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lede/package/lean/mt/luci-app-mtwifi/luasrc/controller/mtkwifi.lua

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-- This module is a demo to configure MTK' proprietary WiFi driver.
-- Basic idea is to bypass uci and edit wireless profile (mt76xx.dat) directly.
-- LuCI's WiFi configuration is more logical and elegent, but it's quite tricky to
-- translate uci into MTK's WiFi profile (like we did in "uci2dat").
-- And you will get your hands dirty.
--
-- Hua Shao <nossiac@163.com>
module("luci.controller.mtkwifi", package.seeall)
local http = require("luci.http")
local mtkwifi = require("mtkwifi")
function __mtkwifi_reload(devname)
local profiles = mtkwifi.search_dev_and_profile()
for dev,profile in pairs(profiles) do
if not devname or devname == dev then
local diff = mtkwifi.diff_profile(profile)
-- Adding or deleting a vif will need to reinstall the wifi ko,
-- so we call "mtkwifi restart" here.
if diff.BssidNum then
os.execute("/sbin/mtkwifi restart "..devname)
else
os.execute("/sbin/mtkwifi reload "..devname)
end
-- keep a backup for this commit
-- it will be used in mtkwifi.diff_profile()
os.execute("cp -f "..profile.." "..mtkwifi.__profile_bak_path(profile))
end
end
end
function index()
entry({"admin", "network", "wifi"}, template("admin_mtk/mtk_wifi_overview"), _("Wireless"), 25)
entry({"admin", "network", "wifi", "dev_cfg_view"}, template("admin_mtk/mtk_wifi_dev_cfg")).leaf = true
entry({"admin", "network", "wifi", "dev_cfg"}, call("dev_cfg")).leaf = true
entry({"admin", "network", "wifi", "dev_cfg_reset"}, call("dev_cfg_reset")).leaf = true
entry({"admin", "network", "wifi", "dev_cfg_raw"}, call("dev_cfg_raw")).leaf = true
entry({"admin", "network", "wifi", "vif_cfg_view"}, template("admin_mtk/mtk_wifi_vif_cfg")).leaf = true
entry({"admin", "network", "wifi", "vif_cfg"}, call("vif_cfg")).leaf = true
entry({"admin", "network", "wifi", "vif_add_view"}, template("admin_mtk/mtk_wifi_vif_cfg")).leaf = true
entry({"admin", "network", "wifi", "vif_add"}, call("vif_cfg")).leaf = true
entry({"admin", "network", "wifi", "vif_del"}, call("vif_del")).leaf = true
entry({"admin", "network", "wifi", "vif_disable"}, call("vif_disable")).leaf = true
entry({"admin", "network", "wifi", "vif_enable"}, call("vif_enable")).leaf = true
entry({"admin", "network", "wifi", "get_station_list"}, call("get_station_list"))
entry({"admin", "network", "wifi", "get_country_region_list"}, call("get_country_region_list")).leaf = true
entry({"admin", "network", "wifi", "get_channel_list"}, call("get_channel_list"))
entry({"admin", "network", "wifi", "get_HT_ext_channel_list"}, call("get_HT_ext_channel_list"))
entry({"admin", "network", "wifi", "get_5G_2nd_80Mhz_channel_list"}, call("get_5G_2nd_80Mhz_channel_list"))
entry({"admin", "network", "wifi", "reset"}, call("reset_wifi")).leaf = true
entry({"admin", "network", "wifi", "reload"}, call("reload_wifi")).leaf = true
entry({"admin", "network", "wifi", "get_raw_profile"}, call("get_raw_profile"))
entry({"admin", "network", "wifi", "apcli_cfg_view"}, template("admin_mtk/mtk_wifi_apcli")).leaf = true
entry({"admin", "network", "wifi", "apcli_cfg"}, call("apcli_cfg")).leaf = true
entry({"admin", "network", "wifi", "apcli_disconnect"}, call("apcli_disconnect")).leaf = true
entry({"admin", "network", "wifi", "apcli_connect"}, call("apcli_connect")).leaf = true
entry({"admin", "network", "wifi", "apcli_scan"}, call("apcli_scan")).leaf = true;
end
function dev_cfg(devname)
local profiles = mtkwifi.search_dev_and_profile()
assert(profiles[devname])
local cfgs = mtkwifi.load_profile(profiles[devname])
for k,v in pairs(http.formvalue()) do
if type(v) ~= type("") and type(v) ~= type(0) then
nixio.syslog("err", "dev_cfg, invalid value type for "..k..","..type(v))
elseif string.byte(k) == string.byte("_") then
