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231 lines
8.2 KiB
Lua
231 lines
8.2 KiB
Lua
-- PrivateRouter Easy Mesh
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local m,s,o
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local sys = require "luci.sys"
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local uci = require "luci.model.uci".cursor()
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local iwinfo = require "iwinfo"
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m = Map("easymesh",
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translate("Easy Mesh WiFi Setup"),
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translate("Powered by Batman-adv (Better Approach To Mobile Adhoc Networking - Advanced). First setup your Mesh Gateway Server then setup the nodes. When configuring a Mesh Node, first activate your mesh WiFi on the radio device and establish a connection. Then enable it as a DHCP node. The default settings are typically adequate for most Mesh WiFi configurations.")
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.. "<br/>" .. translate("Official website:") .. ' <a href="https://www.open-mesh.org/projects/batman-adv/wiki" target="_blank">https://www.open-mesh.org/projects/batman-adv/wiki</a>'
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)
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function detect_Node()
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local data = {}
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-- Streamline the command to retrieve node information
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local lps = luci.util.execi("batctl n 2>/dev/null | tail +2 | sed 's/^[ ]*//;s/[ ]*/ /g'")
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for line in lps do
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-- Split the line into parts using pattern matching
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local ifa, neighbor, lastseen = string.match(line, "(%S+) (%S+) (%S+)")
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if ifa and neighbor and lastseen then
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-- Construct the row and add it to the data table
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local row = {["IF"] = ifa, ["Neighbor"] = neighbor, ["lastseen"] = lastseen}
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table.insert(data, row)
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end
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end
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return data
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end
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function get_verbose_hw_info(iface)
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local type = iwinfo.type(iface)
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if not type then
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return "Generic"
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end
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local driver = iwinfo[type]
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if not driver then
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return "Driver not supported"
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end
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local hw_name = driver.hardware_name and driver.hardware_name(iface)
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if not hw_name or hw_name == "" then
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hw_name = "Unknown hardware"
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end
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local hw_modes = driver.hwmodelist and driver.hwmodelist(iface)
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local supported_modes = {}
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if hw_modes then
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for mode, supported in pairs(hw_modes) do
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if supported then
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table.insert(supported_modes, mode)
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end
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end
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end
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if #supported_modes == 0 then
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supported_modes_str = "No mode information"
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else
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supported_modes_str = table.concat(supported_modes, "/")
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end
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local verbose_info = hw_name .. " (" .. supported_modes_str .. ")"
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return verbose_info
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end
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local Nodes = luci.sys.exec("batctl n 2>/dev/null| tail +3 | wc -l")
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local Node = detect_Node()
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v = m:section(Table, Node, translate("Active Nodes") ,"<b>" .. translate("Number of Active Nodes: ") .. Nodes .. "</b>")
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v:option(DummyValue, "IF", translate("Interface"))
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v:option(DummyValue, "Neighbor", translate("Neighbor Nodes"))
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v:option(DummyValue, "lastseen", translate("Last Seen Timestamp"))
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-- Basic
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s = m:section(TypedSection, "easymesh", translate("Mesh Gateway & Node WiFi Settings"), translate("Choose Mesh Gateway or Mesh Node WiFi Settings: Begin by completing this section on your mesh server and nodes. Ensure each radio's WiFi network name is consistent. For example: easymesh_AC, easymesh_N."))
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s.anonymous = true
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-- Connection Type Dropdown
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--o = s:option(ListValue, "backbone", translate("Connection Type"), translate("Choose if Node or Gateway is connected to internet by LAN or WiFi"))
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--o:value("lan", translate("LAN"))
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--o:value("wifi", translate("WiFi"))
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--o.default = "lan"
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--o.rmempty = false
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-- AP Name
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--apn = s:option(Value, "apname", translate("AP Name"), translate("Enter the client WiFi AP name"))
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--apn:depends("backbone", "wifi")
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--apn.placeholder = "easymesh_AC"
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--apn.rmempty = true
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-- AP Password
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--app = s:option(Value, "appass", translate("AP Password"), translate("Enter the client WiFi AP password"))
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--app:depends("backbone", "wifi")
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--app.password = true
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--app.placeholder = "easymesh"
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--app.rmempty = true
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s:tab("setup", translate("Basic Setup"))
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s:tab("apmode", translate("AP Mode"))
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s:tab("advanced", translate("Advanced Settings"))
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---- Eanble
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o = s:taboption("setup", Flag, "enabled", translate("Enable"))
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o.default = 0
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-- Move basic settings under the "Setup" tab
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o = s:taboption("setup", ListValue, "role", translate("Mesh Mode"))
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o:value("server", translate("Server"))
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o:value("off", translate("Node"))
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o.default = "server"
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--o:value("client", translate("Client (advanced)"))
