local nt = require "luci.sys".net
local fs = require "nixio.fs"
+local acct_port, acct_secret, acct_server, anonymous_identity, ant1, ant2,
+ auth, auth_port, auth_secret, auth_server, bssid, cacert, cacert2,
+ cc, ch, cipher, clientcert, clientcert2, ea, eaptype, en, encr,
+ ft_protocol, ft_psk_generate_local, hidden, htmode, identity,
+ ieee80211r, ieee80211w, ifname, isolate, key_retries,
+ legacyrates, max_timeout, meshfwd, meshid, ml, mobility_domain, mode,
+ mp, nasid, network, password, pmk_r1_push, privkey, privkey2, privkeypwd,
+ privkeypwd2, r0_key_lifetime, r0kh, r1_key_holder, r1kh,
+ reassociation_deadline, retry_timeout, ssid, st, tp, wepkey, wepslot,
+ wmm, wpakey, wps
+
arg[1] = arg[1] or ""
m = Map("wireless", "",
m:chain("firewall")
m.redirect = luci.dispatcher.build_url("admin/network/wireless")
-local ifsection
-
-function m.on_commit(map)
- local wnet = nw:get_wifinet(arg[1])
- if ifsection and wnet then
- ifsection.section = wnet.sid
- m.title = luci.util.pcdata(wnet:get_i18n())
- end
-end
-
nw.init(m.uci)
local wnet = nw:get_wifinet(arg[1])
return
end
--- wireless toggle was requested, commit and reload page
-function m.parse(map)
- local new_cc = m:formvalue("cbid.wireless.%s.country" % wdev:name())
- local old_cc = m:get(wdev:name(), "country")
-
- if m:formvalue("cbid.wireless.%s.__toggle" % wdev:name()) then
- if wdev:get("disabled") == "1" or wnet:get("disabled") == "1" then
- wnet:set("disabled", nil)
- else
- wnet:set("disabled", "1")
- end
- wdev:set("disabled", nil)
-
- nw:commit("wireless")
- luci.sys.call("(env -i /bin/ubus call network reload) >/dev/null 2>/dev/null")
-
- luci.http.redirect(luci.dispatcher.build_url("admin/network/wireless", arg[1]))
- return
- end
-
- Map.parse(map)
-
- if m:get(wdev:name(), "type") == "mac80211" and new_cc and new_cc ~= old_cc then
- luci.sys.call("iw reg set %q" % new_cc)
- luci.http.redirect(luci.dispatcher.build_url("admin/network/wireless", arg[1]))
- return
- end
-end
-
-m.title = luci.util.pcdata(wnet:get_i18n())
-
-
local function txpower_list(iw)
local list = iw.txpwrlist or { }
local off = tonumber(iw.txpower_offset) or 0
local tx_power_list = txpower_list(iw)
local tx_power_cur = txpower_current(wdev:get("txpower"), tx_power_list)
+-- wireless toggle was requested, commit and reload page
+function m.parse(map)
+ local new_cc = m:formvalue("cbid.wireless.%s.country" % wdev:name())
+ local old_cc = m:get(wdev:name(), "country")
+
+ if m:formvalue("cbid.wireless.%s.__toggle" % wdev:name()) then
+ if wdev:get("disabled") == "1" or wnet:get("disabled") == "1" then
+ wnet:set("disabled", nil)
+ else
+ wnet:set("disabled", "1")
+ end
+ wdev:set("disabled", nil)
+ m.apply_needed = true
+ m.redirect = nil
+ end
+
+ Map.parse(map)
+
+ if m:get(wdev:name(), "type") == "mac80211" and new_cc and new_cc ~= old_cc then
+ luci.sys.call("iw reg set %s" % ut.shellquote(new_cc))
+
+ local old_ch = tonumber(m:formvalue("cbid.wireless.%s._mode_freq.channel" % wdev:name()) or "")
+ if old_ch then
+ local _, c, new_ch
+ for _, c in ipairs(iw.freqlist) do
+ if c.channel > old_ch or (old_ch <= 14 and c.channel > 14) then
+ break
+ end
+ new_ch = c.channel
+ end
+ if new_ch ~= old_ch then
+ wdev:set("channel", new_ch)
+ m.message = translatef("Channel %d is not available in the %s regulatory domain and has been auto-adjusted to %d.",
+ old_ch, new_cc, new_ch)
+ end
+ end
+ end
+
+ if wdev:get("disabled") == "1" or wnet:get("disabled") == "1" then
+ en.title = translate("Wireless network is disabled")
+ en.inputtitle = translate("Enable")
+ en.inputstyle = "apply"
+ else