nixio.syslog("err", "dev_cfg, special: "..k.."="..v)
else
cfgs[k] = v or ""
end
end
if mtkwifi.band(cfgs.WirelessMode) == "5G" then
cfgs.CountryRegionABand = http.formvalue("__cr");
else
cfgs.CountryRegion = http.formvalue("__cr");
end
if cfgs.Channel == "0" then -- Auto Channel Select
cfgs.AutoChannelSelect = "3"
else
cfgs.AutoChannelSelect = "0"
end
if http.formvalue("__bw") == "20" then
cfgs.HT_BW = 0
cfgs.VHT_BW = 0
elseif http.formvalue("__bw") == "40" then
cfgs.HT_BW = 1
cfgs.VHT_BW = 0
cfgs.HT_BSSCoexistence = 0
elseif http.formvalue("__bw") == "60" then
cfgs.HT_BW = 1
cfgs.VHT_BW = 0
cfgs.HT_BSSCoexistence = 1
elseif http.formvalue("__bw") == "80" then
cfgs.HT_BW = 1
cfgs.VHT_BW = 1
elseif http.formvalue("__bw") == "160" then
cfgs.HT_BW = 1
cfgs.VHT_BW = 2
elseif http.formvalue("__bw") == "161" then
cfgs.HT_BW = 1
cfgs.VHT_BW = 3
cfgs.VHT_Sec80_Channel = http.formvalue("VHT_Sec80_Channel") or ""
end
local mimo = http.formvalue("__mimo")
if mimo == "0" then
cfgs.ETxBfEnCond=1
cfgs.MUTxRxEnable=0
cfgs.ITxBfEn=1
elseif mimo == "1" then
cfgs.ETxBfEnCond=1
cfgs.MUTxRxEnable=0
cfgs.ITxBfEn=1
elseif mimo == "2" then
cfgs.ETxBfEnCond=1
cfgs.MUTxRxEnable=0
cfgs.ITxBfEn=1
elseif mimo == "3" then
cfgs.ETxBfEnCond=1
cfgs.MUTxRxEnable=0
cfgs.ITxBfEn=1
elseif mimo == "4" then
cfgs.ETxBfEnCond=1
cfgs.MUTxRxEnable=0
cfgs.ITxBfEn=1
else
cfgs.ETxBfEnCond=1
cfgs.MUTxRxEnable=0
cfgs.ITxBfEn=1
end
-- if cfgs.ApCliEnable == "1" then
-- cfgs.Channel = http.formvalue("__apcli_channel")
-- end
-- VOW
-- ATC should actually be scattered into each SSID, but I'm just lazy.
if cfgs.VOW_Airtime_Fairness_En then
for i = 1,tonumber(cfgs.BssidNum) do
__atc_tp = http.formvalue("__atc_vif"..i.."_tp") or "0"
__atc_min_tp = http.formvalue("__atc_vif"..i.."_min_tp") or "0"
__atc_max_tp = http.formvalue("__atc_vif"..i.."_max_tp") or "0"
__atc_at = http.formvalue("__atc_vif"..i.."_at") or "0"
__atc_min_at = http.formvalue("__atc_vif"..i.."_min_at") or "0"
__atc_max_at = http.formvalue("__atc_vif"..i.."_max_at") or "0"
nixio.syslog("info", "ATC.__atc_tp ="..i..__atc_tp );
nixio.syslog("info", "ATC.__atc_min_tp ="..i..__atc_min_tp );
nixio.syslog("info", "ATC.__atc_max_tp ="..i..__atc_max_tp );
nixio.syslog("info", "ATC.__atc_at ="..i..__atc_at );
nixio.syslog("info", "ATC.__atc_min_at ="..i..__atc_min_at );
nixio.syslog("info", "ATC.__atc_max_at ="..i..__atc_max_at );
cfgs.VOW_Rate_Ctrl_En = mtkwifi.token_set(cfgs.VOW_Rate_Ctrl_En, i, __atc_tp)
cfgs.VOW_Group_Min_Rate = mtkwifi.token_set(cfgs.VOW_Group_Min_Rate, i, __atc_min_tp)
cfgs.VOW_Group_Max_Rate = mtkwifi.token_set(cfgs.VOW_Group_Max_Rate, i, __atc_max_tp)
cfgs.VOW_Airtime_Ctrl_En = mtkwifi.token_set(cfgs.VOW_Airtime_Ctrl_En, i, __atc_at)
cfgs.VOW_Group_Min_Ratio = mtkwifi.token_set(cfgs.VOW_Group_Min_Ratio, i, __atc_min_at)
cfgs.VOW_Group_Max_Ratio = mtkwifi.token_set(cfgs.VOW_Group_Max_Ratio, i, __atc_max_at)
end
cfgs.VOW_RX_En = http.formvalue("VOW_RX_En") or "0"
end
-- http.write_json(http.formvalue())
mtkwifi.save_profile(cfgs, profiles[devname])
if http.formvalue("__apply") then
__mtkwifi_reload(devname)
end
luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi", "dev_cfg_view",devname))
end
function dev_cfg_raw(devname)
-- http.write_json(http.formvalue())
local profiles = mtkwifi.search_dev_and_profile()
assert(profiles[devname])
local raw = http.formvalue("raw")
raw = string.gsub(raw, "\r\n", "\n")
local cfgs = mtkwifi.load_profile(nil, raw)
mtkwifi.save_profile(cfgs, profiles[devname])
luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi", "dev_cfg_view", devname))
end
function dev_cfg_reset(devname)
-- http.write_json(http.formvalue())
local profiles = mtkwifi.search_dev_and_profile()
assert(profiles[devname])
local fd = io.open("/rom"..profiles[devname], "r")
if fd then
fd:close() -- just to test if file exists.
