local nw = require("luci.model.network").init()
local fw = require("luci.model.firewall").init()
local dump = util.ubus("network.interface", "dump", {})
-local trmiface = uci.get("travelmate", "global", "trm_iface") or "trm_wwan"
-local trminput = uci.get("travelmate", "global", "trm_rtfile") or "/tmp/trm_runtime.json"
-local uplink = uci.get("network", trmiface) or ""
+local trmiface = uci:get("travelmate", "global", "trm_iface") or "trm_wwan"
+local trminput = uci:get("travelmate", "global", "trm_rtfile") or "/tmp/trm_runtime.json"
+local uplink = uci:get("network", trmiface) or ""
local parse = json.parse(fs.readfile(trminput) or "")
m = Map("travelmate", translate("Travelmate"),
.. translatef("For further information "
.. "<a href=\"%s\" target=\"_blank\">"
.. "see online documentation</a>", "https://github.com/openwrt/packages/blob/master/net/travelmate/files/README.md"))
+m:chain("network")
+m:chain("firewall")
+m.apply_on_parse = true
-function m.on_after_commit(self)
+function m.on_apply(self)
luci.sys.call("env -i /etc/init.d/travelmate restart >/dev/null 2>&1")
luci.http.redirect(luci.dispatcher.build_url("admin", "services", "travelmate"))
end
if uplink == "" then
ds = m:section(NamedSection, "global", "travelmate", translate("Interface Wizard"))
-
- o = ds:option(Value, "", translate("Uplink interface"))
+ o = ds:option(Value, "trm_iface", translate("Create Uplink interface"),
+ translate("Create a new wireless wan uplink interface, configure it to use dhcp and ")
+ .. translate("add it to the wan zone of the firewall.<br />")
+ .. translate("This step has only to be done once."))
o.datatype = "and(uciname,rangelength(3,15))"
o.default = trmiface
o.rmempty = false
- btn = ds:option(Button, "trm_iface", translate("Create Uplink Interface"),
- translate("Create a new wireless wan uplink interface, configure it to use dhcp and ")
- .. translate("add it to the wan zone of the firewall. This step has only to be done once."))
- btn.inputtitle = translate("Add Interface")
- btn.inputstyle = "apply"
- btn.disabled = false
-
- function btn.write(self, section)
- local iface = o:formvalue(section)
- if iface then
- uci:set("travelmate", section, "trm_iface", iface)
- uci:save("travelmate")
- uci:commit("travelmate")
- local net = nw:add_network(iface, { proto = "dhcp" })
- if net then
- nw:save("network")
- nw:commit("network")
- local zone = fw:get_zone_by_network("wan")
- if zone then
- zone:add_network(iface)
- fw:save("firewall")
- fw:commit("firewall")
- end
+ function o.validate(self, value)
+ if value then
+ local nwnet = nw:get_network(value)
+ local zone = fw:get_zone("wan")
+ local fwnet = fw:get_zone_by_network(value)
+ if not nwnet then
+ nwnet = nw:add_network(value, { proto = "dhcp" })
+ end
+ if zone and not fwnet then
+ fwnet = zone:add_network(value)
end
- luci.sys.call("env -i /bin/ubus call network reload >/dev/null 2>&1")
end
- luci.http.redirect(luci.dispatcher.build_url("admin", "services", "travelmate"))
+ return value
end
return m
end
o1.default = o1.disabled
o1.rmempty = false
-o2 = s:option(Flag, "trm_automatic", translate("Enable 'automatic' mode"),
- translate("Keep travelmate in an active state. Check every n seconds the connection status, i.e. the uplink availability."))
+o2 = s:option(Flag, "trm_captive", translate("Captive Portal Detection"),
+ translate("Check the internet availability, log captive portal redirections and keep the uplink connection 'alive'."))
o2.default = o2.enabled
o2.rmempty = false
-o3 = s:option(Flag, "trm_captive", translate("Captive Portal Detection"),
- translate("Check the internet availability, log captive portal redirections and keep the uplink connection 'alive'."))
