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-- Copyright 2008 Steven Barth <steven@midlink.org>
-- Licensed to the public under the Apache License 2.0.
m = Map("system", translate("<abbr title=\"Light Emitting Diode\">LED</abbr> Configuration"), translate("Customizes the behaviour of the device <abbr title=\"Light Emitting Diode\">LED</abbr>s if possible."))
local sysfs_path = "/sys/class/leds/"
local leds = {}
local fs = require "nixio.fs"
local nu = require "nixio.util"
local util = require "luci.util"
if fs.access(sysfs_path) then
leds = nu.consume((fs.dir(sysfs_path)))
end
if #leds == 0 then
return m
end
s = m:section(TypedSection, "led", "")
s.anonymous = true
s.addremove = true
function s.parse(self, ...)
TypedSection.parse(self, ...)
os.execute("/etc/init.d/led enable")
end
s:option(Value, "name", translate("Name"))
sysfs = s:option(ListValue, "sysfs", translate("<abbr title=\"Light Emitting Diode\">LED</abbr> Name"))
for k, v in ipairs(leds) do
sysfs:value(v)
end
s:option(Flag, "default", translate("Default state")).rmempty = false
trigger = s:option(ListValue, "trigger", translate("Trigger"))
local triggers = fs.readfile(sysfs_path .. leds[1] .. "/trigger")
for t in triggers:gmatch("[%w-]+") do
if t == "default-on" then
trigger:value(t, translatef("Always on (%s)", t))
elseif t == "none" then
trigger:value(t, translatef("Always off (%s)", t))
elseif t == "timer" then
trigger:value(t, translatef("Custom flash intervall (%s)", t))
elseif t == "netdev" then
trigger:value(t, translatef("Network device activity (%s)", t))
elseif t == "heartbeat" then
trigger:value(t, translatef("Heartbeat intervall (%s)", t))
elseif t == "nand-disk" then
trigger:value(t, translatef("Flashmemory write access (%s)", t))
elseif t == "mtd" then
trigger:value(t, translatef("Flashmemory write access (%s)", t))
elseif t:match("mmc[0-9]") then
trigger:value(t, translatef("Flashmemory write access (%s)", t))
elseif t:match("switch[0-9]") then
trigger:value(t, translatef("Switchport activity (%s)", t))
elseif t:match("phy[0-9]rx") then
trigger:value(t, translatef("Wi-Fi data reception (%s)", t))
elseif t:match("phy[0-9]tx") then
trigger:value(t, translatef("Wi-Fi data transmission (%s)", t))
elseif t:match("phy[0-9]assoc") then
trigger:value(t, translatef("Wi-Fi client association (%s)", t))
elseif t:match("phy[0-9]radio") then
trigger:value(t, translatef("Wi-Fi on (%s)", t))
elseif t:match("phy[0-9]tpt") then
trigger:value(t, translatef("Wi-Fi activity (%s)", t))
else
trigger:value(t, translate(t:gsub("-", "")))
end
end
delayon = s:option(Value, "delayon", translate ("On-State Delay"))
delayon:depends("trigger", "timer")
delayoff = s:option(Value, "delayoff", translate ("Off-State Delay"))
delayoff:depends("trigger", "timer")
dev = s:option(Value, "_net_dev", translate("Device"))
dev.rmempty = true
dev:value("")
dev:depends("trigger", "netdev")
function dev.cfgvalue(self, section)
return m.uci:get("system", section, "dev")
end
function dev.write(self, section, value)
m.uci:set("system", section, "dev", value)
end
function dev.remove(self, section)
local t = trigger:formvalue(section)
if t ~= "netdev" and t ~= "usbdev" then
m.uci:delete("system", section, "dev")
end
end
for k, v in pairs(luci.sys.net.devices()) do
if v ~= "lo" then
dev:value(v)
end
end
mode = s:option(MultiValue, "mode", translate("Trigger Mode"))
mode.rmempty = true
mode:depends("trigger", "netdev")
mode:value("link", translate("Link On"))
mode:value("tx", translate("Transmit"))
mode:value("rx", translate("Receive"))
usbdev = s:option(ListValue, "_usb_dev", translate("USB Device"))
usbdev:depends("trigger", "usbdev")
usbdev.rmempty = true
usbdev:value("")
function usbdev.cfgvalue(self, section)
return m.uci:get("system", section, "dev")
end
function usbdev.write(self, section, value)
m.uci:set("system", section, "dev", value)
end
function usbdev.remove(self, section)
local t = trigger:formvalue(section)
if t ~= "netdev" and t ~= "usbdev" then
m.uci:delete("system", section, "dev")
end
end
usbport = s:option(MultiValue, "port", translate("USB Ports"))
usbport:depends("trigger", "usbport")
usbport.rmempty = true
usbport.widget = "checkbox"
usbport.cast = "table"
usbport.size = 1
function usbport.valuelist(self, section)
local port, ports = nil, {}
for port in util.imatch(m.uci:get("system", section, "port")) do
local b, n = port:match("^usb(%d+)-port(%d+)$")
if not (b and n) then
b, n = port:match("^(%d+)-(%d+)$")
end
if b and n then
ports[#ports+1] = "usb%u-port%u" %{ tonumber(b), tonumber(n) }
end
end
return ports
end
function usbport.validate(self, value)
return type(value) == "string" and { value } or value
end
for p in nixio.fs.glob("/sys/bus/usb/devices/[0-9]*/manufacturer") do
local id = p:match("%d+-%d+")
local mf = nixio.fs.readfile("/sys/bus/usb/devices/" .. id .. "/manufacturer") or "?"
local pr = nixio.fs.readfile("/sys/bus/usb/devices/" .. id .. "/product") or "?"
usbdev:value(id, "%s (%s - %s)" %{ id, mf, pr })
end
for p in nixio.fs.glob("/sys/bus/usb/devices/*/usb[0-9]*-port[0-9]*") do
local bus, port = p:match("usb(%d+)-port(%d+)")
if bus and port then
usbport:value("usb%u-port%u" %{ tonumber(bus), tonumber(port) },
"Hub %u, Port %u" %{ tonumber(bus), tonumber(port) })
end
end
port_mask = s:option(Value, "port_mask", translate ("Switch Port Mask"))
port_mask:depends("trigger", "switch0")
return m
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