return subnetmask;
}
+function has_peerdns(proto) {
+ switch (proto) {
+ case 'dhcp':
+ case 'dhcpv6':
+ case 'qmi':
+ case 'ppp':
+ case 'pppoe':
+ case 'pppoa':
+ case 'pptp':
+ case 'openvpn':
+ case 'sstp':
+ return true;
+ }
+
+ return false;
+}
+
+function has_sourcefilter(proto) {
+ switch (proto) {
+ case '3g':
+ case 'dhcpv6':
+ case 'directip':
+ case 'mbim':
+ case 'ncm':
+ case 'ppp':
+ case 'pppoa':
+ case 'pppoe':
+ case 'pptp':
+ case 'qmi':
+ return true;
+ }
+
+ return false;
+}
+
var cbiRichListValue = form.ListValue.extend({
renderWidget: function(section_id, option_index, cfgvalue) {
var choices = this.transformChoices();
s.load = function() {
return Promise.all([
network.getNetworks(),
- firewall.getZones()
+ firewall.getZones(),
+ uci.load('system')
]).then(L.bind(function(data) {
this.networks = data[0];
this.zones = data[1];
};
s.modaltitle = function(section_id) {
- return _('Interfaces') + ' » ' + section_id.toUpperCase();
+ return _('Interfaces') + ' » ' + section_id;
};
s.renderRowActions = function(section_id) {
tdEl.lastChild.childNodes[3].disabled = true;
}
+ if (dynamic) {
+ //disable the 'Edit' button on dynamic interfaces
+ tdEl.lastChild.childNodes[2].disabled = true;
+ }
+
return tdEl;
};
var protocols = network.getProtocols();
protocols.sort(function(a, b) {
- return a.getProtocol() > b.getProtocol();
+ return L.naturalCompare(a.getProtocol(), b.getProtocol());
});
o = s.taboption('general', form.DummyValue, '_ifacestat_modal', _('Status'));
o.nobridges = false;
o.optional = false;
o.network = ifc.getName();
+ o.exclude = '@' + ifc.getName();
+
+ o = s.taboption('general', form.Flag, 'disabled', _('Disable this interface'));
+ o.modalonly = true;
o = s.taboption('general', form.Flag, 'auto', _('Bring up on boot'));
o.modalonly = true;
var hybrid_downstream_desc = _('Operate in <em>relay mode</em> if a designated master interface is configured and active, otherwise fall back to <em>server mode</em>.'),
ndp_downstream_desc = _('Operate in <em>relay mode</em> if a designated master interface is configured and active, otherwise disable <abbr title="Neighbour Discovery Protocol">NDP</abbr> proxying.'),
hybrid_master_desc = _('Operate in <em>relay mode</em> if an upstream IPv6 prefix is present, otherwise disable service.'),
+ ra_server_allowed = true,
checked = this.formvalue(section_id),
dhcpv6 = this.section.getOption('dhcpv6').getUIElement(section_id),
ndp = this.section.getOption('ndp').getUIElement(section_id),
ra = this.section.getOption('ra').getUIElement(section_id);
- if (checked == '1' || protoval != 'static') {
+ /* Assume that serving RAs by default is fine, but disallow it for certain
+ interface protocols such as DHCP, DHCPv6 or the various PPP flavors.