os.execute("cp -f /rom"..profiles[devname].." "..profiles[devname])
else
mtkwifi.debug("unable to find /rom"..profiles[devname])
end
luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi", "dev_cfg_view", devname))
end
function vif_del(dev, vif)
mtkwifi.debug("vif_del("..dev..vif..")")
local devname,vifname = dev, vif
mtkwifi.debug("devname="..devname)
mtkwifi.debug("vifname="..vifname)
local devs = mtkwifi.get_all_devs()
local idx = devs[devname]["vifs"][vifname].vifidx -- or tonumber(string.match(vifname, "%d+")) + 1
mtkwifi.debug("idx="..idx, devname, vifname)
local profile = devs[devname].profile
assert(profile)
if idx and tonumber(idx) >= 0 then
local cfgs = mtkwifi.load_profile(profile)
if cfgs then
mtkwifi.debug("ssid"..idx.."="..cfgs["SSID"..idx].."<br>")
cfgs["SSID"..idx] = ""
mtkwifi.debug("ssid"..idx.."="..cfgs["SSID"..idx].."<br>")
mtkwifi.debug("wpapsk"..idx.."="..cfgs["WPAPSK"..idx].."<br>")
cfgs["WPAPSK"..idx] = ""
local ssidlist = {}
local j = 1
for i = 1,16 do
if cfgs["SSID"..i] ~= "" then
ssidlist[j] = cfgs["SSID"..i]
j = j + 1
end
end
for i,v in ipairs(ssidlist) do
mtkwifi.debug("ssidlist"..i.."="..v)
end
mtkwifi.debug("cfgs.BssidNum="..cfgs.BssidNum.." #ssidlist="..#ssidlist)
assert(tonumber(cfgs.BssidNum) == #ssidlist + 1, "Please delete vif from larger idx.")
cfgs.BssidNum = #ssidlist
for i = 1,16 do
if i <= cfgs.BssidNum then
cfgs["SSID"..i] = ssidlist[i]
elseif cfgs["SSID"..i] then
cfgs["SSID"..i] = ""
end
end
mtkwifi.save_profile(cfgs, profile)
else
mtkwifi.debug(profile.." cannot be found!")
end
end
luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi"))
end
function vif_disable(iface)
os.execute("ifconfig "..iface.." down")
luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi"))
end
function vif_enable(iface)
os.execute("ifconfig "..iface.." up")
luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi"))
end
--[[
-- security config in mtk wifi is quite complicated!
-- cfgs listed below are attached with vif and combined like "0;0;0;0". They need specicial treatment.
TxRate, WmmCapable, NoForwarding,
HideSSID, IEEE8021X, PreAuth,
AuthMode, EncrypType, RekeyMethod,
RekeyInterval, PMKCachePeriod,
DefaultKeyId, Key{n}Type, HT_EXTCHA,
RADIUS_Server, RADIUS_Port,
]]
local function conf_wep_keys(cfgs,vifidx)
cfgs.DefaultKeyID = mtkwifi.token_set(cfgs.DefaultKeyID, vifidx, http.formvalue("__DefaultKeyID") or 1)
cfgs["Key1Str"..vifidx] = http.formvalue("Key1Str"..vifidx)
cfgs["Key2Str"..vifidx] = http.formvalue("Key2Str"..vifidx)
cfgs["Key3Str"..vifidx] = http.formvalue("Key3Str"..vifidx)
cfgs["Key4Str"..vifidx] = http.formvalue("Key4Str"..vifidx)
cfgs["Key1Type"]=mtkwifi.token_set(cfgs["Key1Type"],vifidx, http.formvalue("WEP1Type"..vifidx))
cfgs["Key2Type"]=mtkwifi.token_set(cfgs["Key2Type"],vifidx, http.formvalue("WEP2Type"..vifidx))
cfgs["Key3Type"]=mtkwifi.token_set(cfgs["Key3Type"],vifidx, http.formvalue("WEP3Type"..vifidx))
cfgs["Key4Type"]=mtkwifi.token_set(cfgs["Key4Type"],vifidx, http.formvalue("WEP4Type"..vifidx))
return cfgs
end
local function __security_cfg(cfgs, vif_idx)
mtkwifi.debug("__security_cfg, before, HideSSID="..tostring(cfgs.HideSSID))
mtkwifi.debug("__security_cfg, before, NoForwarding="..tostring(cfgs.NoForwarding))
mtkwifi.debug("__security_cfg, before, WmmCapable="..tostring(cfgs.WmmCapable))
mtkwifi.debug("__security_cfg, before, TxRate="..tostring(cfgs.TxRate))
mtkwifi.debug("__security_cfg, before, RekeyInterval="..tostring(cfgs.RekeyInterval))
mtkwifi.debug("__security_cfg, before, AuthMode="..tostring(cfgs.AuthMode))
mtkwifi.debug("__security_cfg, before, EncrypType="..tostring(cfgs.EncrypType))
mtkwifi.debug("__security_cfg, before, WscModeOption="..tostring(cfgs.WscModeOption))
mtkwifi.debug("__security_cfg, before, RekeyMethod="..tostring(cfgs.RekeyMethod))
mtkwifi.debug("__security_cfg, before, IEEE8021X="..tostring(cfgs.IEEE8021X))
