771 lines
28 KiB
Lua
771 lines
28 KiB
Lua
local api = require "luci.passwall.api"
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local appname = "passwall"
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local datatypes = api.datatypes
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local fs = api.fs
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local has_singbox = api.finded_com("singbox")
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local has_xray = api.finded_com("xray")
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local has_gfwlist = fs.access("/usr/share/passwall/rules/gfwlist")
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local has_chnlist = fs.access("/usr/share/passwall/rules/chnlist")
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local has_chnroute = fs.access("/usr/share/passwall/rules/chnroute")
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local chinadns_tls = os.execute("chinadns-ng -V | grep -i wolfssl >/dev/null")
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m = Map(appname)
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local nodes_table = {}
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for k, e in ipairs(api.get_valid_nodes()) do
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nodes_table[#nodes_table + 1] = e
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end
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local normal_list = {}
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local balancing_list = {}
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local shunt_list = {}
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local iface_list = {}
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for k, v in pairs(nodes_table) do
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if v.node_type == "normal" then
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normal_list[#normal_list + 1] = v
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end
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if v.protocol and v.protocol == "_balancing" then
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balancing_list[#balancing_list + 1] = v
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end
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if v.protocol and v.protocol == "_shunt" then
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shunt_list[#shunt_list + 1] = v
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end
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if v.protocol and v.protocol == "_iface" then
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iface_list[#iface_list + 1] = v
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end
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end
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local socks_list = {}
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local tcp_socks_server = "127.0.0.1" .. ":" .. (m:get("@global[0]", "tcp_node_socks_port") or "1070")
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local socks_table = {}
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socks_table[#socks_table + 1] = {
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id = tcp_socks_server,
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remark = tcp_socks_server .. " - " .. translate("TCP Node")
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}
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m.uci:foreach(appname, "socks", function(s)
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if s.enabled == "1" and s.node then
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local id, remark
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for k, n in pairs(nodes_table) do
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if (s.node == n.id) then
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remark = n["remark"]; break
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end
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end
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id = "127.0.0.1" .. ":" .. s.port
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socks_table[#socks_table + 1] = {
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id = id,
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remark = id .. " - " .. (remark or translate("Misconfigured"))
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}
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socks_list[#socks_list + 1] = {
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id = "Socks_" .. s[".name"],
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remark = translate("Socks Config") .. " " .. string.format("[%s %s]", s.port, translate("Port"))
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}
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end
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end)
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local doh_validate = function(self, value, t)
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value = value:gsub("%s+", "")
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if value ~= "" then
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local flag = 0
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local util = require "luci.util"
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local val = util.split(value, ",")
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local url = val[1]
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val[1] = nil
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for i = 1, #val do
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local v = val[i]
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if v then
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if not datatypes.ipmask4(v) and not datatypes.ipmask6(v) then
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flag = 1
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end
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end
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end
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if flag == 0 then
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return value
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end
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end
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return nil, translatef("%s request address","DoH") .. " " .. translate("Format must be:") .. " URL,IP"
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end
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local chinadns_dot_validate = function(self, value, t)
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local function isValidDoTString(s)
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if s:sub(1, 6) ~= "tls://" then return false end
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local address = s:sub(7)
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local at_index = address:find("@")
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local hash_index = address:find("#")
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local ip, port
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local domain = at_index and address:sub(1, at_index - 1) or nil
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ip = at_index and address:sub(at_index + 1, (hash_index or 0) - 1) or address:sub(1, (hash_index or 0) - 1)
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port = hash_index and address:sub(hash_index + 1) or nil
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local num_port = tonumber(port)
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if (port and (not num_port or num_port <= 0 or num_port >= 65536)) or
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(domain and domain == "") or
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(not datatypes.ipaddr(ip) and not datatypes.ip6addr(ip)) then
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return false
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end
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return true
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end
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value = value:gsub("%s+", "")
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if value ~= "" then
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if isValidDoTString(value) then
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return value