+ en.title = translate("Wireless network is enabled")
+ en.inputtitle = translate("Disable")
+ en.inputstyle = "reset"
+ end
+end
+
+m.title = luci.util.pcdata(wnet:get_i18n())
+
s = m:section(NamedSection, wdev:name(), "wifi-device", translate("Device Configuration"))
s.addremove = false
s:tab("macfilter", translate("MAC-Filter"))
s:tab("advanced", translate("Advanced Settings"))
---[[
-back = s:option(DummyValue, "_overview", translate("Overview"))
-back.value = ""
-back.titleref = luci.dispatcher.build_url("admin", "network", "wireless")
-]]
-
st = s:taboption("general", DummyValue, "__status", translate("Status"))
st.template = "admin_network/wifi_status"
st.ifname = arg[1]
en = s:taboption("general", Button, "__toggle")
-if wdev:get("disabled") == "1" or wnet:get("disabled") == "1" then
- en.title = translate("Wireless network is disabled")
- en.inputtitle = translate("Enable")
- en.inputstyle = "apply"
-else
- en.title = translate("Wireless network is enabled")
- en.inputtitle = translate("Disable")
- en.inputstyle = "reset"
-end
-
-
local hwtype = wdev:get("type")
-- NanoFoo
found_sta.channel or "(auto)", table.concat(found_sta.names, ", "))
else
ch = s:taboption("general", Value, "_mode_freq", '<br />'..translate("Operating frequency"))
- ch.hwmodes = hw_modes
- ch.htmodes = iw.htmodelist
- ch.freqlist = iw.freqlist
+ ch.iwinfo = iw
ch.template = "cbi/wireless_modefreq"
function ch.cfgvalue(self, section)
s:taboption("advanced", Value, "country", translate("Country Code"), translate("Use ISO/IEC 3166 alpha2 country codes."))
end
+ legacyrates = s:taboption("advanced", Flag, "legacy_rates", translate("Allow legacy 802.11b rates"))
+ legacyrates.rmempty = false
+ legacyrates.default = "1"
+
s:taboption("advanced", Value, "distance", translate("Distance Optimization"),
translate("Distance to farthest network member in meters."))
----------------------- Interface -----------------------
s = m:section(NamedSection, wnet.sid, "wifi-iface", translate("Interface Configuration"))
-ifsection = s
s.addremove = false
s.anonymous = true
s.defaults.device = wdev:name()
s:tab("macfilter", translate("MAC-Filter"))
s:tab("advanced", translate("Advanced Settings"))
-ssid = s:taboption("general", Value, "ssid", translate("<abbr title=\"Extended Service Set Identifier\">ESSID</abbr>"))
-ssid.datatype = "maxlength(32)"
-
mode = s:taboption("general", ListValue, "mode", translate("Mode"))
mode.override_values = true
mode:value("ap", translate("Access Point"))
mode:value("sta", translate("Client"))
mode:value("adhoc", translate("Ad-Hoc"))
+meshid = s:taboption("general", Value, "mesh_id", translate("Mesh Id"))
+meshid:depends({mode="mesh"})
+
+meshfwd = s:taboption("advanced", Flag, "mesh_fwding", translate("Forward mesh peer traffic"))
+meshfwd.rmempty = false
+meshfwd.default = "1"
+meshfwd:depends({mode="mesh"})
+
+ssid = s:taboption("general", Value, "ssid", translate("<abbr title=\"Extended Service Set Identifier\">ESSID</abbr>"))
+ssid.datatype = "maxlength(32)"
+ssid:depends({mode="ap"})
+ssid:depends({mode="sta"})
+ssid:depends({mode="adhoc"})
+ssid:depends({mode="ahdemo"})
+ssid:depends({mode="monitor"})
+ssid:depends({mode="ap-wds"})
+ssid:depends({mode="sta-wds"})
+ssid:depends({mode="wds"})
+
bssid = s:taboption("general", Value, "bssid", translate("<abbr title=\"Basic Service Set Identifier\">BSSID</abbr>"))
network = s:taboption("general", Value, "network", translate("Network"),
wmm:depends({mode="ap"})
wmm:depends({mode="ap-wds"})
wmm.default = wmm.enabled
-
+
isolate = s:taboption("advanced", Flag, "isolate", translate("Isolate Clients"),
