-table','id':'client_table'+macn}, [
E('tr', {'class': 'tr table-titles'}, [
E('th', {'class': 'th'}, _('AP','Name or IP address of access point')),
E('th', {'class': 'th'}, _('Interface name','interface name in usteer overview')),
E('th', {'class': 'th', 'style': 'width:25%'}, _('SSID')),
E('th', {'class': 'th', 'style': 'width:15%'}, _('Frequency','BSS operating frequency in usteer overview')),
E('th', {'class': 'th', 'style': 'width:15%'}, _('Connected','Connection state in usteer overview')),
E('th', {'class': 'th', 'style': 'width:15%'}, _('Signal','Signal strength reported by wireless station in usteer overview'))
])
]);
var client_table_entries = [];
collectHearingClient(client_table_entries, mac);
cbi_update_table(client_table, client_table_entries, E('em', _('No data')));
body.appendChild(client_table);
}
return E('div', {'class': 'cbi-section cbi-tblsection'}, [body]);
}
});
function collectWlanAPInfoEntries(connectioninfo_table_entries, wlanAPInfos) {
for (var wlan in wlanAPInfos) {
var wlansplit=SplitWlan(wlan);
connectioninfo_table_entries.push([
'<nobr>' + '%h'.format(wlansplit[0]) + '</nobr>',
'<nobr>' + '%h'.format(wlansplit[1]) + '</nobr>',
wlanAPInfos[wlan]['bssid'],
wlanAPInfos[wlan]['ssid'],
wlanAPInfos[wlan]['freq'],
wlanAPInfos[wlan]['n_assoc'],
wlanAPInfos[wlan]['noise'],
wlanAPInfos[wlan]['load'],
wlanAPInfos[wlan]['max_assoc'],
typeof wlanAPInfos[wlan]['roam_events']['source'] !== 'undefined' ? wlanAPInfos[wlan]['roam_events']['source'] : '',
typeof wlanAPInfos[wlan]['roam_events']['target'] !== 'undefined' ? wlanAPInfos[wlan]['roam_events']['target'] : ''
]);
}
};
function tootltip(mac, IP, hostname) {
var body= E([]);
body.appendChild(E('div', mac));
if (typeof IP !== 'undefined') {
for (var IPaddr in IP['ipaddrs']) body.appendChild(E('div', IP['ipaddrs'][IPaddr]));
for (var IPaddr in IP['ip6addrs']) body.appendChild(E('div', IP['ip6addrs'][IPaddr]));;
}
if (hostname !== '') {
body.appendChild(E('div', '%h'.format(hostname)));
}
return body;
}
function collectWlanAPInfos(compactconnectioninfo_table_entries, wlanAPInfos) {
for (var wlan in wlanAPInfos) {
var hostl = E([]);
for (var mac in Clients) {
if (typeof Clients[mac] !== 'undefined')
if (typeof Clients[mac][wlan] !== 'undefined')
if (String(Clients[mac][wlan]['connected']).valueOf() === 'true') {
var foundname = mac;
var IP = '';
var hostname = '';
var macUp = mac.toUpperCase();
if (typeof Hosts[macUp] !== 'undefined') {
if ((typeof Hosts[macUp]['ipaddrs'][0] !== 'undefined') && (String(Hosts[macUp]['ipaddrs'][0]).length > 0)) {
IP = Hosts[macUp]['ipaddrs'][0];
foundname = IP;
}
if ((typeof Hosts[macUp]['name'] !== 'undefined') && (String(Hosts[macUp]['name']).length > 0)) {
hostname = Hosts[macUp]['name'];
foundname = hostname;
}
}
hostl.appendChild(
E('span', { 'class': 'cbi-tooltip-container' }, [
'%h\u2003'.format(foundname),
E('div', { 'class': 'cbi-tooltip' }, tootltip(mac, Hosts[macUp], hostname))
])
);
}
}
var wlansplit=SplitWlan(wlan);
compactconnectioninfo_table_entries.push([
'<nobr>' + '%h'.format(wlansplit[0]) + '</nobr>',
'<nobr>' + '%h'.format(wlansplit[1]) + '</nobr>',
wlanAPInfos[wlan]['ssid'],
wlanAPInfos[wlan]['freq'],
wlanAPInfos[wlan]['load'],
wlanAPInfos[wlan]['n_assoc'],
hostl
]);
}
};
var callNetworkRrdnsLookup = rpc.declare({
object: 'network.rrdns',
method: 'lookup',
params: [ 'addrs', 'timeout', 'limit' ],
expect: { '': {} }
});
function collectRemoteHosts (remotehosttableentries,Remotehosts) {
const getUndefinedDnsCacheIPs = (Remotehosts, dns_cache) =>
Object.keys(Remotehosts).filter(IPaddr => !dns_cache.hasOwnProperty(IPaddr));
var ipAddrs = getUndefinedDnsCacheIPs(Remotehosts, dns_cache);
L.resolveDefault(callNetworkRrdnsLookup(ipAddrs, 1000, 1000), {}).then(function(replies) {
for (var address of ipAddrs) {
if (!address)
continue;
if (replies[address]) {
dns_cache[address] = replies[address];
continue;
} else {
dns_cache[address]=Hosts[
Object.keys(Hosts).find(mac =>
((typeof Hosts[mac]['name'] !== 'undefined') &&
((Object.keys(Hosts[mac]['ip6addrs']).find(IPaddr2 => (address === Hosts[mac]['ip6addrs'][IPaddr2]))) ||