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end
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end
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return nil, translatef("%s request address","DoT") .. " " .. translate("Format must be:") .. " tls://" .. translate("Domain") .. "@IP[#Port] | tls://IP[#Port]"
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end
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m:append(Template(appname .. "/global/status"))
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s = m:section(TypedSection, "global")
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s.anonymous = true
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s.addremove = false
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s:tab("Main", translate("Main"))
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-- [[ Global Settings ]]--
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o = s:taboption("Main", Flag, "enabled", translate("Main switch"))
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o.rmempty = false
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---- TCP Node
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o = s:taboption("Main", ListValue, "tcp_node", "<a style='color: red'>" .. translate("TCP Node") .. "</a>")
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o:value("", translate("Close"))
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---- UDP Node
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o = s:taboption("Main", ListValue, "udp_node", "<a style='color: red'>" .. translate("UDP Node") .. "</a>")
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o:value("", translate("Close"))
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o:value("tcp", translate("Same as the tcp node"))
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-- 分流
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if (has_singbox or has_xray) and #nodes_table > 0 then
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local function get_cfgvalue(shunt_node_id, option)
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return function(self, section)
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return m:get(shunt_node_id, option)
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end
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end
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local function get_write(shunt_node_id, option)
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return function(self, section, value)
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if s.fields["tcp_node"]:formvalue(section) == shunt_node_id then
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m:set(shunt_node_id, option, value)
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end
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end
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end
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local function get_remove(shunt_node_id, option)
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return function(self, section)
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if s.fields["tcp_node"]:formvalue(section) == shunt_node_id then
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m:del(shunt_node_id, option)
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end
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end
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end
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if #normal_list > 0 then
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for k, v in pairs(shunt_list) do
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local vid = v.id
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-- shunt node type, Sing-Box or Xray
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local type = s:taboption("Main", ListValue, vid .. "-type", translate("Type"))
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if has_singbox then
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type:value("sing-box", "Sing-Box")
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end
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if has_xray then
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type:value("Xray", translate("Xray"))
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end
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type.cfgvalue = get_cfgvalue(v.id, "type")
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type.write = get_write(v.id, "type")
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-- pre-proxy
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o = s:taboption("Main", Flag, vid .. "-preproxy_enabled", translate("Preproxy"))
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o:depends("tcp_node", v.id)
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o.rmempty = false
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o.cfgvalue = get_cfgvalue(v.id, "preproxy_enabled")
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o.write = get_write(v.id, "preproxy_enabled")
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o = s:taboption("Main", ListValue, vid .. "-main_node", string.format('<a style="color:red">%s</a>', translate("Preproxy Node")), translate("Set the node to be used as a pre-proxy. Each rule (including <code>Default</code>) has a separate switch that controls whether this rule uses the pre-proxy or not."))
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o:depends(vid .. "-preproxy_enabled", "1")
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for k1, v1 in pairs(socks_list) do
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o:value(v1.id, v1.remark)
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end
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for k1, v1 in pairs(balancing_list) do
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o:value(v1.id, v1.remark)
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end
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for k1, v1 in pairs(iface_list) do
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o:value(v1.id, v1.remark)
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end
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for k1, v1 in pairs(normal_list) do
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o:value(v1.id, v1.remark)
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end
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o.cfgvalue = get_cfgvalue(v.id, "main_node")
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o.write = get_write(v.id, "main_node")
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if (has_singbox and has_xray) or (v.type == "sing-box" and not has_singbox) or (v.type == "Xray" and not has_xray) then
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type:depends("tcp_node", v.id)
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else
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type:depends("tcp_node", "__hide") --不存在的依赖，即始终隐藏
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end
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m.uci:foreach(appname, "shunt_rules", function(e)
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local id = e[".name"]
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local node_option = vid .. "-" .. id .. "_node"
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if id and e.remarks then
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o = s:taboption("Main", ListValue, node_option, string.format('* <a href="%s" target="_blank">%s</a>', api.url("shunt_rules", id), e.remarks))
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o.cfgvalue = get_cfgvalue(v.id, id)
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o.write = get_write(v.id, id)
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o.remove = get_remove(v.id, id)
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o:depends("tcp_node", v.id)
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o:value("", translate("Close"))
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o:value("_default", translate("Default"))
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o:value("_direct", translate("Direct Connection"))
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o:value("_blackhole", translate("Blackhole"))