translate("Prevents client-to-client communication"))
isolate:depends({mode="ap"})
mobility_domain.datatype = "and(hexstring,rangelength(4,4))"
mobility_domain.rmempty = true
+ reassociation_deadline = s:taboption("encryption", Value, "reassociation_deadline",
+ translate("Reassociation Deadline"),
+ translate("time units (TUs / 1.024 ms) [1000-65535]"))
+ reassociation_deadline:depends({ieee80211r="1"})
+ reassociation_deadline.placeholder = "1000"
+ reassociation_deadline.datatype = "range(1000,65535)"
+ reassociation_deadline.rmempty = true
+
+ ft_protocol = s:taboption("encryption", ListValue, "ft_over_ds", translate("FT protocol"))
+ ft_protocol:depends({ieee80211r="1"})
+ ft_protocol:value("1", translatef("FT over DS"))
+ ft_protocol:value("0", translatef("FT over the Air"))
+ ft_protocol.rmempty = true
+
+ ft_psk_generate_local = s:taboption("encryption", Flag, "ft_psk_generate_local",
+ translate("Generate PMK locally"),
+ translate("When using a PSK, the PMK can be generated locally without inter AP communications"))
+ ft_psk_generate_local:depends({ieee80211r="1"})
+
r0_key_lifetime = s:taboption("encryption", Value, "r0_key_lifetime",
translate("R0 Key Lifetime"), translate("minutes"))
- r0_key_lifetime:depends({ieee80211r="1"})
+ r0_key_lifetime:depends({ieee80211r="1", ft_psk_generate_local=""})
r0_key_lifetime.placeholder = "10000"
r0_key_lifetime.datatype = "uinteger"
r0_key_lifetime.rmempty = true
r1_key_holder = s:taboption("encryption", Value, "r1_key_holder",
translate("R1 Key Holder"),
translate("6-octet identifier as a hex string - no colons"))
- r1_key_holder:depends({ieee80211r="1"})
+ r1_key_holder:depends({ieee80211r="1", ft_psk_generate_local=""})
r1_key_holder.placeholder = "00004f577274"
r1_key_holder.datatype = "and(hexstring,rangelength(12,12))"
r1_key_holder.rmempty = true
- reassociation_deadline = s:taboption("encryption", Value, "reassociation_deadline",
- translate("Reassociation Deadline"),
- translate("time units (TUs / 1.024 ms) [1000-65535]"))
- reassociation_deadline:depends({ieee80211r="1"})
- reassociation_deadline.placeholder = "1000"
- reassociation_deadline.datatype = "range(1000,65535)"
- reassociation_deadline.rmempty = true
-
pmk_r1_push = s:taboption("encryption", Flag, "pmk_r1_push", translate("PMK R1 Push"))
- pmk_r1_push:depends({ieee80211r="1"})
+ pmk_r1_push:depends({ieee80211r="1", ft_psk_generate_local=""})
pmk_r1_push.placeholder = "0"
pmk_r1_push.rmempty = true
"<br />This list is used to map R0KH-ID (NAS Identifier) to a destination " ..
"MAC address when requesting PMK-R1 key from the R0KH that the STA " ..
"used during the Initial Mobility Domain Association."))
-
- r0kh:depends({ieee80211r="1"})
+ r0kh:depends({ieee80211r="1", ft_psk_generate_local=""})
r0kh.rmempty = true
r1kh = s:taboption("encryption", DynamicList, "r1kh", translate("External R1 Key Holder List"),
"<br />This list is used to map R1KH-ID to a destination MAC address " ..
"when sending PMK-R1 key from the R0KH. This is also the " ..
"list of authorized R1KHs in the MD that can request PMK-R1 keys."))
- r1kh:depends({ieee80211r="1"})
+ r1kh:depends({ieee80211r="1", ft_psk_generate_local=""})
r1kh.rmempty = true
-- End of 802.11r options
-- ieee802.11w options
if hwtype == "mac80211" then
- local has_80211w = (os.execute("hostapd -v11w 2>/dev/null || hostapd -veap 2>/dev/null") == 0)
- if has_80211w then
- ieee80211w = s:taboption("encryption", ListValue, "ieee80211w",
- translate("802.11w Management Frame Protection"),
- translate("Requires the 'full' version of wpad/hostapd " ..
- "and support from the wifi driver <br />(as of Feb 2017: " ..
