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--[[
LuCI - Lua Configuration Interface
Copyright 2008 Steven Barth <steven@midlink.org>
Copyright 2008 Jo-Philipp Wich <xm@leipzig.freifunk.net>
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
$Id$
]]--
require("luci.tools.webadmin")
arg[1] = arg[1] or ""
local has_3g = luci.fs.mtime("/usr/bin/gcom")
local has_pptp = luci.fs.mtime("/usr/sbin/pptp")
local has_pppd = luci.fs.mtime("/usr/sbin/pppd")
local has_pppoe = luci.fs.glob("/usr/lib/pppd/*/rp-pppoe.so")
local has_pppoa = luci.fs.glob("/usr/lib/pppd/*/pppoatm.so")
m = Map("network", translate("interfaces"), translate("a_n_ifaces1"))
s = m:section(NamedSection, arg[1], "interface")
s.addremove = true
back = s:option(DummyValue, "_overview", translate("overview"))
back.value = ""
back.titleref = luci.dispatcher.build_url("admin", "network", "network")
p = s:option(ListValue, "proto", translate("protocol"))
p.override_scheme = true
p.default = "static"
p:value("static", translate("static"))
p:value("dhcp", "DHCP")
if has_pppd then p:value("ppp", "PPP") end
if has_pppoe then p:value("pppoe", "PPPoE") end
if has_pppoa then p:value("pppoa", "PPPoA") end
if has_3g then p:value("3g", "UMTS/3G") end
if has_pptp then p:value("pptp", "PPTP") end
p:value("none", translate("none"))
if not ( has_pppd and has_pppoe and has_pppoa and has_3g and has_pptp ) then
p.description = translate("network_interface_prereq")
end
br = s:option(Flag, "type", translate("a_n_i_bridge"), translate("a_n_i_bridge1"))
br.enabled = "bridge"
br.rmempty = true
ifname = s:option(Value, "ifname", translate("interface"))
ifname.rmempty = true
for i,d in ipairs(luci.sys.net.devices()) do
if d ~= "lo" then
ifname:value(d)
end
end
local zones = luci.tools.webadmin.network_get_zones(arg[1])
if zones then
if #zones == 0 then
m:chain("firewall")
fwzone = s:option(Value, "_fwzone",
translate("network_interface_fwzone"),
translate("network_interface_fwzone_desc"))
fwzone.rmempty = true
fwzone:value("", "- " .. translate("none") .. " -")
fwzone:value(arg[1])
m.uci:load("firewall")
m.uci:foreach("firewall", "zone",
function (section)
fwzone:value(section.name)
end
)
function fwzone.write(self, section, value)
local zone = luci.tools.webadmin.firewall_find_zone(value)
local stat
if not zone then
stat = m.uci:section("firewall", "zone", nil, {
name = value,
network = section
})
else
local net = m.uci:get("firewall", zone, "network")
net = (net or value) .. " " .. section
stat = m.uci:set("firewall", zone, "network", net)
end
if stat then
self.render = function() end
end
end
else
fwzone = s:option(DummyValue, "_fwzone", translate("zone"))
fwzone.value = table.concat(zones, ", ")
end
fwzone.titleref = luci.dispatcher.build_url("admin", "network", "firewall", "zones")
m.uci:unload("firewall")
end
ipaddr = s:option(Value, "ipaddr", translate("ipaddress"))
ipaddr.rmempty = true
ipaddr:depends("proto", "static")
nm = s:option(Value, "netmask", translate("netmask"))
nm.rmempty = true
nm:depends("proto", "static")
nm:value("255.255.255.0")
nm:value("255.255.0.0")
nm:value("255.0.0.0")
gw = s:option(Value, "gateway", translate("gateway"))
gw:depends("proto", "static")
gw.rmempty = true
bcast = s:option(Value, "bcast", translate("broadcast"))
bcast:depends("proto", "static")
bcast.optional = true
ip6addr = s:option(Value, "ip6addr", translate("ip6address"), translate("cidr6"))
ip6addr.optional = true
ip6addr:depends("proto", "static")
ip6gw = s:option(Value, "ip6gw", translate("gateway6"))
ip6gw:depends("proto", "static")
ip6gw.optional = true
dns = s:option(Value, "dns", translate("dnsserver"))
dns.optional = true
mtu = s:option(Value, "mtu", "MTU")
mtu.optional = true
mtu.isinteger = true
mac = s:option(Value, "macaddr", translate("macaddress"))
mac.optional = true
srv = s:option(Value, "server", translate("network_interface_server"))
srv:depends("proto", "pptp")
srv.rmempty = true
if has_3g then
service = s:option(ListValue, "service", translate("network_interface_service"))
service:value("", translate("cbi_select"))