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local pt = s:taboption("Main", ListValue, vid .. "-".. id .. "_proxy_tag", string.format('* <a style="color:red">%s</a>', e.remarks .. " " .. translate("Preproxy")))
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pt.cfgvalue = get_cfgvalue(v.id, id .. "_proxy_tag")
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pt.write = get_write(v.id, id .. "_proxy_tag")
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pt.remove = get_remove(v.id, id .. "_proxy_tag")
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pt:value("", translate("Close"))
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pt:value("main", translate("Preproxy Node"))
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for k1, v1 in pairs(socks_list) do
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o:value(v1.id, v1.remark)
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end
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for k1, v1 in pairs(balancing_list) do
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o:value(v1.id, v1.remark)
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end
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for k1, v1 in pairs(iface_list) do
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o:value(v1.id, v1.remark)
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end
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for k1, v1 in pairs(normal_list) do
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o:value(v1.id, v1.remark)
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pt:depends({ [node_option] = v1.id, [vid .. "-preproxy_enabled"] = "1" })
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end
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end
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end)
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local id = "default_node"
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o = s:taboption("Main", ListValue, vid .. "-" .. id, string.format('* <a style="color:red">%s</a>', translate("Default")))
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o.cfgvalue = get_cfgvalue(v.id, id)
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o.write = get_write(v.id, id)
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o.remove = get_remove(v.id, id)
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o:depends("tcp_node", v.id)
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o:value("_direct", translate("Direct Connection"))
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o:value("_blackhole", translate("Blackhole"))
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for k1, v1 in pairs(socks_list) do
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o:value(v1.id, v1.remark)
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end
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for k1, v1 in pairs(balancing_list) do
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o:value(v1.id, v1.remark)
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end
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for k1, v1 in pairs(iface_list) do
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o:value(v1.id, v1.remark)
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end
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for k1, v1 in pairs(normal_list) do
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o:value(v1.id, v1.remark)
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end
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local id = "default_proxy_tag"
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o = s:taboption("Main", ListValue, vid .. "-" .. id, string.format('* <a style="color:red">%s</a>', translate("Default Preproxy")), translate("When using, localhost will connect this node first and then use this node to connect the default node."))
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o.cfgvalue = get_cfgvalue(v.id, id)
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o.write = get_write(v.id, id)
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o.remove = get_remove(v.id, id)
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o:value("", translate("Close"))
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o:value("main", translate("Preproxy Node"))
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for k1, v1 in pairs(normal_list) do
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if v1.protocol ~= "_balancing" then
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o:depends({ [vid .. "-default_node"] = v1.id, [vid .. "-preproxy_enabled"] = "1" })
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end
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end
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end
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else
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local tips = s:taboption("Main", DummyValue, "tips", " ")
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tips.rawhtml = true
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tips.cfgvalue = function(t, n)
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return string.format('<a style="color: red">%s</a>', translate("There are no available nodes, please add or subscribe nodes first."))
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end
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tips:depends({ tcp_node = "", ["!reverse"] = true })
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for k, v in pairs(shunt_list) do
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tips:depends("udp_node", v.id)
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end
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for k, v in pairs(balancing_list) do
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tips:depends("udp_node", v.id)
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end
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end
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end
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o = s:taboption("Main", Value, "tcp_node_socks_port", translate("TCP Node") .. " Socks " .. translate("Listen Port"))
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o.default = 1070
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o.datatype = "port"
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o:depends({ tcp_node = "", ["!reverse"] = true })
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--[[
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if has_singbox or has_xray then
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o = s:taboption("Main", Value, "tcp_node_http_port", translate("TCP Node") .. " HTTP " .. translate("Listen Port") .. " " .. translate("0 is not use"))
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o.default = 0
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o.datatype = "port"
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end
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]]--
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o = s:taboption("Main", Flag, "tcp_node_socks_bind_local", translate("TCP Node") .. " Socks " .. translate("Bind Local"), translate("When selected, it can only be accessed localhost."))
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o.default = "1"
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o:depends({ tcp_node = "", ["!reverse"] = true })
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s:tab("DNS", translate("DNS"))
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o = s:taboption("DNS", ListValue, "dns_shunt", "DNS " .. translate("Shunt"))
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o:value("dnsmasq", "Dnsmasq")
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o:value("chinadns-ng", translate("ChinaDNS-NG (recommended)"))
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if api.is_finded("smartdns") then
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o:value("smartdns", "SmartDNS")
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o = s:taboption("DNS", Value, "group_domestic", translate("Domestic group name"))
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o.placeholder = "local"
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o:depends("dns_shunt", "smartdns")
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o.description = translate("You only need to configure domestic DNS packets in SmartDNS and set it redirect or as Dnsmasq upstream, and fill in the domestic DNS group name here.")
