mirror of
https://github.com/Ysurac/openmptcprouter-feeds.git
synced 2025-03-09 15:40:03 +00:00
375 lines
11 KiB
JavaScript
375 lines
11 KiB
JavaScript
'use strict';
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'require view';
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'require dom';
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'require poll';
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'require ui';
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'require rpc';
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'require uci';
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'require form';
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'require network';
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function parse_portvalue(section_id) {
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var ports = L.toArray(uci.get('network', section_id, 'ports'));
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for (var i = 0; i < ports.length; i++) {
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var m = ports[i].match(/^(\d+)([tu]?)/);
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if (m && m[1] == this.option)
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return m[2] || 'u';
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}
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return '';
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}
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function validate_portvalue(section_id, value) {
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if (value != 'u')
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return true;
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var sections = this.section.cfgsections();
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for (var i = 0; i < sections.length; i++) {
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if (sections[i] == section_id)
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continue;
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if (this.formvalue(sections[i]) == 'u')
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return _('%s is untagged in multiple VLANs!').format(this.title);
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}
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return true;
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}
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function update_interfaces(old_ifname, new_ifname) {
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var interfaces = uci.sections('network', 'interface');
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for (var i = 0; i < interfaces.length; i++) {
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var old_ifnames = L.toArray(interfaces[i].ifname),
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new_ifnames = [],
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changed = false;
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for (var j = 0; j < old_ifnames.length; j++) {
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if (old_ifnames[j] == old_ifname) {
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new_ifnames.push(new_ifname);
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changed = true;
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}
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else {
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new_ifnames.push(old_ifnames[j]);
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}
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}
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if (changed) {
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uci.set('network', interfaces[i]['.name'], 'ifname', new_ifnames.join(' '));
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ui.addNotification(null, E('p', _('Interface %q device auto-migrated from %q to %q.')
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.replace(/%q/g, '"%s"').format(interfaces[i]['.name'], old_ifname, new_ifname)));
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}
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}
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}
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function render_port_status(node, portstate) {
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if (!node)
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return null;
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if (!portstate || !portstate.link)
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dom.content(node, [
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E('img', { src: L.resource('icons/port_down.png') }),
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E('br'),
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_('no link')
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]);
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else
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dom.content(node, [
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E('img', { src: L.resource('icons/port_up.png') }),
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E('br'),
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'%d'.format(portstate.speed) + _('baseT'),
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E('br'),
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portstate.duplex ? _('full-duplex') : _('half-duplex')
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]);
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return node;
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}
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function update_port_status(topologies) {
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var tasks = [];
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for (var switch_name in topologies)
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tasks.push(callSwconfigPortState(switch_name).then(L.bind(function(switch_name, ports) {
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for (var i = 0; i < ports.length; i++) {
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var node = document.querySelector('[data-switch="%s"][data-port="%d"]'.format(switch_name, ports[i].port));
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render_port_status(node, ports[i]);
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}
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}, topologies[switch_name], switch_name)));
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return Promise.all(tasks);
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}
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var callSwconfigFeatures = rpc.declare({
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object: 'luci',
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method: 'getSwconfigFeatures',
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params: [ 'switch' ],
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expect: { '': {} }
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});
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var callSwconfigPortState = rpc.declare({
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object: 'luci',
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method: 'getSwconfigPortState',
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params: [ 'switch' ],
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expect: { result: [] }
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});
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return view.extend({
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load: function() {
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return network.getSwitchTopologies().then(function(topologies) {
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var tasks = [];
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for (var switch_name in topologies) {
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tasks.push(callSwconfigFeatures(switch_name).then(L.bind(function(features) {
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this.features = features;
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}, topologies[switch_name])));
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tasks.push(callSwconfigPortState(switch_name).then(L.bind(function(ports) {