mtkwifi.debug("__security_cfg, before, DefaultKeyID="..tostring(cfgs.DefaultKeyID))
mtkwifi.debug("__security_cfg, before, PMFMFPC="..tostring(cfgs.PMFMFPC))
mtkwifi.debug("__security_cfg, before, PMFMFPR="..tostring(cfgs.PMFMFPR))
mtkwifi.debug("__security_cfg, before, PMFSHA256="..tostring(cfgs.PMFSHA256))
mtkwifi.debug("__security_cfg, before, RADIUS_Server="..tostring(cfgs.RADIUS_Server))
mtkwifi.debug("__security_cfg, before, RADIUS_Port="..tostring(cfgs.RADIUS_Port))
mtkwifi.debug("__security_cfg, before, session_timeout_interval="..tostring(cfgs.session_timeout_interval))
mtkwifi.debug("__security_cfg, before, PMKCachePeriod="..tostring(cfgs.PMKCachePeriod))
mtkwifi.debug("__security_cfg, before, PreAuth="..tostring(cfgs.PreAuth))
mtkwifi.debug("__security_cfg, before, Wapiifname="..tostring(cfgs.Wapiifname))
cfgs.HideSSID = mtkwifi.token_set(cfgs.HideSSID, vif_idx, http.formvalue("__hidessid") or "0")
cfgs.NoForwarding = mtkwifi.token_set(cfgs.NoForwarding, vif_idx, http.formvalue("__noforwarding") or "0")
cfgs.WmmCapable = mtkwifi.token_set(cfgs.WmmCapable, vif_idx, http.formvalue("__wmmcapable") or "0")
cfgs.TxRate = mtkwifi.token_set(cfgs.TxRate, vif_idx, http.formvalue("__txrate") or "0");
cfgs.RekeyInterval = mtkwifi.token_set(cfgs.RekeyInterval, vif_idx, http.formvalue("__rekeyinterval") or "0");
local __authmode = http.formvalue("__authmode") or "Disable"
cfgs.AuthMode = mtkwifi.token_set(cfgs.AuthMode, vif_idx, __authmode)
--[[ need to handle disable case as it conflicts with OPENWEP
case = disable; authmode = OPEN, encryption = NONE
case = open/OPENWEP; authmode = OPEN, encryption = WEP
]]
if __authmode == "Disable" then
cfgs.AuthMode = mtkwifi.token_set(cfgs.AuthMode, vif_idx, "OPEN")
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, "NONE")
cfgs.RekeyMethod = mtkwifi.token_set(cfgs.RekeyMethod, vif_idx, "DISABLE")
elseif __authmode == "OPEN" or __authmode == "SHARED" or __authmode == "WEPAUTO" then
--[[ the following required cfgs are already set in loop above
cfgs.Key{n}Str, ...
cfgs.Key{n}Type, ...
cfgs.DefaultKeyID
]]
cfgs.WscModeOption = "0"
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, "WEP")
cfgs.RekeyMethod = mtkwifi.token_set(cfgs.RekeyMethod, vif_idx, "DISABLE")
cfgs = conf_wep_keys(cfgs,vif_idx)
cfgs.WscConfMode = mtkwifi.token_set(cfgs.WscConfMode, vif_idx, 0)
elseif __authmode == "WPAPSK" or __authmode == "WPAPSKWPA2PSK" then
--[[ the following required cfgs are already set in loop above
cfgs.WPAPSK{n}, ...
cfgs.RekeyInterval
]]
cfgs.RekeyMethod = mtkwifi.token_set(cfgs.RekeyMethod, vif_idx, "TIME")
cfgs.IEEE8021X = mtkwifi.token_set(cfgs.IEEE8021X, vif_idx, "0")
cfgs.DefaultKeyID = mtkwifi.token_set(cfgs.DefaultKeyID, vif_idx, "2")
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, http.formvalue("__wpa_encrypttype") or "NONE")
--cfgs["WPAPSK"..vif_idx] = http.formvalue("WPAPSK"..vif_idx)
elseif __authmode == "WPA2PSK" then
--[[ the following required cfgs are already set in loop above
cfgs.WPAPSK{n}, ...
cfgs.RekeyInterval
]]
-- for DOT11W_PMF_SUPPORT
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, http.formvalue("__wpa_encrypttype") or "0")
if cfgs.PMFMFPC then
cfgs.PMFMFPC = mtkwifi.token_set(cfgs.PMFMFPC, vif_idx, http.formvalue("__pmfmfpc") or "0")
end
if cfgs.PMFMFPR then
cfgs.PMFMFPR = mtkwifi.token_set(cfgs.PMFMFPR, vif_idx, http.formvalue("__pmfmfpr") or "0")
end
if cfgs.PMFSHA256 then
cfgs.PMFSHA256 = mtkwifi.token_set(cfgs.PMFSHA256, vif_idx, http.formvalue("__pmfsha256") or "0")
end
cfgs.RekeyMethod = mtkwifi.token_set(cfgs.RekeyMethod, vif_idx, "TIME")
cfgs.IEEE8021X = mtkwifi.token_set(cfgs.IEEE8021X, vif_idx, "0")
cfgs.DefaultKeyID = mtkwifi.token_set(cfgs.DefaultKeyID, vif_idx, "2")
elseif __authmode == "WPA" then
--[[ the following required cfgs are already set in loop above
cfgs.WPAPSK{n}, ...