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end
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o = s:taboption("DNS", ListValue, "direct_dns_mode", translate("Direct DNS") .. " " .. translate("Request protocol"))
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o:value("", translate("Auto"))
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o:value("udp", translatef("Requery DNS By %s", "UDP"))
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o:value("tcp", translatef("Requery DNS By %s", "TCP"))
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if chinadns_tls == 0 then
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o:value("dot", translatef("Requery DNS By %s", "DoT"))
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end
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--TO DO
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--o:value("doh", "DoH")
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o:depends({dns_shunt = "dnsmasq"})
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o:depends({dns_shunt = "chinadns-ng"})
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o = s:taboption("DNS", Value, "direct_dns_udp", translate("Direct DNS"))
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o.datatype = "or(ipaddr,ipaddrport)"
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o.default = "223.5.5.5"
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o:value("223.5.5.5")
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o:value("223.6.6.6")
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o:value("119.29.29.29")
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o:value("180.76.76.76")
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o:value("180.184.1.1")
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o:value("180.184.2.2")
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o:value("114.114.114.114")
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o:value("114.114.115.115")
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o:depends("direct_dns_mode", "udp")
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o = s:taboption("DNS", Value, "direct_dns_tcp", translate("Direct DNS"))
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o.datatype = "or(ipaddr,ipaddrport)"
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o.default = "223.5.5.5"
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o:value("223.5.5.5")
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o:value("223.6.6.6")
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o:value("180.184.1.1")
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o:value("180.184.2.2")
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o:value("114.114.114.114")
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o:value("114.114.115.115")
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o:value("119.28.28.28")
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o:depends("direct_dns_mode", "tcp")
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o = s:taboption("DNS", Value, "direct_dns_dot", translate("Direct DNS DoT"))
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o.default = "tls://dot.pub@1.12.12.12"
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o:value("tls://dot.pub@1.12.12.12")
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o:value("tls://dot.pub@120.53.53.53")
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o:value("tls://dot.360.cn@36.99.170.86")
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o:value("tls://dot.360.cn@101.198.191.4")
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o:value("tls://dns.alidns.com@223.5.5.5")
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o:value("tls://dns.alidns.com@223.6.6.6")
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o:value("tls://dns.alidns.com@2400:3200::1")
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o:value("tls://dns.alidns.com@2400:3200:baba::1")
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o.validate = chinadns_dot_validate
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o:depends("direct_dns_mode", "dot")
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o = s:taboption("DNS", Flag, "filter_proxy_ipv6", translate("Filter Proxy Host IPv6"), translate("Experimental feature."))
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o.default = "0"
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---- DNS Forward Mode
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o = s:taboption("DNS", ListValue, "dns_mode", translate("Filter Mode"))
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o:value("udp", translatef("Requery DNS By %s", "UDP"))
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o:value("tcp", translatef("Requery DNS By %s", "TCP"))