(Object.keys(Hosts[mac]['ipaddrs']).find(IPaddr2 => (address === Hosts[mac]['ipaddrs'][IPaddr2])))))
)
]['name'];
}
}
});
for (var IPaddr in Remotehosts) {
remotehosttableentries.push([IPaddr,'%h'.format(dns_cache[IPaddr]),Remotehosts[IPaddr]['id']]);
}
}
var Clientinfooverview = form.DummyValue.extend({
renderWidget: function () {
var body = E([
E('h3', _('Remote hosts'))
]);
var remotehost_table = E('table', {'class': 'table cbi-section-table', 'id': 'remotehost_table'}, [
E('tr', {'class': 'tr table-titles'}, [
E('th', {'class': 'th'}, _('IP address')),
E('th', {'class': 'th'}, _('Hostname')),
E('th', {'class': 'th'}, _('Identifier'))
])
]);
var remotehosttableentries = [];
collectRemoteHosts(remotehosttableentries,Remotehosts);
cbi_update_table(remotehost_table, remotehosttableentries, E('em', _('No data')));
body.appendChild(remotehost_table);
body.appendChild(
E('h3', _('Client list'))
);
var connectioninfo_table = E('table', {'class': 'table cbi-section-table', 'id': 'connectioninfo_table'}, [
E('tr', {'class': 'tr table-titles'}, [
E('th', {'class': 'th'}, _('AP','Name or IP address of access point')),
E('th', {'class': 'th'}, _('Interface name','interface name in usteer overview')),
E('th', {'class': 'th'}, _('BSSID')),
E('th', {'class': 'th'}, _('SSID')),
E('th', {'class': 'th'}, _('Frequency','BSS operating frequency in usteer overview')),
E('th', {'class': 'th'}, _('N','Number of associated clients in usteer overview')),
E('th', {'class': 'th'}, _('Noise','Channel noise in usteer overview')),
E('th', {'class': 'th'}, _('Load','Channel load in usteer overview')),
E('th', {'class': 'th'}, _('Max assoc','Max associated clients in usteer overview')),
E('th', {'class': 'th'}, _('Roam src','Roam source in usteer overview')),
E('th', {'class': 'th'}, _('Roam tgt','Roam target in usteer overview'))
])
]);
var connectioninfo_table_entries = [];
collectWlanAPInfoEntries(connectioninfo_table_entries, Localinfo);
collectWlanAPInfoEntries(connectioninfo_table_entries, Remoteinfo);
cbi_update_table(connectioninfo_table, connectioninfo_table_entries, E('em', _('No data')));
body.appendChild(connectioninfo_table);
var compactconnectioninfo_table = E('table', {'class': 'table cbi-section-table','id': 'compactconnectioninfo_table'}, [
E('tr', {'class': 'tr table-titles'}, [
E('th', {'class': 'th'}, _('AP','Name or IP address of access point')),
E('th', {'class': 'th'}, _('Interface name','interface name in usteer overview')),
E('th', {'class': 'th'}, _('SSID')),
E('th', {'class': 'th'}, _('Frequency', 'BSS operating frequency in usteer overview')),
E('th', {'class': 'th'}, _('Load', 'Channel load in usteer overview')),
E('th', {'class': 'th'}, _('N', 'Number of associated clients in usteer overview')),
E('th', {'class': 'th'}, _('Host', 'host hint in usteer overview'))
])
]);
var compactconnectioninfo_table_entries = [];
collectWlanAPInfos(compactconnectioninfo_table_entries, Localinfo);
collectWlanAPInfos(compactconnectioninfo_table_entries, Remoteinfo);
cbi_update_table(compactconnectioninfo_table, compactconnectioninfo_table_entries, E('em', _('No data')));
body.appendChild(compactconnectioninfo_table);
return E('div', {'class': 'cbi-section cbi-tblsection'}, [body]);
}
});
var Settingstitle = form.DummyValue.extend({
renderWidget: function () {
var body = E([
E('h3', _('Settings')),
E('div',
_('The first four options below are mandatory.') + ' ' +
_('Also be sure to enable rrm reports, 80211kv, etc.') + ' ' +
_('See <a %s>documentation</a>').format('href="https://openwrt.org/docs/guide-user/network/wifi/usteer"')
),
]);
return E('div', [body]);
}
});
var footerdata;
var Settingsfooter = form.DummyValue.extend({
renderWidget: function () {
var body = E([
E('body', footerdata),
]);
return E('div', {'style': 'width:100%'}, [footerdata]);
}
});
return view.extend({
callHostHints: rpc.declare({
object: 'luci-rpc',
method: 'getHostHints',
expect: {'': {}}
}),
callGetRemotehosts: rpc.declare({
object: 'usteer',
method: 'remote_hosts',
expect: {'': {}}
}),
callGetRemoteinfo: rpc.declare({
object: 'usteer',
method: 'remote_info',
expect: {'': {}}
}),
callGetLocalinfo: rpc.declare({
object: 'usteer',
method: 'local_info',
expect: {'': {}}