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this.portstate = ports;
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}, topologies[switch_name])));
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}
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return Promise.all(tasks).then(function() { return topologies });
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});
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},
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render: function(topologies) {
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var m, s, o;
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m = new form.Map('network', _('Switch'), _('The network ports on this device can be combined to several <abbr title=\"Virtual Local Area Network\">VLAN</abbr>s in which computers can communicate directly with each other. <abbr title=\"Virtual Local Area Network\">VLAN</abbr>s are often used to separate different network segments. Often there is by default one Uplink port for a connection to the next greater network like the internet and other ports for a local network.'));
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var switchSections = uci.sections('network', 'switch');
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for (var i = 0; i < switchSections.length; i++) {
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var switchSection = switchSections[i],
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sid = switchSection['.name'],
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switch_name = switchSection.name || sid,
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topology = topologies[switch_name];
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if (!topology) {
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ui.addNotification(null, _('Switch %q has an unknown topology - the VLAN settings might not be accurate.').replace(/%q/, switch_name));
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topologies[switch_name] = topology = {
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features: {},
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netdevs: {
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5: 'eth0'
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},
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ports: [
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{ num: 0, label: 'Port 1' },
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{ num: 1, label: 'Port 2' },
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{ num: 2, label: 'Port 3' },
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{ num: 3, label: 'Port 4' },
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{ num: 4, label: 'Port 5' },
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{ num: 5, label: 'CPU (eth0)', device: 'eth0', need_tag: false }
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]
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};
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}
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var feat = topology.features,
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min_vid = feat.min_vid || 0,
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max_vid = feat.max_vid || 16,
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num_vlans = feat.num_vlans || 16,
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switch_title = _('Switch %q').replace(/%q/, '"%s"'.format(switch_name)),
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vlan_title = _('VLANs on %q').replace(/%q/, '"%s"'.format(switch_name));
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if (feat.switch_title) {
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switch_title += ' (%s)'.format(feat.switch_title);
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vlan_title += ' (%s)'.format(feat.switch_title);
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}
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s = m.section(form.NamedSection, sid, 'switch', switch_title);
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s.addremove = false;
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if (feat.vlan_option)
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s.option(form.Flag, feat.vlan_option, _('Enable VLAN functionality'));
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if (feat.learning_option) {
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o = s.option(form.Flag, feat.learning_option, _('Enable learning and aging'));
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o.default = o.enabled;
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}
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if (feat.jumbo_option) {
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o = s.option(form.Flag, feat.jumbo_option, _('Enable Jumbo Frame passthrough'));
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o.enabled = '3';
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o.rmempty = true;
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}
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if (feat.mirror_option) {
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s.option(form.Flag, 'enable_mirror_rx', _('Enable mirroring of incoming packets'));
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s.option(form.Flag, 'enable_mirror_tx', _('Enable mirroring of outgoing packets'));
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var sp = s.option(form.ListValue, 'mirror_source_port', _('Mirror source port')),
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mp = s.option(form.ListValue, 'mirror_monitor_port', _('Mirror monitor port'));
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sp.depends('enable_mirror_rx', '1');
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sp.depends('enable_mirror_tx', '1');
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mp.depends('enable_mirror_rx', '1');
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mp.depends('enable_mirror_tx', '1');
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for (var j = 0; j < topology.ports.length; j++) {
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sp.value(topology.ports[j].num, topology.ports[j].label);
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mp.value(topology.ports[j].num, topology.ports[j].label);
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}
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}
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s = m.section(form.TableSection, 'switch_vlan', vlan_title);
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s.anonymous = true;
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s.addremove = true;
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s.addbtntitle = _('Add VLAN');
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s.topology = topology;
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s.device = switch_name;
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s.filter = function(section_id) {
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var device = uci.get('network', section_id, 'device');
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return (device == switch_name);
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};
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s.cfgsections = function() {
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var sections = form.TableSection.prototype.cfgsections.apply(this);
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return sections.sort(function(a, b) {
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var vidA = feat.vid_option ? uci.get('network', a, feat.vid_option) : null,
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vidB = feat.vid_option ? uci.get('network', b, feat.vid_option) : null;
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vidA = +(vidA != null ? vidA : uci.get('network', a, 'vlan') || 9999);
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vidB = +(vidB != null ? vidB : uci.get('network', b, 'vlan') || 9999);
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return (vidA - vidB);
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});
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};
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s.handleAdd = function(ev) {