+ The intent is to only allow RA serving for interface protocols doing
+ some kind of static IP config over something resembling a layer 2
+ ethernet device. */
+ switch (protoval) {
+ case 'dhcp':
+ case 'dhcpv6':
+ case '3g':
+ case 'l2tp':
+ case 'ppp':
+ case 'pppoa':
+ case 'pppoe':
+ case 'pptp':
+ case 'pppossh':
+ case 'ipip':
+ case 'gre':
+ case 'grev6':
+ ra_server_allowed = false;
+ break;
+ }
+
+ if (checked == '1' || !ra_server_allowed) {
dhcpv6.node.querySelector('li[data-value="server"]').setAttribute('unselectable', '');
if (dhcpv6.getValue() == 'server')
ndp.node.querySelector('li[data-value="hybrid"] > div > span').innerHTML = hybrid_master_desc;
}
else {
- if (protoval == 'static') {
+ if (ra_server_allowed) {
dhcpv6.node.querySelector('li[data-value="server"]').removeAttribute('unselectable');
ra.node.querySelector('li[data-value="server"]').removeAttribute('unselectable');
}
return flags.length ? flags : [ 'other-config' ];
};
so.remove = function(section_id) {
- uci.set('dhcp', section_id, 'ra_flags', [ 'none' ]);
+ var existing = L.toArray(uci.get('dhcp', section_id, 'ra_flags'));
+ if (this.isActive(section_id)) {
+ if (existing.length != 1 || existing[0] != 'none')
+ uci.set('dhcp', section_id, 'ra_flags', [ 'none' ]);
+ }
+ else if (existing.length) {
+ uci.unset('dhcp', section_id, 'ra_flags');
+ }
};
+ so = ss.taboption('ipv6-ra', form.Value, 'ra_pref64', _('NAT64 prefix'), _('Announce NAT64 prefix in <abbr title="Router Advertisement">RA</abbr> messages.'));
+ so.optional = true;
+ so.datatype = 'cidr6';
+ so.placeholder = '64:ff9b::/96';
+ so.depends('ra', 'server');
+ so.depends({ ra: 'hybrid', master: '0' });
+
so = ss.taboption('ipv6-ra', form.Value, 'ra_maxinterval', _('Max <abbr title="Router Advertisement">RA</abbr> interval'), _('Maximum time allowed between sending unsolicited <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr>. Default is 600 seconds.'));
so.optional = true;
so.datatype = 'uinteger';
_('Forward DHCPv6 messages between the designated master interface and downstream interfaces.'));
so.value('hybrid', _('hybrid mode'), ' ');
+ so = ss.taboption('ipv6', form.Value, 'dhcpv6_pd_min_len', _('<abbr title="Prefix Delegation">PD</abbr> minimum length'),
+ _('Configures the minimum delegated prefix length assigned to a requesting downstream router, potentially overriding a requested prefix length. If left unspecified, the device will assign the smallest available prefix greater than or equal to the requested prefix.'));
+ so.datatype = 'range(1,62)';
+ so.depends('dhcpv6', 'server');
so = ss.taboption('ipv6', form.DynamicList, 'dns', _('Announced IPv6 DNS servers'),
_('Specifies a fixed list of IPv6 DNS server addresses to announce via DHCPv6. If left unspecified, the device will announce itself as IPv6 DNS server unless the <em>Local IPv6 DNS server</em> option is disabled.'));
so.depends('dhcpv6', 'server');
so.depends({ dhcpv6: 'hybrid', master: '0' });
+ //This is a DHCPv6 specific odhcpd setting
+ so = ss.taboption('ipv6', form.DynamicList, 'ntp', _('NTP Servers'),
+ _('DHCPv6 option 56. %s.', 'DHCPv6 option 56. RFC5908 link').format('<a href="%s" target="_blank">RFC5908</a>').format('https://www.rfc-editor.org/rfc/rfc5908#section-4'));
+ so.datatype = 'host(0)';
+ for(var x of uci.get('system', 'ntp', 'server') || '') {
+ so.value(x);
+ }
+ var local_nets = this.networks.filter(function(n) { return n.getName() != 'loopback' });
+ if(local_nets) {
+ // If ntpd is set up, suggest our IP(v6) also
+ if(uci.get('system', 'ntp', 'enable_server')) {
+ local_nets.forEach(function(n){
+ n.getIPAddrs().forEach(function(i4) {
+ so.value(i4.split('/')[0]);
+ });
+ n.getIP6Addrs().forEach(function(i6) {
+ so.value(i6.split('/')[0]);
+ });
+ });
+ }
+ }
+ so.optional = true;
+ so.rmempty = true;
+ so.depends('dhcpv6', 'server');
+ so.depends({ dhcpv6: 'hybrid', master: '0' });
so = ss.taboption('ipv6', cbiRichListValue, 'ndp', _('<abbr title="Neighbour Discovery Protocol">NDP</abbr>-Proxy'),
_('Configures the operation mode of the NDP proxy service on this interface.'));
so.value('hybrid', _('hybrid mode'), ' ');
- so = ss.taboption('ipv6', form.Flag, 'ndproxy_routing', _('Learn routes'), _('Setup routes for proxied IPv6 neighbours.'));
+ so = ss.taboption('ipv6', form.Flag, 'ndproxy_routing', _('Learn routes'), _('Set up routes for proxied IPv6 neighbours.'));
so.default = so.enabled;
so.depends('ndp', 'relay');
so.depends('ndp', 'hybrid');
so = ss.taboption('ipv6', form.Flag, 'ndproxy_slave', _('NDP-Proxy slave'), _('Set interface as NDP-Proxy external slave. Default is off.'));
so.depends({ ndp: 'relay', master: '0' });
so.depends({ ndp: 'hybrid', master: '0' });
+
+ so = ss.taboption('ipv6', form.Value, 'preferred_lifetime', _('IPv6 Prefix Lifetime'), _('Preferred lifetime for a prefix.'));
+ so.optional = true;
+ so.placeholder = '12h';
+ so.value('5m', _('5m (5 minutes)'));
+ so.value('3h', _('3h (3 hours)'));
+ so.value('12h', _('12h (12 hours - default)'));
+ so.value('7d', _('7d (7 days)'));
+
+ //This is a ra_* setting, but its placement is more logical/findable under IPv6 settings.