cfgs.RekeyInterval
cfgs.RADIUS_Key
]]
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, http.formvalue("__wpa_encrypttype") or "0")
cfgs.RADIUS_Server = mtkwifi.token_set(cfgs.RADIUS_Server, vif_idx, http.formvalue("__radius_server") or "0")
cfgs.RADIUS_Port = mtkwifi.token_set(cfgs.RADIUS_Port, vif_idx, http.formvalue("__radius_port") or "0")
cfgs.session_timeout_interval = mtkwifi.token_set(cfgs.session_timeout_interval, vif_idx, http.formvalue("__session_timeout_interval") or "0")
cfgs.RekeyMethod = mtkwifi.token_set(cfgs.RekeyMethod, vif_idx, "TIME")
cfgs.IEEE8021X = mtkwifi.token_set(cfgs.IEEE8021X, vif_idx, "0")
cfgs.DefaultKeyID = mtkwifi.token_set(cfgs.DefaultKeyID, vif_idx, "2")
elseif __authmode == "WPA2" then
--[[ the following required cfgs are already set in loop above
cfgs.WPAPSK{n}, ...
cfgs.RekeyInterval
cfgs.RADIUS_Key
]]
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, http.formvalue("__wpa_encrypttype") or "0")
cfgs.RADIUS_Server = mtkwifi.token_set(cfgs.RADIUS_Server, vif_idx, http.formvalue("__radius_server") or "0")
cfgs.RADIUS_Port = mtkwifi.token_set(cfgs.RADIUS_Port, vif_idx, http.formvalue("__radius_port") or "0")
cfgs.session_timeout_interval = mtkwifi.token_set(cfgs.session_timeout_interval, vif_idx, http.formvalue("__session_timeout_interval") or "0")
cfgs.PMKCachePeriod = mtkwifi.token_set(cfgs.PMKCachePeriod, vif_idx, http.formvalue("__pmkcacheperiod") or "0")
cfgs.PreAuth = mtkwifi.token_set(cfgs.PreAuth, vif_idx, http.formvalue("__preauth") or "0")
-- for DOT11W_PMF_SUPPORT
if cfgs.PMFMFPC then
cfgs.PMFMFPC = mtkwifi.token_set(cfgs.PMFMFPC, vif_idx, http.formvalue("__pmfmfpc") or "0")
end
if cfgs.PMFMFPR then
cfgs.PMFMFPR = mtkwifi.token_set(cfgs.PMFMFPR, vif_idx, http.formvalue("__pmfmfpr") or "0")
end
if cfgs.PMFSHA256 then
cfgs.PMFSHA256 = mtkwifi.token_set(cfgs.PMFSHA256, vif_idx, http.formvalue("__pmfsha256") or "0")
end
cfgs.RekeyMethod = mtkwifi.token_set(cfgs.RekeyMethod, vif_idx, "TIME")
cfgs.IEEE8021X = mtkwifi.token_set(cfgs.IEEE8021X, vif_idx, "0")
cfgs.DefaultKeyID = mtkwifi.token_set(cfgs.DefaultKeyID, vif_idx, "2")
elseif __authmode == "WPA1WPA2" then
--[[ the following required cfgs are already set in loop above
cfgs.WPAPSK{n}, ...
cfgs.RekeyInterval
cfgs.RADIUS_Key
]]
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, http.formvalue("__wpa_encrypttype") or "0")
cfgs.RADIUS_Server = mtkwifi.token_set(cfgs.RADIUS_Server, vif_idx, http.formvalue("__radius_server") or "0")
cfgs.RADIUS_Port = mtkwifi.token_set(cfgs.RADIUS_Port, vif_idx, http.formvalue("__radius_port") or "1812")
cfgs.session_timeout_interval = mtkwifi.token_set(cfgs.session_timeout_interval, vif_idx, http.formvalue("__session_timeout_interval") or "0")
cfgs.PMKCachePeriod = mtkwifi.token_set(cfgs.PMKCachePeriod, vif_idx, http.formvalue("__pmkcacheperiod") or "0")
cfgs.PreAuth = mtkwifi.token_set(cfgs.PreAuth, vif_idx, http.formvalue("__preauth") or "0")
cfgs.RekeyMethod = mtkwifi.token_set(cfgs.RekeyMethod, vif_idx, "TIME")
cfgs.IEEE8021X = mtkwifi.token_set(cfgs.IEEE8021X, vif_idx, "0")
cfgs.DefaultKeyID = mtkwifi.token_set(cfgs.DefaultKeyID, vif_idx, "2")
elseif __authmode == "IEEE8021X" then
cfgs.RekeyMethod = mtkwifi.token_set(cfgs.RekeyMethod, vif_idx, "DISABLE")
cfgs.AuthMode = mtkwifi.token_set(cfgs.AuthMode, vif_idx, "OPEN")
cfgs.IEEE8021X = mtkwifi.token_set(cfgs.IEEE8021X, vif_idx, "1")
cfgs.RADIUS_Server = mtkwifi.token_set(cfgs.RADIUS_Server, vif_idx, http.formvalue("__radius_server") or "0")
cfgs.RADIUS_Port = mtkwifi.token_set(cfgs.RADIUS_Port, vif_idx, http.formvalue("__radius_port") or "0")