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if chinadns_tls == 0 then
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o:value("dot", translatef("Requery DNS By %s", "DoT"))
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end
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if api.is_finded("dns2socks") then
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o:value("dns2socks", "dns2socks")
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end
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if has_singbox then
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o:value("sing-box", "Sing-Box")
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end
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if has_xray then
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o:value("xray", "Xray")
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end
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if api.is_finded("smartdns") then
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o:depends({ dns_shunt = "smartdns", ['!reverse'] = true })
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end
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---- SmartDNS Forward Mode
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if api.is_finded("smartdns") then
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o = s:taboption("DNS", ListValue, "smartdns_dns_mode", translate("Filter Mode"))
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o:value("socks", "Socks")
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if has_singbox then
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o:value("sing-box", "Sing-Box")
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end
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if has_xray then
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o:value("xray", "Xray")
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end
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o:depends({ dns_shunt = "smartdns" })
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o = s:taboption("DNS", DynamicList, "smartdns_remote_dns", translate("Remote DNS"))
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o:value("tcp://1.1.1.1")
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o:value("tcp://8.8.4.4")
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o:value("tcp://8.8.8.8")
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o:value("tcp://9.9.9.9")
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o:value("tcp://208.67.222.222")
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o:value("tls://1.1.1.1")
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o:value("tls://8.8.4.4")
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o:value("tls://8.8.8.8")
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o:value("tls://9.9.9.9")
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o:value("tls://208.67.222.222")
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o:value("https://1.1.1.1/dns-query")
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o:value("https://8.8.4.4/dns-query")
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o:value("https://8.8.8.8/dns-query")
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o:value("https://9.9.9.9/dns-query")
|
|
o:value("https://208.67.222.222/dns-query")
|
|
o:value("https://dns.adguard.com/dns-query,176.103.130.130")
|
|
o:value("https://doh.libredns.gr/dns-query,116.202.176.26")
|
|
o:value("https://doh.libredns.gr/ads,116.202.176.26")
|
|
o:depends({ dns_shunt = "smartdns", smartdns_dns_mode = "socks" })
|
|
o.cfgvalue = function(self, section)
|
|
return m:get(section, self.option) or {"tcp://1.1.1.1"}
|
|
end
|
|
function o.write(self, section, value)
|
|
local t = {}
|
|
local t2 = {}
|
|
if type(value) == "table" then
|
|
local x
|
|
for _, x in ipairs(value) do
|
|
if x and #x > 0 then
|
|
if not t2[x] then
|
|
t2[x] = x
|
|
t[#t+1] = x
|
|
end
|
|
end
|
|
end
|
|
else
|
|
t = { value }
|
|
end
|
|
return DynamicList.write(self, section, t)
|
|
end
|
|
end
|
|
|
|
o = s:taboption("DNS", ListValue, "xray_dns_mode", translate("Request protocol"))
|
|
o:value("tcp", "TCP")
|
|
o:value("tcp+doh", "TCP + DoH (" .. translate("A/AAAA type") .. ")")
|
|
o:depends("dns_mode", "xray")
|
|
o:depends("smartdns_dns_mode", "xray")
|
|
o.cfgvalue = function(self, section)
|
|
return m:get(section, "v2ray_dns_mode")
|
|
end
|
|
o.write = function(self, section, value)
|
|
if s.fields["dns_mode"]:formvalue(section) == "xray" or s.fields["smartdns_dns_mode"]:formvalue(section) == "xray" then
|
|
return m:set(section, "v2ray_dns_mode", value)
|
|
end
|
|
end
|
|
|
|