+ so = ss.taboption('ipv6', form.Flag, 'ra_useleasetime', _('Follow IPv4 Lifetime'), _('DHCPv4 <code>leasetime</code> is used as limit and preferred lifetime of the IPv6 prefix.'));
+ so.optional = true;
}
ifc.renderFormOptions(s);
o = nettools.replaceOption(s, 'advanced', form.Flag, 'defaultroute', _('Use default gateway'), _('If unchecked, no default route is configured'));
o.default = o.enabled;
- if (protoval != 'static') {
+ if (has_peerdns(protoval)) {
o = nettools.replaceOption(s, 'advanced', form.Flag, 'peerdns', _('Use DNS servers advertised by peer'), _('If unchecked, the advertised DNS server addresses are ignored'));
o.default = o.enabled;
}
o = nettools.replaceOption(s, 'advanced', form.DynamicList, 'dns', _('Use custom DNS servers'));
- if (protoval != 'static')
+ if (has_peerdns(protoval))
o.depends('peerdns', '0');
o.datatype = 'ipaddr';
for (var i = 0; i < rtTables.length; i++)
o.value(rtTables[i][1], '%s (%d)'.format(rtTables[i][1], rtTables[i][0]));
- if (protoval == 'dhcpv6') {
+ if (has_sourcefilter(protoval)) {
o = nettools.replaceOption(s, 'advanced', form.Flag, 'sourcefilter', _('IPv6 source routing'), _('Automatically handle multiple uplink interfaces using source-based policy routing.'));
o.default = o.enabled;
}
proto, name, device;
protocols.sort(function(a, b) {
- return a.getProtocol() > b.getProtocol();
+ return L.naturalCompare(a.getProtocol(), b.getProtocol());
});
s2.render = function() {
protoclass.addDevice(device.formvalue('_new_'));
m.children[0].addedSection = section_id;
+
+ ui.hideModal();
+ ui.showModal(null, E('p', { 'class': 'spinning' }, [ _('Loading data…') ]));
}).then(L.bind(m.children[0].renderMoreOptionsModal, m.children[0], nameval));
});
})
'class': 'ifacebox-head',
'style': firewall.getZoneColorStyle(zone),
'title': zone ? _('Part of zone %q').format(zone.getName()) : _('No zone assigned')
- }, E('strong', net.getName().toUpperCase())),
+ }, E('strong', net.getName())),
E('div', {
'class': 'ifacebox-body',
'id': '%s-ifc-devices'.format(section_id),
s.cfgsections = function() {
var sections = uci.sections('network', 'device'),
- section_ids = sections.sort(function(a, b) { return a.name > b.name }).map(function(s) { return s['.name'] });
+ section_ids = sections.sort(function(a, b) { return L.naturalCompare(a.name, b.name) }).map(function(s) { return s['.name'] });
for (var i = 0; i < netDevs.length; i++) {
if (sections.filter(function(s) { return s.name == netDevs[i].getName() }).length)
for (var i = 0; i < map.addedVLANs.length; i++)
uci.remove('network', map.addedVLANs[i]);
+ if (this.addedSection)
+ uci.remove('network', this.addedSection);
+
return form.GridSection.prototype.handleModalCancel.apply(this, arguments);
};
mac = dev ? dev.getMAC() : null;
return val ? E('strong', {
- 'data-tooltip': _('The value is overridden by configuration. Original: %s').format(mac || _('unknown'))
+ 'data-tooltip': _('The value is overridden by configuration.')