}),
callGetClients: rpc.declare({
object: 'usteer',
method: 'get_clients',
expect: {'': {}}
}),
load: function () {
return Promise.all([
rpc.list('usteer'),
this.callHostHints().catch (function (){return null;}),
this.callGetRemotehosts().catch (function (){return null;}),
this.callGetRemoteinfo().catch (function (){return null;}),
this.callGetLocalinfo().catch (function (){return null;}),
this.callGetClients().catch (function (){return null;}),
network.getWifiNetworks()
]);
},
poll_status: function(nodes, data) {
Hosts = data[1];
Remotehosts = data[2];
Remoteinfo = data[3];
Localinfo = data[4];
Clients = data[5];
var remotehosttableentries = [];
collectRemoteHosts(remotehosttableentries,Remotehosts);
cbi_update_table(nodes.querySelector('#remotehost_table'), remotehosttableentries, E('em', _('No data')));
var connectioninfo_table_entries = [];
collectWlanAPInfoEntries(connectioninfo_table_entries, Localinfo);
collectWlanAPInfoEntries(connectioninfo_table_entries, Remoteinfo);
cbi_update_table(nodes.querySelector('#connectioninfo_table'), connectioninfo_table_entries, E('em', _('No data')));
var compactconnectioninfo_table_entries = [];
collectWlanAPInfos(compactconnectioninfo_table_entries, Localinfo);
collectWlanAPInfos(compactconnectioninfo_table_entries, Remoteinfo);
cbi_update_table(nodes.querySelector('#compactconnectioninfo_table'), compactconnectioninfo_table_entries, E('em', _('No data')));
for (var mac in Clients) {
var macn = mac.toUpperCase().replace(/:/g,'');
var client_table_entries = [];
collectHearingClient(client_table_entries, mac);
cbi_update_table(nodes.querySelector('#client_table'+macn), client_table_entries, E('em', _('No data')));
}
return;
},
render: function (data) {
var m, s, o;
if (!('usteer' in data[0])) {
m = new form.Map('usteer', _('Usteer'),
_('Usteer is not running. Make sure it is installed and running.') +
_('To start it running try %s').format('<code>/etc/init.d/usteer start</code>')
);
return m.render();
}
m = new form.Map('usteer', _('Usteer'));
Hosts = data[1];
Remotehosts = data[2];
Remoteinfo = data[3];
Localinfo = data[4];
Clients = data[5];
WifiNetworks = data[6];
s = m.section(form.TypedSection);
s.anonymous = true;
s.tab('status', _('Status'));
s.tab('hearingmap', _('Hearing map'));
s.tab('settings', _('Settings'));
o = s.taboption('status', Clientinfooverview);
o.readonly = true;
o = s.taboption('hearingmap', HearingMap);
o.readonly = true;
o = s.taboption('settings', Settingstitle);
o.readonly = true;
o = s.taboption('settings', widgets.NetworkSelect, 'network', _('Network'), _('The network interface for inter-AP communication'));
o = s.taboption('settings', form.Flag, 'syslog', _('Log messages to syslog'));
o.default = '1';
o.rmempty = false;
o = s.taboption('settings', form.Flag, 'ipv6', _('IPv6 mode'), _('Use IPv6 for remote exchange'));
o.rmempty = false;
o = s.taboption('settings', form.ListValue, 'debug_level', _('Debug level'));
o.value('0', _('Fatal'));
o.value('1', _('Info'));
o.value('2', _('Verbose'));
o.value('3', _('Some debug'));
o.value('4', _('Network packet info'));
o.value('5', _('All debug messages'));
o.rmempty = false;
o.editable = true;
o = s.taboption('settings', form.Value, 'max_neighbour_reports', _('Max neighbour reports'), _('Maximum number of neighbor reports set for a node'));
o.optional = true;
o.placeholder = 8;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'sta_block_timeout', _('Sta block timeout'), _('Maximum amount of time (ms) a station may be blocked due to policy decisions'));
o.optional = true;
o.placeholder = 30000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'local_sta_timeout', _('Local sta timeout'), _('Maximum amount of time (ms) a local unconnected station is tracked'));
o.optional = true;
o.placeholder = 12000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'measurement_report_timeout', _('Measurement report timeout'), _('Maximum amount of time (ms) a measurement report is stored'));
o.optional = true;
o.placeholder = 120000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'local_sta_update', _('Local sta update'), _('Local station information update interval (ms)'));