service:value("umts", "UMTS/GPRS")
service:value("cdma", "CDMA")
service:value("evdo", "EV-DO")
service:depends("proto", "3g")
service.rmempty = true
apn = s:option(Value, "apn", translate("network_interface_apn"))
apn:depends("proto", "3g")
pincode = s:option(Value, "pincode",
translate("network_interface_pincode"),
translate("network_interface_pincode_desc")
)
pincode:depends("proto", "3g")
end
if has_pppd or has_pppoe or has_3g or has_pptp then
user = s:option(Value, "username", translate("username"))
user.rmempty = true
user:depends("proto", "pptp")
user:depends("proto", "pppoe")
user:depends("proto", "ppp")
user:depends("proto", "3g")
pass = s:option(Value, "password", translate("password"))
pass.rmempty = true
pass.password = true
pass:depends("proto", "pptp")
pass:depends("proto", "pppoe")
pass:depends("proto", "ppp")
pass:depends("proto", "3g")
ka = s:option(Value, "keepalive",
translate("network_interface_keepalive"),
translate("network_interface_keepalive_desc")
)
ka.optional = true
ka:depends("proto", "pptp")
ka:depends("proto", "pppoe")
ka:depends("proto", "ppp")
ka:depends("proto", "3g")
demand = s:option(Value, "demand",
translate("network_interface_demand"),
translate("network_interface_demand_desc")
)
demand.optional = true
demand:depends("proto", "pptp")
demand:depends("proto", "pppoe")
demand:depends("proto", "ppp")
demand:depends("proto", "3g")
end
if has_pppd or has_3g then
device = s:option(Value, "device",
translate("network_interface_device"),
translate("network_interface_device_desc")
)
device:depends("proto", "ppp")
device:depends("proto", "3g")
defaultroute = s:option(Flag, "defaultroute",
translate("network_interface_defaultroute"),
translate("network_interface_defaultroute_desc")
)
defaultroute:depends("proto", "ppp")
defaultroute:depends("proto", "3g")
defaultroute.rmempty = false
function defaultroute.cfgvalue(...)
return ( AbstractValue.cfgvalue(...) or '1' )
end
peerdns = s:option(Flag, "peerdns",
translate("network_interface_peerdns"),
translate("network_interface_peerdns_desc")
)
peerdns:depends("proto", "ppp")
peerdns.rmempty = false
function peerdns.cfgvalue(...)
return ( AbstractValue.cfgvalue(...) or '1' )
end
ipv6 = s:option(Flag, "ipv6", translate("network_interface_ipv6") )
ipv6:depends("proto", "ppp")
--ipv6:depends("proto", "3g")
connect = s:option(Value, "connect",
translate("network_interface_connect"),
translate("network_interface_connect_desc")
)
connect.optional = true
connect:depends("proto", "ppp")
connect:depends("proto", "3g")
disconnect = s:option(Value, "disconnect",
translate("network_interface_disconnect"),
translate("network_interface_disconnect_desc")
)
disconnect.optional = true
disconnect:depends("proto", "ppp")
disconnect:depends("proto", "3g")
pppd_options = s:option(Value, "pppd_options",
translate("network_interface_pppd_options"),
translate("network_interface_pppd_options_desc")
)
pppd_options.optional = true
pppd_options:depends("proto", "ppp")
pppd_options:depends("proto", "3g")
maxwait = s:option(Value, "maxwait",
translate("network_interface_maxwait"),
translate("network_interface_maxwait_desc")
)
maxwait.optional = true
maxwait:depends("proto", "3g")
end
s2 = m:section(TypedSection, "alias", translate("aliases"))
s2.addremove = true
s2:depends("interface", arg[1])
s2.defaults.interface = arg[1]
s2.defaults.proto = "static"
ipaddr = s2:option(Value, "ipaddr", translate("ipaddress"))
ipaddr.rmempty = true
nm = s2:option(Value, "netmask", translate("netmask"))
nm.rmempty = true
nm:value("255.255.255.0")
nm:value("255.255.0.0")
nm:value("255.0.0.0")
gw = s2:option(Value, "gateway", translate("gateway"))
gw.rmempty = true
bcast = s2:option(Value, "bcast", translate("broadcast"))
bcast.optional = true
ip6addr = s2:option(Value, "ip6addr", translate("ip6address"), translate("cidr6"))
ip6addr.optional = true
ip6gw = s2:option(Value, "ip6gw", translate("gateway6"))
ip6gw.optional = true
dns = s2:option(Value, "dns", translate("dnsserver"))
dns.optional = true
return m
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