- "ath9k and ath10k, in LEDE also mwlwifi and mt76)"))
- ieee80211w.default = ""
- ieee80211w.rmempty = true
- ieee80211w:value("", translate("Disabled (default)"))
- ieee80211w:value("1", translate("Optional"))
- ieee80211w:value("2", translate("Required"))
- ieee80211w:depends({mode="ap", encryption="wpa2"})
- ieee80211w:depends({mode="ap-wds", encryption="wpa2"})
- ieee80211w:depends({mode="ap", encryption="psk2"})
- ieee80211w:depends({mode="ap", encryption="psk-mixed"})
- ieee80211w:depends({mode="ap-wds", encryption="psk2"})
- ieee80211w:depends({mode="ap-wds", encryption="psk-mixed"})
-
- max_timeout = s:taboption("encryption", Value, "ieee80211w_max_timeout",
- translate("802.11w maximum timeout"),
- translate("802.11w Association SA Query maximum timeout"))
- max_timeout:depends({ieee80211w="1"})
- max_timeout:depends({ieee80211w="2"})
- max_timeout.datatype = "uinteger"
- max_timeout.placeholder = "1000"
- max_timeout.rmempty = true
-
- retry_timeout = s:taboption("encryption", Value, "ieee80211w_retry_timeout",
- translate("802.11w retry timeout"),
- translate("802.11w Association SA Query retry timeout"))
- retry_timeout:depends({ieee80211w="1"})
- retry_timeout:depends({ieee80211w="2"})
- retry_timeout.datatype = "uinteger"
- retry_timeout.placeholder = "201"
- retry_timeout.rmempty = true
- end
+ local has_80211w = (os.execute("hostapd -v11w 2>/dev/null || hostapd -veap 2>/dev/null") == 0)
+ if has_80211w then
+ ieee80211w = s:taboption("encryption", ListValue, "ieee80211w",
+ translate("802.11w Management Frame Protection"),
+ translate("Requires the 'full' version of wpad/hostapd " ..
+ "and support from the wifi driver <br />(as of Feb 2017: " ..
+ "ath9k and ath10k, in LEDE also mwlwifi and mt76)"))
+ ieee80211w.default = ""
+ ieee80211w.rmempty = true
+ ieee80211w:value("", translate("Disabled (default)"))
+ ieee80211w:value("1", translate("Optional"))
+ ieee80211w:value("2", translate("Required"))
+ ieee80211w:depends({mode="ap", encryption="wpa2"})
+ ieee80211w:depends({mode="ap-wds", encryption="wpa2"})
+ ieee80211w:depends({mode="ap", encryption="psk2"})
+ ieee80211w:depends({mode="ap", encryption="psk-mixed"})
+ ieee80211w:depends({mode="ap-wds", encryption="psk2"})
+ ieee80211w:depends({mode="ap-wds", encryption="psk-mixed"})
+
+ max_timeout = s:taboption("encryption", Value, "ieee80211w_max_timeout",
+ translate("802.11w maximum timeout"),
+ translate("802.11w Association SA Query maximum timeout"))
+ max_timeout:depends({ieee80211w="1"})
+ max_timeout:depends({ieee80211w="2"})
+ max_timeout.datatype = "uinteger"
+ max_timeout.placeholder = "1000"
+ max_timeout.rmempty = true
+
+ retry_timeout = s:taboption("encryption", Value, "ieee80211w_retry_timeout",
+ translate("802.11w retry timeout"),
+ translate("802.11w Association SA Query retry timeout"))
+ retry_timeout:depends({ieee80211w="1"})
+ retry_timeout:depends({ieee80211w="2"})
+ retry_timeout.datatype = "uinteger"
+ retry_timeout.placeholder = "201"
+ retry_timeout.rmempty = true
+ end
+
+ key_retries = s:taboption("encryption", Flag, "wpa_disable_eapol_key_retries",
+ translate("Enable key reinstallation (KRACK) countermeasures"),
+ translate("Complicates key reinstallation attacks on the client side by disabling retransmission of EAPOL-Key frames that are used to install keys. This workaround might cause interoperability issues and reduced robustness of key negotiation especially in environments with heavy traffic load."))
+
+ key_retries:depends({mode="ap", encryption="wpa2"})
+ key_retries:depends({mode="ap", encryption="psk2"})
+ key_retries:depends({mode="ap", encryption="psk-mixed"})
+ key_retries:depends({mode="ap-wds", encryption="wpa2"})
+ key_retries:depends({mode="ap-wds", encryption="psk2"})
+ key_retries:depends({mode="ap-wds", encryption="psk-mixed"})
end
if hwtype == "mac80211" or hwtype == "prism2" then
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