-o3.default = o3.enabled
-o3.rmempty = false
-
-o4 = s:option(ListValue, "trm_iface", translate("Uplink / Trigger interface"),
+o3 = s:option(ListValue, "trm_iface", translate("Uplink / Trigger interface"),
translate("Name of the used uplink interface."))
if dump then
local i, v
for i, v in ipairs(dump.interface) do
if v.interface ~= "loopback" and v.interface ~= "lan" then
- o4:value(v.interface)
+ o3:value(v.interface)
end
end
end
-o4.default = trmiface
-o4.rmempty = false
+o3.default = trmiface
+o3.rmempty = false
-o5 = s:option(Value, "trm_triggerdelay", translate("Trigger Delay"),
- translate("Additional trigger delay in seconds before travelmate processing begins."))
-o5.datatype = "range(1,60)"
-o5.default = 2
-o5.rmempty = false
-
-btn = s:option(Button, "", translate("Manual Rescan"),
- translate("Force a manual uplink rescan / reconnect in 'trigger' mode."))
-btn:depends("trm_automatic", "")
-btn.inputtitle = translate("Rescan")
-btn.inputstyle = "find"
-btn.disabled = false
-
-function btn.write()
- luci.sys.call("env -i /etc/init.d/travelmate start >/dev/null 2>&1")
- luci.http.redirect(luci.dispatcher.build_url("admin", "services", "travelmate"))
+if fs.access("/usr/bin/qrencode") then
+ btn = s:option(Button, "btn", translate("View AP QR-Codes"),
+ translate("Connect your Android or iOS devices to your router's WiFi using the shown QR code."))
+ btn.inputtitle = translate("QR-Codes")
+ btn.inputstyle = "apply"
+ btn.disabled = false
+
+ function btn.write()
+ luci.http.redirect(luci.dispatcher.build_url("admin", "services", "travelmate", "apqr"))
+ end
end
-- Runtime information
e2.datatype = "and(uciname,rangelength(6,6))"
e2.rmempty = true
-e3 = e:option(Value, "trm_maxretry", translate("Connection Limit"),
- translate("Retry limit to connect to an uplink."))
-e3.default = 3
-e3.datatype = "range(1,10)"
+e3 = e:option(Value, "trm_triggerdelay", translate("Trigger Delay"),
+ translate("Additional trigger delay in seconds before travelmate processing begins."))
+e3.datatype = "range(1,60)"
+e3.default = 2
e3.rmempty = false
-e4 = e:option(Value, "trm_minquality", translate("Signal Quality Threshold"),
- translate("Minimum signal quality threshold as percent for conditional uplink (dis-) connections."))
-e4.default = 35
-e4.datatype = "range(20,80)"
+e4 = e:option(Value, "trm_maxretry", translate("Connection Limit"),
+ translate("Retry limit to connect to an uplink."))
+e4.default = 3
+e4.datatype = "range(1,10)"
e4.rmempty = false
-e5 = e:option(Value, "trm_maxwait", translate("Interface Timeout"),
- translate("How long should travelmate wait for a successful wlan uplink connection."))
-e5.default = 30
-e5.datatype = "range(20,40)"
+e5 = e:option(Value, "trm_minquality", translate("Signal Quality Threshold"),
+ translate("Minimum signal quality threshold as percent for conditional uplink (dis-) connections."))
+e5.default = 35
+e5.datatype = "range(20,80)"
e5.rmempty = false
-e6 = e:option(Value, "trm_timeout", translate("Overall Timeout"),
- translate("Timeout in seconds between retries in 'automatic' mode."))
-e6.default = 60
-e6.datatype = "range(30,300)"
+e6 = e:option(Value, "trm_maxwait", translate("Interface Timeout"),
+ translate("How long should travelmate wait for a successful wlan uplink connection."))
+e6.default = 30
+e6.datatype = "range(20,40)"
e6.rmempty = false
+e7 = e:option(Value, "trm_timeout", translate("Overall Timeout"),
+ translate("Overall retry timeout in seconds."))
+e7.default = 60
+e7.datatype = "range(30,300)"
+e7.rmempty = false
+
return m
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