]]--
-local io = require "io"
-local os = require "os"
-local nixio = require "nixio"
-local table = require "table"
+local io = require "io"
+local os = require "os"
+local table = require "table"
+local nixio = require "nixio"
+local fs = require "nixio.fs"
+local iwinfo = require "iwinfo"
local luci = {}
luci.util = require "luci.util"
-luci.fs = require "luci.fs"
luci.ip = require "luci.ip"
-local tonumber, ipairs, pairs, pcall, type, next =
- tonumber, ipairs, pairs, pcall, type, next
+local tonumber, ipairs, pairs, pcall, type, next, setmetatable =
+ tonumber, ipairs, pairs, pcall, type, next, setmetatable
--- LuCI Linux and POSIX system utilities.
-- @return String containing the system hostname
function hostname(newname)
if type(newname) == "string" and #newname > 0 then
- luci.fs.writefile( "/proc/sys/kernel/hostname", newname .. "\n" )
+ fs.writefile( "/proc/sys/kernel/hostname", newname )
return newname
else
return nixio.uname().nodename
-- @return String containing the memory used for buffering in kB
-- @return String containing the free memory amount in kB
function sysinfo()
- local cpuinfo = luci.fs.readfile("/proc/cpuinfo")
- local meminfo = luci.fs.readfile("/proc/meminfo")
+ local cpuinfo = fs.readfile("/proc/cpuinfo")
+ local meminfo = fs.readfile("/proc/meminfo")
local system = cpuinfo:match("system typ.-:%s*([^\n]+)")
local model = ""
-- @param bytes Number of bytes for the unique id
-- @return String containing hex encoded id
function uniqueid(bytes)
- local rand = luci.fs.readfile("/dev/urandom", bytes)
+ local rand = fs.readfile("/dev/urandom", bytes)
return rand and nixio.bin.hexlify(rand)
end
-- @return Table with the currently tracked IP connections
function net.conntrack(callback)
local connt = {}
- if luci.fs.access("/proc/net/nf_conntrack", "r") then
+ if fs.access("/proc/net/nf_conntrack", "r") then
for line in io.lines("/proc/net/nf_conntrack") do
line = line:match "^(.-( [^ =]+=).-)%2"
local entry, flags = _parse_mixed_record(line, " +")
connt[#connt+1] = entry
end
end
- elseif luci.fs.access("/proc/net/ip_conntrack", "r") then
+ elseif fs.access("/proc/net/ip_conntrack", "r") then
for line in io.lines("/proc/net/ip_conntrack") do
line = line:match "^(.-( [^ =]+=).-)%2"
local entry, flags = _parse_mixed_record(line, " +")
-- @return String containing the MAC address or nil if it cannot be found
function net.ip4mac(ip)
local mac = nil
-
- for i, l in ipairs(net.arptable()) do
- if l["IP address"] == ip then
- mac = l["HW address"]
+ net.arptable(function(e)
+ if e["IP address"] == ip then
+ mac = e["HW address"]
end
- end
-
+ end)
return mac
end
-- { "source", "dest", "nexthop", "metric", "refcount", "usecount",
-- "flags", "device" }
function net.routes6(callback)
- if luci.fs.access("/proc/net/ipv6_route", "r") then
+ if fs.access("/proc/net/ipv6_route", "r") then
local routes = { }
for line in io.lines("/proc/net/ipv6_route") do
-- @name luci.sys.wifi
wifi = {}
+--- Get wireless information for given interface.
+-- @param ifname String containing the interface name
+-- @return A wrapped iwinfo object instance
+function wifi.getiwinfo(ifname)
+ local t = iwinfo.type(ifname)
+ if t then
+ local x = iwinfo[t]
+ return setmetatable({}, {
+ __index = function(t, k)
+ if x[k] then return x[k](ifname) end
+ end
+ })
+ end
+end
+
--- Get iwconfig output for all wireless devices.
-- @return Table of tables containing the iwconfing output for each wifi device
function wifi.getiwconfig()
-- @param iface Wireless interface (optional)
-- @return Table of available channels
function wifi.channels(iface)
- local cmd = "iwlist " .. ( iface or "" ) .. " freq 2>/dev/null"
- local cns = { }
-
- local fd = io.popen(cmd)
- if fd then
- local ln, c, f
- while true do
- ln = fd:read("*l")
- if not ln then break end
- c, f = ln:match("Channel (%d+) : (%d+%.%d+) GHz")
- if c and f then
- cns[tonumber(c)] = tonumber(f)
- end
- end
- fd:close()
+ local t = iwinfo.type(iface)
+ local cns
+ if t and iwinfo[t] then
+ cns = iwinfo[t].freqlist(iface)
end
- if not next(cns) then
+ if not cns or #cns == 0 then
cns = {
- 2.412, 2.417, 2.422, 2.427, 2.432, 2.437,
- 2.442, 2.447, 2.452, 2.457, 2.462
+ {channel = 1, mhz = 2.412},
+ {channel = 2, mhz = 2.417},
+ {channel = 3, mhz = 2.422},
+ {channel = 4, mhz = 2.427},
+ {channel = 5, mhz = 2.432},
+ {channel = 6, mhz = 2.437},
+ {channel = 7, mhz = 2.442},
+ {channel = 8, mhz = 2.447},
+ {channel = 9, mhz = 2.452},
+ {channel = 10, mhz = 2.457},
+ {channel = 11, mhz = 2.462}
}
end
-- @return Table containing the names of all inistalled init scripts
function init.names()
local names = { }
- for _, name in ipairs(luci.fs.glob(init.dir.."*")) do
- names[#names+1] = luci.fs.basename(name)
+ for name in fs.glob(init.dir.."*") do
+ names[#names+1] = fs.basename(name)
end
return names
end
-- @param name Name of the init script
-- @return Boolean indicating whether init is enabled
function init.enabled(name)
- if luci.fs.access(init.dir..name) then
+ if fs.access(init.dir..name) then
return ( call(init.dir..name.." enabled") == 0 )
end
return false
-- @param name Name of the init script
-- @return Numeric index value
function init.index(name)
- if luci.fs.access(init.dir..name) then
+ if fs.access(init.dir..name) then
return call("source "..init.dir..name.."; exit $START")
end
end
-- @param name Name of the init script
-- @return Boolean indicating success
function init.enable(name)
- if luci.fs.access(init.dir..name) then
+ if fs.access(init.dir..name) then
return ( call(init.dir..name.." enable") == 1 )
end
end
-- @param name Name of the init script
-- @return Boolean indicating success
function init.disable(name)
- if luci.fs.access(init.dir..name) then
+ if fs.access(init.dir..name) then
return ( call(init.dir..name.." disable") == 0 )
end
end
projects / project / luci.git / blobdiff