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apRadio = s:taboption("setup", MultiValue, "apRadio", translate("Mesh Radio(s)"))
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uci:foreach("wireless", "wifi-device",
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function(s)
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local iface = s['.name']
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local hw_modes = get_verbose_hw_info(iface)
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local desc = string.format("%s (%s)", iface, hw_modes)
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apRadio:value(iface, desc) -- Display radio interface with its hardware modes
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end)
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apRadio.default = "radio0"
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apRadio.widget = "select"
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o = s:taboption("setup", Value, "mesh_id", translate("Mesh SSID"))
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o.default = "easymesh_AC"
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encryption = s:taboption("setup", Flag, "encryption", translate("Enable Password"), translate(""))
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encryption.default = 0
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o = s:taboption("setup", Value, "key", translate("Mesh Password"))
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o.default = "easymesh"
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o:depends("encryption", 1)
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o.password = true
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enable_kvr = s:taboption("advanced", Flag, "kvr", translate("K/V/R"), translate("Enable Key Value Roaming"))
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enable_kvr.default = 1
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mobility_domain = s:taboption("advanced", Value, "mobility_domain", translate("Mobility Domain"), translate("4-character hexadecimal ID"))
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mobility_domain.default = "4f57"
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--mobility_domain.datatype = "and(hexstring,rangelength(4,4))"
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rssi_val = s:taboption("advanced", Value, "rssi_val", translate("Threshold for a good RSSI"))
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rssi_val.default = "-60"
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--rssi_val.datatype = "range(-1,-120)"
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low_rssi_val = s:taboption("advanced", Value, "low_rssi_val", translate("Threshold for a bad RSSI"))
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low_rssi_val.default = "-88"
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--low_rssi_val.datatype = "range(-1,-120)"
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---- Apply MESH settings
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--ctrl = m:section(TypedSection, "easymesh", "Apply Mesh WiFi Settings to Server or Node")
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--ctrl.anonymous = true
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--ctrl.addremove = false
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----btnStop = ctrl:option(Button, "_btn_start", translate("Apply Mesh WiFi Settings"))
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--function btnStop.write()
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-- io.popen("/etc/init.d/easymesh start")
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--end
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---- 802.11F
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--enable = s:option(Flag, "iapp", translate("inter-access point protocol"), translate("Wireless Access Points (APs) running on different vendors can communicate with each other"))
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--enable.default = 0
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--enable.rmempty = false
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-- NodeMode
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-- s = m:section(TypedSection, "easymesh", translate("Enable Router as DHCP Mesh Node"), translate("Set up Easy Mesh WiFi on your server and nodes first. All mesh nodes will utilize your mesh server for DHCP. "))
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-- s.anonymous = true
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---- ap_mode
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o = s:taboption("apmode", Value, "hostname", translate("Node Hostname"))
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o.default = "node2"
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o:value("node2", "node2")
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o:value("node3", "node3")
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o:value("node4", "node4")
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o:value("node5", "node5")
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o:value("node6", "node6")
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o:value("node7", "node7")
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o:value("node8", "node8")
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o:value("node9", "node9")
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o.datatype = "string"
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o:depends("role", "off")
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-- IP Mode (DHCP or Static)
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ipmode = s:taboption("apmode", ListValue, "ipmode", translate("IP Mode"), translate("Choose if the node uses DHCP or a Static IP"))
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ipmode:value("dhcp", translate("DHCP"))
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ipmode:value("static", translate("Static"))
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ipmode.default = "dhcp"
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ipmode:depends("role", "off")
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-- Static IP address
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o = s:taboption("apmode", Value, "ipaddr", translate("Static IP Address"))
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o.default = "192.168.70.254"
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o.datatype = "ip4addr"
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o:depends({ipmode="static",role="off"})
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-- DNS (Mesh Gateway IP Address)
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o = s:taboption("apmode", Value, "gatewayIP", translate("Mesh Gateway IP Address"))
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o.default = "192.168.70.1"
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o.datatype = "ip4addr"
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o:depends({ipmode="static",role="off"})
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-- IPv4 netmask
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o = s:taboption("apmode", Value, "netmask", translate("IPv4 netmask"))
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o.default = "255.255.255.0"
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o.datatype = "ip4addr"
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o:depends({ipmode="static",role="off"})
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btnAPMode = s:taboption("apmode", Button, "_btn_apmode", translate("Enable Dumb AP Mode"), translate("WARNING: THIS WILL CHANGE THIS NODE'S IP ADDRESS, YOU WILL LOOSE ACCESS TO THIS UI"))
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function btnAPMode.write()
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luci.sys.call("/easymesh/easymesh.sh dumbap &")
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end
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btnAPMode:depends("role", "off")
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m.on_before_apply = function(self)
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local enabled = m:formvalue("cbid.easymesh.config.enabled")
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if enabled and enabled == "1" then
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luci.sys.call("/easymesh/easymesh.sh enable &")
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else
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luci.sys.call("/easymesh/easymesh.sh disable &")
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end
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end
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return m |