o.optional = true;
o.placeholder = 1000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'max_retry_band', _('Max retry band'), _('Maximum number of consecutive times a station may be blocked by policy'));
o.optional = true;
o.placeholder = 5;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'seen_policy_timeout', _('Seen policy timeout'), _('Maximum idle time of a station entry (ms) to be considered for policy decisions'));
o.optional = true;
o.placeholder = 30000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'load_balancing_threshold', _('Load balancing threshold'), _('Minimum number of stations delta between APs before load balancing policy is active'));
o.optional = true;
o.placeholder = 0;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'band_steering_threshold', _('Band steering threshold'), _('Minimum number of stations delta between bands before band steering policy is active'));
o.optional = true;
o.placeholder = 5;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'remote_update_interval', _('Remote update interval'), _('Interval (ms) between sending state updates to other APs'));
o.optional = true;
o.placeholder = 1000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'remote_node_timeout', _('Remote node timeout'), _('Number of remote update intervals after which a remote-node is deleted'));
o.optional = true;
o.placeholder = 10;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Flag, 'assoc_steering', _('Assoc steering'), _('Allow rejecting assoc requests for steering purposes'));
o.optional = true;
o = s.taboption('settings', form.Flag, 'probe_steering', _('Probe steering'), _('Allow ignoring probe requests for steering purposes'));
o.optional = true;
o = s.taboption('settings', form.Value, 'min_connect_snr', _('Min connect SNR'), _('Minimum signal-to-noise ratio or signal level (dBm) to allow connections'));
o.optional = true;
o.placeholder = 0;
o.datatype = 'integer';
o = s.taboption('settings', form.Value, 'min_snr', _('Min SNR'), _('Minimum signal-to-noise ratio or signal level (dBm) to remain connected'));
o.optional = true;
o.placeholder = 0;
o.datatype = 'integer';
o = s.taboption('settings', form.Value, 'min_snr_kick_delay', _('Min SNR kick delay'), _('Timeout after which a station with SNR < min_SNR will be kicked'));
o.optional = true;
o.placeholder = 5000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'roam_process_timeout', _('Roam process timeout'), _('Timeout (in ms) after which a association following a disassociation is not seen as a roam'));
o.optional = true;
o.placeholder = 5000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'roam_scan_snr', _('Roam scan SNR'), _('Minimum signal-to-noise ratio or signal level (dBm) before attempting to trigger client scans for roam'));
o.optional = true;
o.placeholder = 0;
o.datatype = 'integer';
o = s.taboption('settings', form.Value, 'roam_scan_tries', _('Roam scan tries'), _('Maximum number of client roaming scan trigger attempts'));
o.optional = true;
o.placeholder = 3;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'roam_scan_timeout', _('Roam scan timeout'),
_('Retry scanning when roam_scan_tries is exceeded after this timeout (in ms).') +
_(' In case this option is disabled, the client is kicked instead')
);
o.optional = true;
o.placeholder = 0;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'roam_scan_interval', _('Roam scan interval'), _('Minimum time (ms) between client roaming scan trigger attempts'));
o.optional = true;
o.placeholder = 10000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'roam_trigger_snr', _('Roam trigger SNR'), _('Minimum signal-to-noise ratio or signal level (dBm) before attempting to trigger forced client roaming'));
o.optional = true;
o.placeholder = 0;
o.datatype = 'integer';
o = s.taboption('settings', form.Value, 'roam_trigger_interval', _('Roam trigger interval'), _('Minimum time (ms) between client roaming trigger attempts'));
o.optional = true;
o.placeholder = 60000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'roam_kick_delay', _('Roam kick delay'), _('Timeout (in 100ms beacon intervals) for client roam requests'));
