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luci-mod-network: interfaces: restructure DHCPv6 and IPv6 RA options

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- Condense overly large IPv6 RA/DHCPv6 description texts and get rid of most embedded markup

 - Switch ra/ndp/dhcpv6 mode selections to rich dropdown lists and move extended choice
   descriptions next to the selection options

 - Drop ndproxy_static option which has been removed from odhcpd long ago

 - Add format validations to all text input fields

 - Add ability to configure master/relay modes for non-static interfaces (#2998)

 - Move extended RA configuration options into a new tab

 - Prevent enabling master mode on multiple interfaces

 - Prevent enabling ra/dhcpv6 server mode on non-static or master interfaces

 - Drop ra_management in favor to ra_flags option (#5083)

 - Add support for dns_service option

 - Read current effective IPv6 MTU and hop limit placeholder values from procfs

Signed-off-by: Jo-Philipp Wich <jo@mein.io>
This commit is contained in:
Jo-Philipp Wich 2021-06-01 22:23:09 +02:00
parent dc0cfc642e
commit 3fbd433884
2 changed files with 255 additions and 133 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

326
modules/luci-mod-network/htdocs/luci-static/resources/view/network/interfaces.js
View file

@ -228,6 +228,39 @@ function get_netmask(s, use_cfgvalue) {
return subnetmask;
}
var cbiRichListValue = form.ListValue.extend({
renderWidget: function(section_id, option_index, cfgvalue) {
var choices = this.transformChoices();
var widget = new ui.Dropdown((cfgvalue != null) ? cfgvalue : this.default, choices, {
id: this.cbid(section_id),
sort: this.keylist,
optional: true,
select_placeholder: this.select_placeholder || this.placeholder,
custom_placeholder: this.custom_placeholder || this.placeholder,
validate: L.bind(this.validate, this, section_id),
disabled: (this.readonly != null) ? this.readonly : this.map.readonly
});
return widget.render();
},
value: function(value, title, description) {
if (description) {
form.ListValue.prototype.value.call(this, value, E([], [
E('span', { 'class': 'hide-open' }, [ title ]),
E('div', { 'class': 'hide-close', 'style': 'min-width:25vw' }, [
E('strong', [ title ]),
E('br'),
E('span', { 'style': 'white-space:normal' }, description)
])
]));
}
else {
form.ListValue.prototype.value.call(this, value, title);
}
}
});
return view.extend({
poll_status: function(map, networks) {
var resolveZone = null;
@ -578,7 +611,6 @@ return view.extend({
if (L.hasSystemFeature('dnsmasq') || L.hasSystemFeature('odhcpd')) {
o = s.taboption('dhcp', form.SectionValue, '_dhcp', form.TypedSection, 'dhcp');
o.depends('proto', 'static');
ss = o.subsection;
ss.uciconfig = 'dhcp';
@ -588,6 +620,7 @@ return view.extend({
ss.tab('general', _('General Setup'));
ss.tab('advanced', _('Advanced Settings'));
ss.tab('ipv6', _('IPv6 Settings'));
ss.tab('ipv6-ra', _('IPv6 RA Settings'));
ss.filter = function(section_id) {
return (uci.get('dhcp', section_id, 'interface') == ifc.getName());
@ -603,9 +636,15 @@ return view.extend({
this.map.save(function() {
uci.add('dhcp', 'dhcp', section_id);
uci.set('dhcp', section_id, 'interface', section_id);
if (protoval == 'static') {
uci.set('dhcp', section_id, 'start', 100);
uci.set('dhcp', section_id, 'limit', 150);
uci.set('dhcp', section_id, 'leasetime', '12h');
}
else {
uci.set('dhcp', section_id, 'ignore', 1);
}
});
}, ifc.getName())
}, _('Setup DHCP Server'))
@ -614,6 +653,7 @@ return view.extend({
ss.taboption('general', form.Flag, 'ignore', _('Ignore interface'), _('Disable <abbr title="Dynamic Host Configuration Protocol">DHCP</abbr> for this interface.'));
if (protoval == 'static') {
so = ss.taboption('general', form.Value, 'start', _('Start'), _('Lowest leased address as offset from the network address.'));
so.optional = true;
so.datatype = 'or(uinteger,ip4addr("nomask"))';
@ -652,131 +692,213 @@ return view.extend({
return form.Value.prototype.validate.apply(this, [ section_id, value ]);
};
ss.taboption('advanced', form.DynamicList, 'dhcp_option', _('DHCP-Options'), _('Define additional DHCP options, \
for example "<code>6,192.168.2.1,192.168.2.2</code>" which advertises different DNS servers to clients.'));