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var sections = uci.sections('network', 'switch_vlan'),
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section_id = uci.add('network', 'switch_vlan'),
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max_vlan = 0,
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max_vid = 0;
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for (var j = 0; j < sections.length; j++) {
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if (sections[j].device != s.device)
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continue;
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var vlan = +sections[j].vlan,
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vid = feat.vid_option ? +sections[j][feat.vid_option] : null;
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if (vlan > max_vlan)
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max_vlan = vlan;
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if (vid > max_vid)
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max_vid = vid;
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}
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uci.set('network', section_id, 'device', s.device);
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uci.set('network', section_id, 'vlan', max_vlan + 1);
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if (feat.vid_option)
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uci.set('network', section_id, feat.vid_option, max_vid + 1);
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return this.map.save(null, true);
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};
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var port_opts = [];
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o = s.option(form.Value, feat.vid_option || 'vlan', 'VLAN ID');
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o.rmempty = false;
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o.forcewrite = true;
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o.vlan_used = {};
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o.datatype = 'range(%u,%u)'.format(min_vid, feat.vid_option ? 4094 : num_vlans - 1);
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o.description = _('Port status:');
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o.validate = function(section_id, value) {
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var v = +value,
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m = feat.vid_option ? 4094 : num_vlans - 1;
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if (isNaN(v) || v < min_vid || v > m)
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return _('Invalid VLAN ID given! Only IDs between %d and %d are allowed.').format(min_vid, m);
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var sections = this.section.cfgsections();
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for (var i = 0; i < sections.length; i++) {
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if (sections[i] == section_id)
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continue;
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if (this.formvalue(sections[i]) == v)
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return _('Invalid VLAN ID given! Only unique IDs are allowed');
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}
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return true;
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};
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o.write = function(section_id, value) {
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var topology = this.section.topology,
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values = [];
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for (var i = 0; i < port_opts.length; i++) {
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var tagging = port_opts[i].formvalue(section_id),
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portspec = Array.isArray(topology.ports) ? topology.ports[i] : null;
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if (tagging == 't')
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values.push(port_opts[i].option + tagging);
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else if (tagging == 'u')
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values.push(port_opts[i].option);
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if (portspec && portspec.device) {
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var old_tag = port_opts[i].cfgvalue(section_id),
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old_vid = this.cfgvalue(section_id);
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if (old_tag != tagging || old_vid != value) {
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var old_ifname = portspec.device + (old_tag != 'u' ? '.' + old_vid : ''),
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new_ifname = portspec.device + (tagging != 'u' ? '.' + value : '');
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if (old_ifname != new_ifname)
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update_interfaces(old_ifname, new_ifname);
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}
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}
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}
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if (feat.vlan4k_option)
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uci.set('network', sid, feat.vlan4k_option, '1');
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uci.set('network', section_id, 'ports', values.join(' '));
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return form.Value.prototype.write.apply(this, [section_id, value]);
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};
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o.cfgvalue = function(section_id) {
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var value = feat.vid_option ? uci.get('network', section_id, feat.vid_option) : null;
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return (value || uci.get('network', section_id, 'vlan'));
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};
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s.option(form.Value, 'description', _('Description'));
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for (var j = 0; Array.isArray(topology.ports) && j < topology.ports.length; j++) {
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var portspec = topology.ports[j],
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portstate = Array.isArray(topology.portstate) ? topology.portstate[portspec.num] : null;
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o = s.option(form.ListValue, String(portspec.num), portspec.label);
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o.value('', _('off'));
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if (!portspec.need_tag)
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o.value('u', _('untagged'));
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o.value('t', _('tagged'));
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o.cfgvalue = parse_portvalue;
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o.validate = validate_portvalue;
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o.write = function() {};
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o.description = render_port_status(E('small', {
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'data-switch': switch_name,
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'data-port': portspec.num
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}), portstate);
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port_opts.push(o);
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}
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port_opts.sort(function(a, b) {
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return a.option > b.option;
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});
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}
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poll.add(L.bind(update_port_status, m, topologies));
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return m.render();
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}
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});
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