o.optional = true;
o.placeholder = 100;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'signal_diff_threshold', _('Signal diff threshold'), _('Minimum signal strength difference until AP steering policy is active'));
o.optional = true;
o.placeholder = 0;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'initial_connect_delay', _('Initial connect delay'), _('Initial delay (ms) before responding to probe requests (to allow other APs to see packets as well)'));
o.optional = true;
o.placeholder = 0;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Flag, 'load_kick_enabled', _('Load kick enabled'), _('Enable kicking client on excessive channel load'));
o.optional = true;
o = s.taboption('settings', form.Value, 'load_kick_threshold', _('Load kick threshold'), _('Minimum channel load (%) before kicking clients'));
o.optional = true;
o.placeholder = 75;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'load_kick_delay', _('Load kick delay'), _('Minimum amount of time (ms) that channel load is above threshold before starting to kick clients'));
o.optional = true;
o.placeholder = 10000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'load_kick_min_clients', _('Load kick min clients'), _('Minimum number of connected clients before kicking based on channel load'));
o.optional = true;
o.placeholder = 10;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'load_kick_reason_code', _('Load kick reason code'),
_('Reason code on client kick based on channel load.') + ' Default: WLAN_REASON_DISASSOC_AP_BUSY)'
);
o.optional = true;
o.placeholder = 5;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'band_steering_interval', _('Band steering interval'), _('Attempting to steer clients to a higher frequency-band every n ms. A value of 0 disables band-steering.'));
o.optional = true;
o.placeholder = 120000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'band_steering_min_snr', _('Band steering min SNR'), _('Minimal SNR or absolute signal a device has to maintain over band_steering_interval to be steered to a higher frequency band.'));
o.optional = true;
o.placeholder = -60;
o.datatype = 'integer';
o = s.taboption('settings', form.Value, 'link_measurement_interval', _('Link measurement interval'),
_('Interval (ms) the device is sent a link-measurement request to help assess the bi-directional link quality.') +
_('Setting the interval to 0 disables link-measurements.')
);
o.optional = true;
o.placeholder = 30000;
o.datatype = 'uinteger';
o = s.taboption('settings', form.Value, 'node_up_script', _('Node up script'), _('Script to run after bringing up a node'));
o.optional = true;
o.datatype = 'string';
o = s.taboption('settings', form.MultiValue, 'event_log_types', _('Event log types'), _('Message types to include in log.'));
o.value('probe_req_accept');
o.value('probe_req_deny');
o.value('auth_req_accept');
o.value('auth_req_deny');
o.value('assoc_req_accept');
o.value('assoc_req_deny');
o.value('load_kick_trigger');
o.value('load_kick_reset');
o.value('load_kick_min_clients');
o.value('load_kick_no_client');
o.value('load_kick_client');
o.value('signal_kick');
o.optional = true;
o.datatype = 'list(string)';
o = s.taboption('settings', form.MultiValue, 'ssid_list', _('SSID list'), _('List of SSIDs to enable steering on'));
WifiNetworks.forEach(function (wifiNetwork) {
if (wifiNetwork.getSSID()) {
o.value(wifiNetwork.getSSID())
}
});
o.optional = true;
o.datatype = 'list(string)';
footerdata = this.super('addFooter', []);
o = s.taboption('settings', Settingsfooter);
o.readonly = true;
return m.render().then(L.bind(function(m, nodes) {
poll.add(L.bind(function() {
return Promise.all([
rpc.list('usteer'),
this.callHostHints().catch (function (){return null;}),
this.callGetRemotehosts().catch (function (){return null;}),
this.callGetRemoteinfo().catch (function (){return null;}),
this.callGetLocalinfo().catch (function (){return null;}),
this.callGetClients().catch (function (){return null;})
]).then(L.bind(this.poll_status, this, nodes));
}, this), 5);
return nodes;
}, this, m));
},
addFooter: function () {
return null;
},
});
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