ss.taboption('advanced', form.DynamicList, 'dhcp_option', _('DHCP-Options'), _('Define additional DHCP options, for example "<code>6,192.168.2.1,192.168.2.2</code>" which advertises different DNS servers to clients.'));
}
for (var i = 0; i < ss.children.length; i++)
if (ss.children[i].option != 'ignore')
ss.children[i].depends('ignore', '0');
so = ss.taboption('ipv6', form.ListValue, 'ra', _('<abbr title="Router Advertisement">RA</abbr>-Service'), _('<ul style="list-style-type:none;">\
<li><strong>server mode</strong>: Router advertises itself as the default IPv6 gateway \
via <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr> messages \
(to <code>ff02::1</code>) and provides <abbr title="Prefix Delegation">PD</abbr> to downstream devices.</li>\
<li><strong>relay mode</strong>: Router relays <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr> from upstream, \
and extends upstream (e.g. WAN) interface config and prefix to downstream (e.g. LAN) interfaces.</li>\
<li><strong>hybrid mode</strong>: Router does both server+relay; extends upstream config and prefix downstream, and \
uses <abbr title="Prefix Delegation">PD</abbr> locally.</li></ul>'));
so.value('', _('disabled'));
so.value('server', _('server mode'));
so.value('relay', _('relay mode'));
so.value('hybrid', _('hybrid mode'));
var has_other_master = uci.sections('dhcp', 'dhcp').filter(function(s) {
return (s.interface != ifc.getName() && s.master == '1');
})[0];
so = ss.taboption('ipv6', 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 (<code>600</code>).'));
so = ss.taboption('ipv6', form.Flag , 'master', _('Designated master'));
so.readonly = has_other_master ? true : false;
so.description = has_other_master
? _('Interface "%h" is already marked as designated master.').format(has_other_master.interface || has_other_master['.name'])
: _('Set this interface as master for RA and DHCPv6 relaying as well as NDP proxying.')
;
so.validate = function(section_id, value) {
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.'),
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') {
dhcpv6.node.querySelector('li[data-value="server"]').setAttribute('unselectable', '');
if (dhcpv6.getValue() == 'server')
dhcpv6.setValue('hybrid');
ra.node.querySelector('li[data-value="server"]').setAttribute('unselectable', '');
if (ra.getValue() == 'server')
ra.setValue('hybrid');
}
if (checked == '1') {
dhcpv6.node.querySelector('li[data-value="hybrid"] > div > span').innerHTML = hybrid_master_desc;
ra.node.querySelector('li[data-value="hybrid"] > div > span').innerHTML = hybrid_master_desc;
ndp.node.querySelector('li[data-value="hybrid"] > div > span').innerHTML = hybrid_master_desc;
}
else {
if (protoval == 'static') {
dhcpv6.node.querySelector('li[data-value="server"]').removeAttribute('unselectable');
ra.node.querySelector('li[data-value="server"]').removeAttribute('unselectable');
}
dhcpv6.node.querySelector('li[data-value="hybrid"] > div > span').innerHTML = hybrid_downstream_desc;
ra.node.querySelector('li[data-value="hybrid"] > div > span').innerHTML = hybrid_downstream_desc;
ndp.node.querySelector('li[data-value="hybrid"] > div > span').innerHTML = ndp_downstream_desc ;
}
return true;
};
so = ss.taboption('ipv6', cbiRichListValue, 'ra', _('<abbr title="Router Advertisement">RA</abbr>-Service'),
_('Configures the operation mode of the <abbr title="Router Advertisement">RA</abbr> service on this interface.'));
so.value('', _('disabled'),
_('Do not send any <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr> messages on this interface.'));
so.value('server', _('server mode'),
_('Send <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr> messages advertising this device as IPv6 router.'));
so.value('relay', _('relay mode'),
_('Forward <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr> messages received on the designated master interface to downstream interfaces.'));
so.value('hybrid', _('hybrid mode'), ' ');
so = ss.taboption('ipv6-ra', cbiRichListValue, 'ra_default', _('Default router'),
_('Configures the default router advertisement in <abbr title="Router Advertisement">RA</abbr> messages.'));
so.value('', _('automatic'),