o = s:taboption("DNS", ListValue, "singbox_dns_mode", translate("Request protocol"))
|
|
o:value("tcp", "TCP")
|
|
o:value("doh", "DoH")
|
|
o:depends("dns_mode", "sing-box")
|
|
o:depends("smartdns_dns_mode", "sing-box")
|
|
o.cfgvalue = function(self, section)
|
|
return m:get(section, "v2ray_dns_mode")
|
|
end
|
|
o.write = function(self, section, value)
|
|
if s.fields["dns_mode"]:formvalue(section) == "sing-box" or s.fields["smartdns_dns_mode"]:formvalue(section) == "sing-box" then
|
|
return m:set(section, "v2ray_dns_mode", value)
|
|
end
|
|
end
|
|
|
|
o = s:taboption("DNS", Value, "socks_server", translate("Socks Server"), translate("Make sure socks service is available on this address."))
|
|
for k, v in pairs(socks_table) do o:value(v.id, v.remark) end
|
|
o.default = socks_table[1].id
|
|
o.validate = function(self, value, t)
|
|
if not datatypes.ipaddrport(value) then
|
|
return nil, translate("Socks Server") .. " " .. translate("Not valid IP format, please re-enter!")
|
|
end
|
|
return value
|
|
end
|
|
o:depends({dns_mode = "dns2socks"})
|
|
|
|
---- DNS Forward
|
|
o = s:taboption("DNS", Value, "remote_dns", translate("Remote DNS"))
|
|
o.datatype = "or(ipaddr,ipaddrport)"
|
|
o.default = "1.1.1.1"
|
|
o:value("1.1.1.1", "1.1.1.1 (CloudFlare)")
|
|
o:value("1.1.1.2", "1.1.1.2 (CloudFlare-Security)")
|
|
o:value("8.8.4.4", "8.8.4.4 (Google)")
|
|
o:value("8.8.8.8", "8.8.8.8 (Google)")
|
|
o:value("9.9.9.9", "9.9.9.9 (Quad9)")
|
|
o:value("149.112.112.112", "149.112.112.112 (Quad9)")
|
|
o:value("208.67.220.220", "208.67.220.220 (OpenDNS)")
|
|
o:value("208.67.222.222", "208.67.222.222 (OpenDNS)")
|
|
if nixio.fs.access("/usr/share/mosdns/mosdns.sh") then
|
|
local mosdns_port = string.gsub(luci.sys.exec("uci -q get mosdns.config.listen_port"), "\n", "")
|
|
if mosdns_port ~= nil and result ~= "" then
|
|
o:value("127.0.0.1:" .. mosdns_port, "127.0.0.1:" .. mosdns_port .. " (MosDNS)")
|
|
end
|
|
end
|
|
o:depends({dns_mode = "dns2socks"})
|
|
o:depends({dns_mode = "tcp"})
|
|
o:depends({dns_mode = "udp"})
|
|
o:depends({xray_dns_mode = "tcp"})
|
|
o:depends({xray_dns_mode = "tcp+doh"})
|
|
o:depends({singbox_dns_mode = "tcp"})
|
|
|
|
---- DoT
|
|
o = s:taboption("DNS", Value, "remote_dns_dot", translate("Remote DNS DoT"))
|
|
o.default = "tls://dns.google@8.8.4.4"
|
|
o:value("tls://1dot1dot1dot1.cloudflare-dns.com@1.0.0.1", "1.0.0.1 (CloudFlare)")
|
|
o:value("tls://1dot1dot1dot1.cloudflare-dns.com@1.1.1.1", "1.1.1.1 (CloudFlare)")
|
|
o:value("tls://dns.google@8.8.4.4", "8.8.4.4 (Google)")
|
|
o:value("tls://dns.google@8.8.8.8", "8.8.8.8 (Google)")
|
|
o:value("tls://dns.quad9.net@9.9.9.9", "9.9.9.9 (Quad9)")
|
|
o:value("tls://dns.quad9.net@149.112.112.112", "149.112.112.112 (Quad9)")
|
|
o:value("tls://dns.adguard.com@94.140.14.14", "94.140.14.14 (AdGuard)")
|
|
o:value("tls://dns.adguard.com@94.140.15.15", "94.140.15.15 (AdGuard)")
|
|
o:value("tls://dns.opendns.com@208.67.222.222", "208.67.222.222 (OpenDNS)")
|
|
o:value("tls://dns.opendns.com@208.67.220.220", "208.67.220.220 (OpenDNS)")
|
|
o.validate = chinadns_dot_validate
|
|
o:depends("dns_mode", "dot")
|
|
|
|
---- DoH
|
|
o = s:taboption("DNS", Value, "remote_dns_doh", translate("Remote DNS DoH"))
|
|
o.default = "https://1.1.1.1/dns-query"
|
|
o:value("https://1.1.1.1/dns-query", "1.1.1.1 (CloudFlare)")
|
|
o:value("https://1.1.1.2/dns-query", "1.1.1.2 (CloudFlare-Security)")
|
|
o:value("https://8.8.4.4/dns-query", "8.8.4.4 (Google)")
|
|
o:value("https://8.8.8.8/dns-query", "8.8.8.8 (Google)")
|
|
o:value("https://9.9.9.9/dns-query", "9.9.9.9 (Quad9)")
|
|
o:value("https://149.112.112.112/dns-query", "149.112.112.112 (Quad9)")
|
|
o:value("https://208.67.222.222/dns-query", "208.67.222.222 (OpenDNS)")
|
|
o:value("https://dns.adguard.com/dns-query,94.140.14.14", "94.140.14.14 (AdGuard)")
|
|
o:value("https://doh.libredns.gr/dns-query,116.202.176.26", "116.202.176.26 (LibreDNS)")
|
|
o:value("https://doh.libredns.gr/ads,116.202.176.26", "116.202.176.26 (LibreDNS-NoAds)")
|
|
o.validate = doh_validate
|
|
o:depends({xray_dns_mode = "tcp+doh"})
|
|
o:depends({singbox_dns_mode = "doh"})
|
|
|
|
o = s:taboption("DNS", Value, "remote_dns_client_ip", translate("EDNS Client Subnet"))
|
|
o.description = translate("Notify the DNS server when the DNS query is notified, the location of the client (cannot be a private IP address).") .. "<br />" ..
|
|
translate("This feature requires the DNS server to support the Edns Client Subnet (RFC7871).")
|
|
o.datatype = "ipaddr"
|
|
o:depends({dns_mode = "sing-box"})
|
|
o:depends({dns_mode = "xray"})
|
|
o:depends("smartdns_dns_mode", "sing-box")
|
|
o:depends("smartdns_dns_mode", "xray")
|
|
|
|
o = s:taboption("DNS", Flag, "remote_fakedns", "FakeDNS", translate("Use FakeDNS work in the shunt domain that proxy."))