}, [ val.toUpperCase() ]) : (mac || '-');
};
mtu = dev ? dev.getMTU() : null;
return val ? E('strong', {
- 'data-tooltip': _('The value is overridden by configuration. Original: %s').format(mtu || _('unknown'))
+ 'data-tooltip': _('The value is overridden by configuration.')
}, [ val ]) : (mtu || '-').toString();
};
s.addremove = false;
s.anonymous = true;
- o = s.option(form.Value, 'ula_prefix', _('IPv6 ULA-Prefix'), _('Unique Local Address - in the range <code>fc00::/7</code>. Typically only within the ‘local’ half <code>fd00::/8</code>. ULA for IPv6 is analogous to IPv4 private network addressing. This prefix is randomly generated at first install.'));
+ o = s.option(form.Value, 'ula_prefix', _('IPv6 ULA-Prefix'),
+ _('Unique Local Address (%s) - prefix <code>fd00::/8</code> (the L bit is always 1).').format('<a href="%s" target="_blank">RFC4193</a>').format('https://datatracker.ietf.org/doc/html/rfc4193#section-3') + ' ' +
+ _('ULA for IPv6 is analogous to IPv4 private network addressing.') + ' ' +
+ _('This prefix is randomly generated at first install.'));
o.datatype = 'cidr6';
o = s.option(form.Flag, 'packet_steering', _('Packet Steering'), _('Enable packet steering across all CPUs. May help or hinder network speed.'));
s.anonymous = true;
o = s.option(form.ListValue, 'annex', _('Annex'));
- o.value('a', _('Annex A + L + M (all)'));
- o.value('b', _('Annex B (all)'));
- o.value('j', _('Annex J (all)'));
- o.value('m', _('Annex M (all)'));
- o.value('bdmt', _('Annex B G.992.1'));
- o.value('b2', _('Annex B G.992.3'));
- o.value('b2p', _('Annex B G.992.5'));
+ if (dslModemType == 'vdsl') {
+ o.value('a', _('ADSL (all variants) Annex A/L/M + VDSL2 Annex A/B/C'));
+ o.value('b', _('ADSL (all variants) Annex B + VDSL2 Annex A/B/C'));
+ o.value('j', _('ADSL (all variants) Annex B/J + VDSL2 Annex A/B/C'));
+ } else {
+ o.value('a', _('ADSL (all variants) Annex A/L/M'));
+ o.value('b', _('ADSL (all variants) Annex B'));
+ o.value('j', _('ADSL (all variants) Annex B/J'));
+ }
+ o.value('m', _('ADSL (all variants) Annex M'));
o.value('at1', _('ANSI T1.413'));
- o.value('admt', _('Annex A G.992.1'));
- o.value('alite', _('Annex A G.992.2'));
- o.value('a2', _('Annex A G.992.3'));
- o.value('a2p', _('Annex A G.992.5'));
- o.value('l', _('Annex L G.992.3 POTS 1'));
- o.value('m2', _('Annex M G.992.3'));
- o.value('m2p', _('Annex M G.992.5'));
+ o.value('admt', _('ADSL (G.992.1) Annex A'));
+ o.value('bdmt', _('ADSL (G.992.1) Annex B'));
+ o.value('alite', _('Splitterless ADSL (G.992.2) Annex A'));
+ o.value('a2', _('ADSL2 (G.992.3) Annex A'));
+ o.value('b2', _('ADSL2 (G.992.3) Annex B'));
+ o.value('l', _('ADSL2 (G.992.3) Annex L'));
+ o.value('m2', _('ADSL2 (G.992.3) Annex M'));
+ o.value('a2p', _('ADSL2+ (G.992.5) Annex A'));
+ o.value('b2p', _('ADSL2+ (G.992.5) Annex B'));
+ o.value('m2p', _('ADSL2+ (G.992.5) Annex M'));
o = s.option(form.ListValue, 'tone', _('Tone'));
o.value('', _('auto'));
projects / project / luci.git / blobdiff