_('Announce this device as default router if a local IPv6 default route is present.'));
so.value('1', _('on available prefix'),
_('Announce this device as default router if a public IPv6 prefix is available, regardless of local default route availability.'));
so.value('2', _('forced'),
_('Announce this device as default router regardless of whether a prefix or default route is present.'));
so.depends('ra', 'server');
so.depends({ ra: 'hybrid', master: '0' });
so = ss.taboption('ipv6-ra', form.Flag, 'ra_slaac', _('Enable <abbr title="Stateless Address Auto Config">SLAAC</abbr>'),
_('Set the autonomous address-configuration flag in the prefix information options of sent <abbr title="Router Advertisement">RA</abbr> messages. When enabled, clients will perform stateless IPv6 address autoconfiguration.'));
so.default = so.enabled;
so.depends('ra', 'server');
so.depends({ ra: 'hybrid', master: '0' });
so = ss.taboption('ipv6-ra', cbiRichListValue, 'ra_flags', _('<abbr title="Router Advertisement">RA</abbr> Flags'),
_('Specifies the flags sent in <abbr title="Router Advertisement">RA</abbr> messages, for example to instruct clients to request further information via stateful DHCPv6.'));
so.value('managed-config', _('managed config (M)'),
_('The <em>Managed address configuration</em> (M) flag indicates that IPv6 addresses are available via DHCPv6.'));
so.value('other-config', _('other config (O)'),
_('The <em>Other configuration</em> (O) flag indicates that other information, such as DNS servers, is available via DHCPv6.'));
so.value('home-agent', _('mobile home agent (H)'),
_('The <em>Mobile IPv6 Home Agent</em> (H) flag indicates that the device is also acting as Mobile IPv6 home agent on this link.'));
so.multiple = true;
so.select_placeholder = _('none');
so.depends('ra', 'server');
so.depends({ ra: 'hybrid', master: '0' });
so.cfgvalue = function(section_id) {
var flags = L.toArray(uci.get('dhcp', section_id, 'ra_flags'));
return flags.length ? flags : [ 'other-config' ];
};
so.remove = function(section_id) {
uci.set('dhcp', section_id, 'ra_flags', [ 'none' ]);
};
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';
so.placeholder = '600';
so.depends('ra', 'server');
so.depends('ra', 'hybrid');
so.depends('ra', 'relay');
so.depends({ ra: 'hybrid', master: '0' });
so = ss.taboption('ipv6', form.Value, 'ra_mininterval', _('Min <abbr title="Router Advertisement">RA</abbr> interval'), _('Minimum time allowed \
between sending unsolicited <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr>. Default is 200 seconds (<code>200</code>).'));
so = ss.taboption('ipv6-ra', form.Value, 'ra_mininterval', _('Min <abbr title="Router Advertisement">RA</abbr> interval'), _('Minimum time allowed between sending unsolicited <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr>. Default is 200 seconds.'));
so.optional = true;
so.datatype = 'uinteger';
so.placeholder = '200';
so.depends('ra', 'server');
so.depends('ra', 'hybrid');
so.depends('ra', 'relay');
so.depends({ ra: 'hybrid', master: '0' });
so = ss.taboption('ipv6', form.Value, 'ra_lifetime', _('<abbr title="Router Advertisement">RA</abbr> Lifetime'), _('Router Lifetime published \
in <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr> messages. Default is 1800 seconds (<code>1800</code>). \
Max 9000 seconds.'));
so = ss.taboption('ipv6-ra', form.Value, 'ra_lifetime', _('<abbr title="Router Advertisement">RA</abbr> Lifetime'), _('Router Lifetime published in <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr> messages. Maximum is 9000 seconds.'));
so.optional = true;
so.datatype = 'range(0, 9000)';
so.placeholder = '1800';
so.depends('ra', 'server');
so.depends('ra', 'hybrid');
so.depends('ra', 'relay');
so.depends({ ra: 'hybrid', master: '0' });
so = ss.taboption('ipv6', form.Value, 'ra_mtu', _('<abbr title="Router Advertisement">RA</abbr> MTU'), _('The <abbr title="Maximum Transmission Unit">MTU</abbr> \
to be published in <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr> messages. Default is 0 (<code>0</code>).\
Min 1280.'));
so = ss.taboption('ipv6-ra', form.Value, 'ra_mtu', _('<abbr title="Router Advertisement">RA</abbr> MTU'), _('The <abbr title="Maximum Transmission Unit">MTU</abbr> to be published in <abbr title="Router Advertisement, ICMPv6 Type 134">RA</abbr> messages. Minimum is 1280 bytes.'));