cfgs.session_timeout_interval = mtkwifi.token_set(cfgs.session_timeout_interval, vif_idx, http.formvalue("__session_timeout_interval") or "0")
if http.formvalue("__8021x_wep") then
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, "WEP")
else
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, "NONE")
end
elseif __authmode == "WAICERT" then
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, "SMS4")
cfgs.Wapiifname = mtkwifi.token_set(cfgs.Wapiifname, vif_idx, "br-lan")
-- cfgs.wapicert_asipaddr
-- cfgs.WapiAsPort
-- cfgs.wapicert_ascert
-- cfgs.wapicert_usercert
elseif __authmode == "WAIPSK" then
cfgs.EncrypType = mtkwifi.token_set(cfgs.EncrypType, vif_idx, "SMS4")
-- cfgs.wapipsk_keytype
-- cfgs.wapipsk_prekey
end
mtkwifi.debug("__security_cfg, after, HideSSID="..tostring(cfgs.HideSSID))
mtkwifi.debug("__security_cfg, after, NoForwarding="..tostring(cfgs.NoForwarding))
mtkwifi.debug("__security_cfg, after, WmmCapable="..tostring(cfgs.WmmCapable))
mtkwifi.debug("__security_cfg, after, TxRate="..tostring(cfgs.TxRate))
mtkwifi.debug("__security_cfg, after, RekeyInterval="..tostring(cfgs.RekeyInterval))
mtkwifi.debug("__security_cfg, after, AuthMode="..tostring(cfgs.AuthMode))
mtkwifi.debug("__security_cfg, after, EncrypType="..tostring(cfgs.EncrypType))
mtkwifi.debug("__security_cfg, after, WscModeOption="..tostring(cfgs.WscModeOption))
mtkwifi.debug("__security_cfg, after, RekeyMethod="..tostring(cfgs.RekeyMethod))
mtkwifi.debug("__security_cfg, after, IEEE8021X="..tostring(cfgs.IEEE8021X))
mtkwifi.debug("__security_cfg, after, DefaultKeyID="..tostring(cfgs.DefaultKeyID))
mtkwifi.debug("__security_cfg, after, PMFMFPC="..tostring(cfgs.PMFMFPC))
mtkwifi.debug("__security_cfg, after, PMFMFPR="..tostring(cfgs.PMFMFPR))
mtkwifi.debug("__security_cfg, after, PMFSHA256="..tostring(cfgs.PMFSHA256))
mtkwifi.debug("__security_cfg, after, RADIUS_Server="..tostring(cfgs.RADIUS_Server))
mtkwifi.debug("__security_cfg, after, RADIUS_Port="..tostring(cfgs.RADIUS_Port))
mtkwifi.debug("__security_cfg, after, session_timeout_interval="..tostring(cfgs.session_timeout_interval))
mtkwifi.debug("__security_cfg, after, PMKCachePeriod="..tostring(cfgs.PMKCachePeriod))
mtkwifi.debug("__security_cfg, after, PreAuth="..tostring(cfgs.PreAuth))
mtkwifi.debug("__security_cfg, after, Wapiifname="..tostring(cfgs.Wapiifname))
end
function initialize_multiBssParameters(cfgs,vif_idx)
cfgs["WPAPSK"..vif_idx]="12345678"
cfgs["Key1Type"]=mtkwifi.token_set(cfgs["Key1Type"],vif_idx,"0")
cfgs["Key2Type"]=mtkwifi.token_set(cfgs["Key2Type"],vif_idx,"0")
cfgs["Key3Type"]=mtkwifi.token_set(cfgs["Key3Type"],vif_idx,"0")
cfgs["Key4Type"]=mtkwifi.token_set(cfgs["Key4Type"],vif_idx,"0")
cfgs["RADIUS_Server"]=mtkwifi.token_set(cfgs["RADIUS_Server"],vif_idx,"0")
cfgs["RADIUS_Key"..vif_idx]="ralink"
cfgs["DefaultKeyID"]=mtkwifi.token_set(cfgs["DefaultKeyID"],vif_idx,"1")
cfgs["IEEE8021X"]=mtkwifi.token_set(cfgs["IEEE8021X"],vif_idx,"0")
cfgs["WscConfMode"]=mtkwifi.token_set(cfgs["WscConfMode"],vif_idx,"0")
cfgs["PreAuth"]=mtkwifi.token_set(cfgs["PreAuth"],vif_idx,"0")
return cfgs
end
function vif_cfg(dev, vif)
local devname, vifname = dev, vif
if not devname then devname = vif end
mtkwifi.debug("devname="..devname)
mtkwifi.debug("vifname="..(vifname or ""))
local devs = mtkwifi.get_all_devs()
local profile = devs[devname].profile
assert(profile)
local cfgs = mtkwifi.load_profile(profile)
for k,v in pairs(http.formvalue()) do
if type(v) == type("") or type(v) == type(0) then
nixio.syslog("debug", "post."..k.."="..tostring(v))
else
nixio.syslog("debug", "post."..k.." invalid, type="..type(v))
end
end
-- sometimes vif_idx start from 0, like AccessPolicy0
-- sometimes it starts from 1, like WPAPSK1. nice!
