]]--
+local util = require "luci.util"
+local ip = require "luci.ip"
+
+function write_float(self, section, value)
+ local n = tonumber(value)
+ if n ~= nil then
+ return Value.write(self, section, "%.1f" % n)
+ end
+end
+
m = Map("olsrd", translate("OLSR Daemon - Interface"),
translate("The OLSR daemon is an implementation of the Optimized Link State Routing protocol. "..
"As such it allows mesh routing for any network equipment. "..
weight.placeholder = "0"
lqmult = i:taboption("general", DynamicList, "LinkQualityMult", translate("LinkQuality Multiplicator"),
- translate("Multiply routes with the factor given here. Allowed values are between 0.01 and 1. "..
+ translate("Multiply routes with the factor given here. Allowed values are between 0.01 and 1.0. "..
"It is only used when LQ-Level is greater than 0. Examples:<br />"..
"reduce LQ to 192.168.0.1 by half: 192.168.0.1 0.5<br />"..
"reduce LQ to all nodes on this interface by 20%: default 0.8"))
lqmult.cast = "table"
lqmult.placeholder = "default 1.0"
+function lqmult.validate(self, value)
+ for _, v in pairs(value) do
+ if v ~= "" then
+ local val = util.split(v, " ")
+ local host = val[1]
+ local mult = val[2]
+ if not host or not mult then
+ return nil, translate("LQMult requires two values (IP address or 'default' and multiplicator) seperated by space.")
+ end
+ if not (host == "default" or ip.IPv4(host) or ip.IPv6(host)) then
+ return nil, translate("Can only be a valid IPv4 or IPv6 address or 'default'")
+ end
+ if not tonumber(mult) or tonumber(mult) > 1 or tonumber(mult) < 0.01 then
+ return nil, translate("Invalid Value for LQMult-Value. Must be between 0.01 and 1.0.")
+ end
+ if not mult:match("[0-1]%.[0-9]+") then
+ return nil, translate("Invalid Value for LQMult-Value. You must use a decimal number between 0.01 and 1.0 here.")
+ end
+ end
+ end
+ return value
+end
ip4b = i:taboption("addrs", Value, "Ip4Broadcast", translate("IPv4 broadcast"),
translate("IPv4 broadcast address for outgoing OLSR packets. One useful example would be 255.255.255.255. "..
ip6s.datatype = "ip6addr"
ip6s.placeholder = "0::/0"
-
hi = i:taboption("timing", Value, "HelloInterval", translate("Hello interval"))
hi.optional = true
hi.datatype = "ufloat"
hi.placeholder = "5.0"
+hi.write = write_float
hv = i:taboption("timing", Value, "HelloValidityTime", translate("Hello validity time"))
hv.optional = true
hv.datatype = "ufloat"
hv.placeholder = "40.0"
+hv.write = write_float
ti = i:taboption("timing", Value, "TcInterval", translate("TC interval"))
ti.optional = true
ti.datatype = "ufloat"
ti.placeholder = "2.0"
+ti.write = write_float
tv = i:taboption("timing", Value, "TcValidityTime", translate("TC validity time"))
tv.optional = true
tv.datatype = "ufloat"
tv.placeholder = "256.0"
+tv.write = write_float
mi = i:taboption("timing", Value, "MidInterval", translate("MID interval"))
mi.optional = true
mi.datatype = "ufloat"
mi.placeholder = "18.0"
+mi.write = write_float
mv = i:taboption("timing", Value, "MidValidityTime", translate("MID validity time"))
mv.optional = true
mv.datatype = "ufloat"
mv.placeholder = "324.0"
+mv.write = write_float
ai = i:taboption("timing", Value, "HnaInterval", translate("HNA interval"))
ai.optional = true
ai.datatype = "ufloat"
ai.placeholder = "18.0"
+ai.write = write_float
av = i:taboption("timing", Value, "HnaValidityTime", translate("HNA validity time"))
av.optional = true
av.datatype = "ufloat"
av.placeholder = "108.0"
-
+av.write = write_float
return m