so.optional = true;
so.datatype = 'range(1280, 65535)';
so.depends('ra', 'server');
so.depends('ra', 'hybrid');
so.depends('ra', 'relay');
so.depends({ ra: 'hybrid', master: '0' });
so.load = function(section_id) {
var dev = ifc.getL3Device();
so = ss.taboption('ipv6', form.Value, 'ra_hoplimit', _('<abbr title="Router Advertisement">RA</abbr> Hop Limit'), _('The maximum hops \
to be published in <abbr title="Router Advertisement">RA</abbr> messages.<br />Default is 0 (<code>0</code>), meaning unspecified.\
Max 255.'));
if (dev) {
var path = "/proc/sys/net/ipv6/conf/%s/mtu".format(dev.getName());
return L.resolveDefault(fs.read(path), dev.getMTU()).then(L.bind(function(data) {
this.placeholder = data;
}, this));
}
};
so = ss.taboption('ipv6-ra', form.Value, 'ra_hoplimit', _('<abbr title="Router Advertisement">RA</abbr> Hop Limit'), _('The maximum hops to be published in <abbr title="Router Advertisement">RA</abbr> messages. Maximum is 255 hops.'));
so.optional = true;
so.datatype = 'range(0, 255)';
so.depends('ra', 'server');
so.depends('ra', 'hybrid');
so.depends('ra', 'relay');
so.depends({ ra: 'hybrid', master: '0' });
so.load = function(section_id) {
var dev = ifc.getL3Device();
so = ss.taboption('ipv6', form.ListValue, 'ra_management', _('DHCPv6-Mode'), _('Default is stateless + stateful<br />\
<ul style="list-style-type:none;">\
<li><strong>stateless</strong>: Router advertises prefixes, host uses <abbr title="Stateless Address Auto Config">SLAAC</abbr> \
to self assign its own address. No DHCPv6.</li>\
<li><strong>stateless + stateful</strong>: SLAAC. In addition, router assigns an IPv6 address to a host via DHCPv6.</li>\
<li><strong>stateful-only</strong>: No SLAAC. Router assigns an IPv6 address to a host via DHCPv6.</li></ul>'));
so.value('0', _('stateless'));
so.value('1', _('stateless + stateful'));
so.value('2', _('stateful-only'));
if (dev) {
var path = "/proc/sys/net/ipv6/conf/%s/hop_limit".format(dev.getName());
return L.resolveDefault(fs.read(path), 64).then(L.bind(function(data) {
this.placeholder = data;
}, this));
}
};
so = ss.taboption('ipv6', cbiRichListValue, 'dhcpv6', _('DHCPv6-Service'),
_('Configures the operation mode of the DHCPv6 service on this interface.'));
so.value('', _('disabled'),
_('Do not offer DHCPv6 service on this interface.'));
so.value('server', _('server mode'),
_('Provide a DHCPv6 server on this interface and reply to DHCPv6 solicitations and requests.'));
so.value('relay', _('relay mode'),
_('Forward DHCPv6 messages between the designated master interface and downstream interfaces.'));
so.value('hybrid', _('hybrid mode'), ' ');
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.datatype = 'ip6addr("nomask")'; /* restrict to IPv6 only for now since dnsmasq (DHCPv4) does not honour this option */
so.depends('dhcpv6', 'server');
so.depends('dhcpv6', 'hybrid');
so.default = '1';
so.depends({ dhcpv6: 'hybrid', master: '0' });
so = ss.taboption('ipv6', form.ListValue, 'dhcpv6', _('DHCPv6-Service'), _('<ul style="list-style-type:none;">\
<li><strong>server mode</strong>: Router assigns IPs and delegates prefixes \
(<abbr title="Prefix Delegation">PD</abbr>) to downstream interfaces.</li>\
<li><strong>relay mode</strong>: Router relays WAN interface config downstream. Helps support upstream \
links that lack <abbr title="Prefix Delegation">PD</abbr>.</li>\
<li><strong>hybrid mode</strong>: Router does combination of server+relay.</li></ul>'));
so.value('', _('disabled'));
so.value('server', _('server mode'));
so.value('relay', _('relay mode'));
so.value('hybrid', _('hybrid mode'));
so = ss.taboption('ipv6', form.Flag, 'dns_service', _('Local IPv6 DNS server'),
_('Announce this device as IPv6 DNS server.'));
so.default = so.enabled;
so.depends({ dhcpv6: 'server', dns: /^$/ });
so.depends({ dhcpv6: 'hybrid', dns: /^$/, master: '0' });
so = ss.taboption('ipv6', form.ListValue, 'ndp', _('<abbr title="Neighbour Discovery Protocol">NDP</abbr>-Proxy'), _('Reverts to \
disabled internally if there are no interfaces with boolean <code>ndproxy_slave</code> set to 1. Think of \
<abbr title="Neighbour Discovery Protocol">NDP</abbr> Proxy as Proxy ARP for IPv6: unify hosts on different physical \