local vif_idx
local to_url
if http.formvalue("__action") == "vif_cfg_view" then
vif_idx = devs[devname]["vifs"][vifname].vifidx
mtkwifi.debug("vif_idx=", vif_idx, devname, vifname)
to_url = luci.dispatcher.build_url("admin", "network", "wifi", "vif_cfg_view", devname, vifname)
elseif http.formvalue("__action") == "vif_add_view" then
cfgs.BssidNum = tonumber(cfgs.BssidNum) + 1
vif_idx = tonumber(cfgs.BssidNum)
to_url = luci.dispatcher.build_url("admin", "network", "wifi")
-- initializing ; separated parameters for the new interface
cfgs = initialize_multiBssParameters(cfgs, vif_idx)
end
-- "__" should not be in the name if user wants to copy formvalue data directly in the dat file variable
for k,v in pairs(http.formvalue()) do
if type(v) ~= type("") and type(v) ~= type(0) then
nixio.syslog("err", "vif_cfg, invalid value type for "..k..","..type(v))
elseif string.byte(k) ~= string.byte("_") then
mtkwifi.debug("copying values for "..k)
cfgs[k] = v or ""
end
end
cfgs["AccessPolicy"..vif_idx-1] = http.formvalue("__accesspolicy")
local t = mtkwifi.parse_mac(http.formvalue("__maclist"))
cfgs["AccessControlList"..vif_idx-1] = table.concat(t, ";")
__security_cfg(cfgs, vif_idx)
mtkwifi.debug(devname, profile)
mtkwifi.save_profile(cfgs, profile)
if http.formvalue("__apply") then
__mtkwifi_reload(devname)
end
return luci.http.redirect(to_url)
end
function apcli_scan(ifname)
local aplist = mtkwifi.scan_ap(ifname)
http.write_json(aplist)
end
function get_station_list()
http.write("get_station_list")
end
function reset_wifi(devname)
if devname then
os.execute("cp -f /rom/etc/wireless/"..devname.."/ /etc/wireless/")
else
os.execute("cp -rf /rom/etc/wireless /etc/")
end
os.execute("rm -rf /tmp/mtk/wifi")
__mtkwifi_reload(devname)
return luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi"))
end
function reload_wifi(devname)
__mtkwifi_reload(devname)
return luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi"))
end
function get_raw_profile()
local sid = http.formvalue("sid")
http.write_json("get_raw_profile")
end
function get_country_region_list()
local mode = http.formvalue("mode")
local cr_list;
if mtkwifi.band(mode) == "5G" then
cr_list = mtkwifi.CountryRegionList_5G_All
else
cr_list = mtkwifi.CountryRegionList_2G_All
end
http.write_json(cr_list)
end
function remove_ch_by_region(ch_list, region)
for i = #ch_list,2,-1 do
if not ch_list[i].region[region] then
table.remove(ch_list, i)
end
end
end
function get_channel_list()
local mode = http.formvalue("mode")
local region = tonumber(http.formvalue("country_region")) or 1
local ch_list
if mtkwifi.band(mode) == "5G" then
ch_list = mtkwifi.ChannelList_5G_All
else
ch_list = mtkwifi.ChannelList_2G_All
end
remove_ch_by_region(ch_list, region)
http.write_json(ch_list)
end
function get_HT_ext_channel_list()
local ch_cur = tonumber(http.formvalue("ch_cur"))
local region = tonumber(http.formvalue("country_region")) or 1
local ext_ch_list = {}
if ch_cur <= 14 then -- 2.4G Channel
local ch_list = mtkwifi.ChannelList_2G_All
local below_ch = ch_cur - 4
local above_ch = ch_cur + 4
local i = 1
if below_ch > 0 and ch_list[below_ch + 1].region[region] then
ext_ch_list[i] = {}
ext_ch_list[i].val = 0
ext_ch_list[i].text = ch_list[below_ch + 1].text
i = i + 1
end
if above_ch <= 14 and ch_list[above_ch + 1].region[region] then
ext_ch_list[i] = {}
ext_ch_list[i].val = 1
ext_ch_list[i].text = ch_list[above_ch + 1].text
end
else -- 5G Channel
local ch_list = mtkwifi.ChannelList_5G_All
local ext_ch_idx = -1
local len = 0
for k, v in ipairs(ch_list) do
len = len + 1
if v.channel == ch_cur then
ext_ch_idx = (k % 2 == 0) and k + 1 or k - 1
end
end
if ext_ch_idx > 0 and ext_ch_idx < len and ch_list[ext_ch_idx].region[region] then
ext_ch_list[1] = {}
ext_ch_list[1].val = ext_ch_idx % 2
ext_ch_list[1].text = ch_list[ext_ch_idx].text
end
end
http.write_json(ext_ch_list)
end
function get_5G_2nd_80Mhz_channel_list()
local ch_cur = tonumber(http.formvalue("ch_cur"))
local region = tonumber(http.formvalue("country_region"))
local ch_list = mtkwifi.ChannelList_5G_2nd_80MHZ_ALL
local ch_list_5g = mtkwifi.ChannelList_5G_All
local i, j, test_ch, test_idx
local bw80_1st_idx = -1
-- remove adjacent freqencies starting from list tail.
