local io = require "io"
local os = require "os"
-local posix = require "posix"
+local nixio = require "nixio"
local table = require "table"
local luci = {}
-- @param var Name of the environment variable to retrieve (optional)
-- @return String containg the value of the specified variable
-- @return Table containing all variables if no variable name is given
-getenv = posix.getenv
+getenv = nixio.getenv
--- Get or set the current hostname.
-- @param String containing a new hostname to set (optional)
luci.fs.writefile( "/proc/sys/kernel/hostname", newname .. "\n" )
return newname
else
- return posix.uname("%n")
+ return nixio.uname().nodename
end
end
-- @return String containing the average load value 1 minute ago
-- @return String containing the average load value 5 minutes ago
-- @return String containing the average load value 15 minutes ago
--- @return String containing the active and total number of processes
--- @return String containing the last used pid
function loadavg()
- local loadavg = io.lines("/proc/loadavg")()
- return loadavg:match("^(.-) (.-) (.-) (.-) (.-)$")
+ local info = nixio.sysinfo()
+ return info.loads[1], info.loads[2], info.loads[3]
end
--- Initiate a system reboot.
local membuffers = tonumber(meminfo:match("Buffers:%s*(%d+)"))
if not system then
- system = posix.uname("%m")
+ system = nixio.uname().machine
model = cpuinfo:match("model name.-:%s*([^\n]+)")
if not model then
model = cpuinfo:match("Processor.-:%s*([^\n]+)")
return loadavg:match("^(.-) (.-)$")
end
---- LuCI system utilities / POSIX user group related functions.
--- @class module
--- @name luci.sys.group
-group = {}
-
---- Returns information about a POSIX user group.
--- @class function
--- @name getgroup
--- @param group Group ID or name of a system user group
--- @return Table with information about the requested group
-group.getgroup = posix.getgroup
-
--- LuCI system utilities / network related functions.
-- @class module
-- { "dest", "gateway", "metric", "refcount", "usecount", "irtt",
-- "flags", "device" }
function net.defaultroute()
- local route = nil
- for _, r in pairs(net.routes()) do
- if r.dest:prefix() == 0 and (not route or route.metric > r.metric) then
- route = r
+ local route
+
+ net.routes(function(rt)
+ if rt.dest:prefix() == 0 and (not route or route.metric > rt.metric) then
+ route = rt
end
- end
+ end)
+
return route
end
-- The following fields are defined for route entry tables:
-- { "dest", "gateway", "metric", "refcount", "usecount", "irtt",
-- "flags", "device" }
-function net.routes()
+function net.routes(callback)
local routes = { }
for line in io.lines("/proc/net/route") do
dst_ip, dst_mask:prefix(dst_mask), luci.ip.FAMILY_INET4
)
- routes[#routes+1] = {
+ local rt = {
dest = dst_ip,
gateway = gateway,
metric = tonumber(metric),
flags = tonumber(flags, 16),
device = dev
}
+
+ if callback then
+ callback(rt)
+ else
+ routes[#routes+1] = rt
+ end
end
end
-- @class function
-- @name process.info
-- @return Number containing the current pid
-process.info = posix.getpid
+function process.info(key)
+ local s = {uid = nixio.getuid(), gid = nixio.getgid()}
+ return not key and s or s[key]
+end
--- Retrieve information about currently running processes.
-- @return Table containing process information
end
--- Set the gid of a process identified by given pid.
--- @param pid Number containing the process id
-- @param gid Number containing the Unix group id
-- @return Boolean indicating successful operation
-- @return String containing the error message if failed
-- @return Number containing the error code if failed
-function process.setgroup(pid, gid)
- return posix.setpid("g", pid, gid)
+function process.setgroup(gid)
+ return nixio.setgid(gid)
end
--- Set the uid of a process identified by given pid.
--- @param pid Number containing the process id
-- @param uid Number containing the Unix user id
-- @return Boolean indicating successful operation
-- @return String containing the error message if failed
-- @return Number containing the error code if failed
-function process.setuser(pid, uid)
- return posix.setpid("u", pid, uid)
+function process.setuser(uid)
+ return nixio.setuid(uid)
end
--- Send a signal to a process identified by given pid.
-- @param sig Signal to send (default: 15 [SIGTERM])
-- @return Boolean indicating successful operation
-- @return Number containing the error code if failed
-process.signal = posix.kill
+process.signal = nixio.kill
--- LuCI system utilities / user related functions.
-- @param uid Number containing the Unix user id
-- @return Table containing the following fields:
-- { "uid", "gid", "name", "passwd", "dir", "shell", "gecos" }
-user.getuser = posix.getpasswd
+user.getuser = nixio.getpw
--- Test whether given string matches the password of a given system user.
-- @param username String containing the Unix user name
--- @param password String containing the password to compare
+-- @param pass String containing the password to compare
-- @return Boolean indicating wheather the passwords are equal
-function user.checkpasswd(username, password)
- local account = user.getuser(username)
-
- if account then
- local pwd = account.passwd
- local shadowpw
- if #pwd == 1 then
- if luci.fs.stat("/etc/shadow") then
- if not pcall(function()
- for l in io.lines("/etc/shadow") do
- shadowpw = l:match("^%s:([^:]+)" % username)
- if shadowpw then
- pwd = shadowpw
- break
- end
- end
- end) then
- return nil, "Unable to access shadow-file"
- end
- end
-
- if pwd == "!" then
- return true
- end
- end
-
- if pwd and #pwd > 0 and password and #password > 0 then
- return (pwd == posix.crypt(password, pwd))
- end
+function user.checkpasswd(username, pass)
+ local pwe = nixio.getsp and nixio.getsp(username) or nixio.getpw(username)
+ local pwh = pwe and (pwe.pwdp or pwe.passwd)
+ if not pwh or #pwh < 1 or pwh ~= "!" and nixio.crypt(pass, pwh) ~= pwh then
+ return false
+ else
+ return true
end
-
- return false
end
--- Change the password of given user.
local fd = io.popen(cmd)
if fd then
local ln, c, f
- repeat
- ln = fd:read("*l") or ""
+ 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
- until not ( #ln > 0 )
+ end
fd:close()
end
- if #cns == 0 then
- cms = {
+ if not ((pairs(cns))(cns)) then
+ cns = {
2.412, 2.417, 2.422, 2.427, 2.432, 2.437,
2.442, 2.447, 2.452, 2.457, 2.462
}
projects / project / luci.git / blobdiff