|
|
o.default = "0"
|
|
o:depends({dns_mode = "sing-box", dns_shunt = "dnsmasq"})
|
|
o:depends({dns_mode = "sing-box", dns_shunt = "chinadns-ng"})
|
|
o:depends({smartdns_dns_mode = "sing-box", dns_shunt = "smartdns"})
|
|
o:depends({dns_mode = "xray", dns_shunt = "dnsmasq"})
|
|
o:depends({dns_mode = "xray", dns_shunt = "chinadns-ng"})
|
|
o:depends({smartdns_dns_mode = "xray", dns_shunt = "smartdns"})
|
|
o.validate = function(self, value, t)
|
|
if value and value == "1" then
|
|
local _dns_mode = s.fields["dns_mode"]:formvalue(t) or s.fields["smartdns_dns_mode"]:formvalue(t)
|
|
local _tcp_node = s.fields["tcp_node"]:formvalue(t)
|
|
if _dns_mode and _tcp_node then
|
|
if m:get(_tcp_node, "type"):lower() ~= _dns_mode then
|
|
return nil, translatef("TCP node must be '%s' type to use FakeDNS.", _dns_mode)
|
|
end
|
|
end
|
|
end
|
|
return value
|
|
end
|
|
|
|
o = s:taboption("DNS", ListValue, "chinadns_ng_default_tag", translate("Default DNS"))
|
|
o.default = "none"
|
|
o:value("gfw", translate("Remote DNS"))
|
|
o:value("chn", translate("Direct DNS"))
|
|
o:value("none", translate("Smart, Do not accept no-ip reply from Direct DNS"))
|
|
o:value("none_noip", translate("Smart, Accept no-ip reply from Direct DNS"))
|
|
local desc = "<ul>"
|
|
.. "<li>" .. translate("When not matching any domain name list:") .. "</li>"
|
|
.. "<li>" .. translate("Remote DNS: Can avoid more DNS leaks, but some domestic domain names maybe to proxy!") .. "</li>"
|
|
.. "<li>" .. translate("Direct DNS: Internet experience may be better, but DNS will be leaked!") .. "</li>"
|
|
o.description = desc
|
|
.. "<li>" .. translate("Smart: Forward to both direct and remote DNS, if the direct DNS resolution result is a mainland China IP, then use the direct result, otherwise use the remote result.") .. "</li>"
|
|
.. "<li>" .. translate("In smart mode, no-ip reply from Direct DNS:") .. "</li>"
|
|
.. "<li>" .. translate("Do not accept: Wait and use Remote DNS Reply.") .. "</li>"
|
|
.. "<li>" .. translate("Accept: Trust the Reply, using this option can improve DNS resolution speeds for some mainland IPv4-only sites.") .. "</li>"
|
|
.. "</ul>"
|
|
o:depends({dns_shunt = "chinadns-ng", tcp_proxy_mode = "proxy", chn_list = "direct"})
|
|
|
|
o = s:taboption("DNS", ListValue, "use_default_dns", translate("Default DNS"))
|
|
o.default = "direct"
|
|
o:value("remote", translate("Remote DNS"))
|
|
o:value("direct", translate("Direct DNS"))
|
|
o.description = desc .. "</ul>"
|
|
o:depends({dns_shunt = "dnsmasq", tcp_proxy_mode = "proxy", chn_list = "direct"})
|
|
if api.is_finded("smartdns") then
|
|
o:depends({dns_shunt = "smartdns", tcp_proxy_mode = "proxy", chn_list = "direct"})
|
|
end
|
|
|
|
o = s:taboption("DNS", Flag, "dns_redirect", translate("DNS Redirect"), translate("Force special DNS server to need proxy devices."))
|
|
o.default = "0"
|
|
o.rmempty = false
|
|
|
|
if (m:get("@global_forwarding[0]", "use_nft") or "0") == "1" then
|
|
o = s:taboption("DNS", Button, "clear_ipset", translate("Clear NFTSET"), translate("Try this feature if the rule modification does not take effect."))
|
|
else
|
|
o = s:taboption("DNS", Button, "clear_ipset", translate("Clear IPSET"), translate("Try this feature if the rule modification does not take effect."))