for i = #ch_list,1,-1 do
for j = 0,3 do
if ch_list[i].channel == -1 then
break
end
test_ch = ch_list[i].channel + j * 4
test_idx = ch_list[i].chidx + j
if test_ch == ch_cur then
if i + 1 <= #ch_list and ch_list[i + 1] then
table.remove(ch_list, i + 1)
end
table.remove(ch_list, i)
bw80_1st_idx = i
break
end
if i == (bw80_1st_idx - 1) or (not ch_list_5g[test_idx].region[region]) then
table.remove(ch_list, i)
break
end
end
end
-- remove unused channel.
for i = #ch_list,1,-1 do
if ch_list[i].channel == -1 then
table.remove(ch_list, i)
end
end
http.write_json(ch_list)
end
function apcli_cfg(dev, vif)
local devname = dev
mtkwifi.debug(devname)
local profiles = mtkwifi.search_dev_and_profile()
mtkwifi.debug(profiles[devname])
assert(profiles[devname])
local cfgs = mtkwifi.load_profile(profiles[devname])
for k,v in pairs(http.formvalue()) do
if type(v) ~= type("") and type(v) ~= type(0) then
nixio.syslog("err", "apcli_cfg, invalid value type for "..k..","..type(v))
elseif string.byte(k) ~= string.byte("_") then
cfgs[k] = v or ""
end
end
cfgs.ApCliSsid = ''..mtkwifi.__handleSpecialChars(http.formvalue("ApCliSsid"))
local __authmode = http.formvalue("ApCliAuthMode")
if __authmode == "Disable" then
cfgs.ApCliAuthMode = "OPEN"
cfgs.ApCliEncrypType = "NONE"
elseif __authmode == "OPEN" or __authmode == "SHARED" then
cfgs.ApCliAuthMode = __authmode
cfgs.ApCliEncrypType = http.formvalue("wep_ApCliEncrypType")
else
cfgs.ApCliAuthMode = __authmode
cfgs.ApCliEncrypType = http.formvalue("wpa_ApCliEncrypType")
end
mtkwifi.save_profile(cfgs, profiles[devname])
if http.formvalue("__apply") then
__mtkwifi_reload(devname)
end
luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi", "apcli_cfg_view", dev, vif))
end
function apcli_connect(dev, vif)
-- dev_vif can be
-- 1. mt7620.apcli0 # simple case
-- 2. mt7615e.1.apclix0 # multi-card
-- 3. mt7615e.1.2G.apclix0 # multi-card & multi-profile
local devname,vifname = dev, vif
mtkwifi.debug("devname=", dev, "vifname=", vif)
mtkwifi.debug(devname)
mtkwifi.debug(vifname)
local profiles = mtkwifi.search_dev_and_profile()
mtkwifi.debug(profiles[devname])
assert(profiles[devname])
local cfgs = mtkwifi.load_profile(profiles[devname])
cfgs.ApCliEnable = "1"
mtkwifi.save_profile(cfgs, profiles[devname])
os.execute("iwpriv "..vifname.." set ApCliEnable=0")
os.execute("ifconfig "..vifname.." up")
os.execute("iwpriv "..vifname.." set Channel="..cfgs.Channel)
os.execute("iwpriv "..vifname.." set ApCliAuthMode="..cfgs.ApCliAuthMode)
os.execute("iwpriv "..vifname.." set ApCliEncrypType="..cfgs.ApCliEncrypType)
if cfgs.ApCliAuthMode == "WEP" then
os.execute("#iwpriv "..vifname.." set ApCliDefaultKeyID="..cfgs.ApCliDefaultKeyID)
os.execute("#iwpriv "..vifname.." set ApCliKey1="..cfgs.ApCliKey1Str)
elseif cfgs.ApCliAuthMode == "WPAPSK"
or cfgs.ApCliAuthMode == "WPA2PSK"
or cfgs.ApCliAuthMode == "WPA1PSKWPA2PSK" then
os.execute("iwpriv "..vifname.." set ApCliWPAPSK="..cfgs.ApCliWPAPSK)
end
os.execute("iwpriv "..vifname.." set ApCliSsid=\""..cfgs.ApCliSsid.."\"")
os.execute("iwpriv "..vifname.." set ApCliEnable=1")
luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi"))
end
function apcli_disconnect(dev, vif)
-- dev_vif can be
-- 1. mt7620.apcli0 # simple case
-- 2. mt7615e.1.apclix0 # multi-card
-- 3. mt7615e.1.2G.apclix0 # multi-card & multi-profile
local devname,vifname = dev, vif
mtkwifi.debug("devname=", dev, "vifname", vif)
mtkwifi.debug(devname)
mtkwifi.debug(vifname)
local profiles = mtkwifi.search_dev_and_profile()
mtkwifi.debug(profiles[devname])
assert(profiles[devname])
local cfgs = mtkwifi.load_profile(profiles[devname])
cfgs.ApCliEnable = "0"
mtkwifi.save_profile(cfgs, profiles[devname])
os.execute("iwpriv "..vifname.." set ApCliEnable=0")
os.execute("ifconfig "..vifname.." down")
luci.http.redirect(luci.dispatcher.build_url("admin", "network", "wifi"))
end
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