hardware segments into the same IP subnet. Consists of <abbr title="Neighbour Solicitation, Type 135">NS</abbr> and \
<abbr title="Neighbour Advertisement, Type 136">NA</abbr> messages. <abbr title="Neighbour Discovery Protocol">NDP</abbr>-Proxy \
listens for <abbr title="Neighbour Solicitation, Type 135">NS</abbr> on an interface marked with boolean \
<code>master</code> as 1 (i.e. upstream), then queries the slave/internal interfaces for that target IP before finally \
sending an <abbr title="Neighbour Advertisement, Type 136">NA</abbr> message. \
<abbr title="Neighbour Discovery Protocol">NDP</abbr> is effectively ARP for IPv6. \
<abbr title="Neighbour Solicitation, Type 135">NS</abbr> and <abbr title="Neighbour Advertisement, Type 136">NA</abbr> \
detect reachability and duplicate addresses on a link, themselves also a prerequisite for SLAAC autoconfig.<br />\
<ul style="list-style-type:none;">\
<li><strong>disabled</strong>: No <abbr title="Neighbour Discovery Protocol">NDP</abbr> messages are proxied through to \
<code>ndproxy_slave</code> true interfaces.</li> \
<li><strong>relay mode</strong>: Proxies <abbr title="Neighbour Discovery Protocol">NDP</abbr> messages from <code>master</code> to \
<code>ndproxy_slave</code> true interfaces. Helps to support provider links without \
<abbr title="Prefix Delegation">PD</abbr>, and to firewall proxied hosts.</li>\
<li><strong>hybrid mode</strong>: Relay mode is disabled unless the interface boolean <code>master</code> is 1.</li></ul>'));
so.value('', _('disabled'));
so.value('relay', _('relay mode'));
so.value('hybrid', _('hybrid mode'));
so = ss.taboption('ipv6', form.DynamicList, 'domain', _('Announced DNS domains'),
_('Specifies a fixed list of DNS search domains to announce via DHCPv6. If left unspecified, the local device DNS search domain will be announced.'));
so.datatype = 'hostname';
so.depends('dhcpv6', 'server');
so.depends({ dhcpv6: 'hybrid', master: '0' });
so = ss.taboption('ipv6', form.Flag, 'ndproxy_routing', _('Learn routes from NDP'), _('Default is on.'));
so.default = '1';
so.optional = true;
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('', _('disabled'),
_('Do not proxy any <abbr title="Neighbour Discovery Protocol">NDP</abbr> packets.'));
so.value('relay', _('relay mode'),
_('Forward <abbr title="Neighbour Discovery Protocol">NDP</abbr> <abbr title="Neighbour Solicitation, Type 135">NS</abbr> and <abbr title="Neighbour Advertisement, Type 136">NA</abbr> messages between the designated master interface and downstream interfaces.'));
so.value('hybrid', _('hybrid mode'), ' ');
so = ss.taboption('ipv6', form.Flag, 'ndproxy_routing', _('Learn routes'), _('Setup 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 = ss.taboption('ipv6', form.DynamicList, 'ndproxy_static', _('Static NDP-Proxy prefixes'));
so = ss.taboption('ipv6', form.Flag , 'master', _('Master'), _('Set this interface as master for the dhcpv6 relay.'));
so.depends('dhcpv6', 'relay');
so.depends('dhcpv6', 'hybrid');
so = ss.taboption('ipv6', form.Flag, 'ra_default', _('Announce as default router'), _('Always, even if no public prefix is available.'));
so.depends('ra', 'server');
so.depends('ra', 'hybrid');
ss.taboption('ipv6', form.DynamicList, 'dns', _('Announced DNS servers'));
ss.taboption('ipv6', form.DynamicList, 'domain', _('Announced DNS domains'));
so.depends({ ndp: 'relay', master: '0' });
so.depends({ ndp: 'hybrid', master: '0' });
}
ifc.renderFormOptions(s);
@ -1292,9 +1414,7 @@ return view.extend({
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 &#8216;local&#8217; 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 - in the range <code>fc00::/7</code>. Typically only within the &#8216;local&#8217; half <code>fd00::/8</code>. 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.'));

2
modules/luci-mod-network/root/usr/share/rpcd/acl.d/luci-mod-network.json
View file

@ -5,6 +5,8 @@
"cgi-io": [ "exec" ],
"file": {
"/etc/iproute2/rt_tables": [ "read" ],
"/proc/sys/net/ipv6/conf/*/mtu": [ "read" ],
"/proc/sys/net/ipv6/conf/*/hop_limit": [ "read" ],
"/usr/libexec/luci-peeraddr": [ "exec" ],
"/usr/lib/opkg/info/netifd.control": [ "read" ]
},