|
|
end
|
|
o.inputstyle = "remove"
|
|
function o.write(e, e)
|
|
luci.sys.call('[ -n "$(nft list sets 2>/dev/null | grep \"passwall_\")" ] && sh /usr/share/passwall/nftables.sh flush_nftset_reload || sh /usr/share/passwall/iptables.sh flush_ipset_reload > /dev/null 2>&1 &')
|
|
luci.http.redirect(api.url("log"))
|
|
end
|
|
|
|
s:tab("Proxy", translate("Mode"))
|
|
|
|
o = s:taboption("Proxy", Flag, "use_direct_list", translatef("Use %s", translate("Direct List")))
|
|
o.default = "1"
|
|
|
|
o = s:taboption("Proxy", Flag, "use_proxy_list", translatef("Use %s", translate("Proxy List")))
|
|
o.default = "1"
|
|
|
|
o = s:taboption("Proxy", Flag, "use_block_list", translatef("Use %s", translate("Block List")))
|
|
o.default = "1"
|
|
|
|
if has_gfwlist then
|
|
o = s:taboption("Proxy", Flag, "use_gfw_list", translatef("Use %s", translate("GFW List")))
|
|
o.default = "1"
|
|
end
|
|
|
|
if has_chnlist or has_chnroute then
|
|
o = s:taboption("Proxy", ListValue, "chn_list", translate("China List"))
|
|
o:value("0", translate("Close(Not use)"))
|
|
o:value("direct", translate("Direct Connection"))
|
|
o:value("proxy", translate("Proxy"))
|
|
o.default = "direct"
|
|
end
|
|
|
|
---- TCP Default Proxy Mode
|
|
o = s:taboption("Proxy", ListValue, "tcp_proxy_mode", "TCP " .. translate("Default Proxy Mode"))
|
|
o:value("disable", translate("No Proxy"))
|
|
o:value("proxy", translate("Proxy"))
|
|
o.default = "proxy"
|
|
|
|
---- UDP Default Proxy Mode
|
|
o = s:taboption("Proxy", ListValue, "udp_proxy_mode", "UDP " .. translate("Default Proxy Mode"))
|
|
o:value("disable", translate("No Proxy"))
|
|
o:value("proxy", translate("Proxy"))
|
|
o.default = "proxy"
|
|
|
|
o = s:taboption("Proxy", DummyValue, "switch_mode", " ")
|
|
o.template = appname .. "/global/proxy"
|
|
|
|
o = s:taboption("Proxy", Flag, "localhost_proxy", translate("Localhost Proxy"), translate("When selected, localhost can transparent proxy."))
|
|
o.default = "1"
|
|
o.rmempty = false
|
|
|
|
o = s:taboption("Proxy", Flag, "client_proxy", translate("Client Proxy"), translate("When selected, devices in LAN can transparent proxy. Otherwise, it will not be proxy. But you can still use access control to allow the designated device to proxy."))
|
|
o.default = "1"
|
|
o.rmempty = false
|
|
|
|
o = s:taboption("Proxy", DummyValue, "_proxy_tips", " ")
|
|
o.rawhtml = true
|
|
o.cfgvalue = function(t, n)
|
|
return string.format('<a style="color: red" href="%s">%s</a>', api.url("acl"), translate("Want different devices to use different proxy modes/ports/nodes? Please use access control."))
|
|
end
|
|
|
|
s:tab("log", translate("Log"))
|
|
o = s:taboption("log", Flag, "log_tcp", translate("Enable") .. " " .. translatef("%s Node Log", "TCP"))
|
|
o.default = "1"
|
|
o.rmempty = false
|
|
|
|
o = s:taboption("log", Flag, "log_udp", translate("Enable") .. " " .. translatef("%s Node Log", "UDP"))
|
|
o.default = "1"
|
|
o.rmempty = false
|
|
|
|
o = s:taboption("log", ListValue, "loglevel", "Sing-Box/Xray " .. translate("Log Level"))
|
|
o.default = "warning"
|
|
o:value("debug")
|
|
o:value("info")
|
|
o:value("warning")
|
|
o:value("error")
|
|
|
|
o = s:taboption("log", ListValue, "trojan_loglevel", "Trojan " .. translate("Log Level"))
|
|
o.default = "2"
|
|
o:value("0", "all")
|
|
o:value("1", "info")
|
|
o:value("2", "warn")
|
|
o:value("3", "error")
|
|
o:value("4", "fatal")
|
|
|
|
o = s:taboption("log", Flag, "advanced_log_feature", translate("Advanced log feature"), translate("For professionals only."))
|
|
o.default = "0"
|
|
o = s:taboption("log", Flag, "sys_log", translate("Logging to system log"), translate("Logging to the system log for more advanced functions. For example, send logs to a dedicated log server."))
|
|
o:depends("advanced_log_feature", "1")
|
|
o.default = "0"
|
|
o = s:taboption("log", Value, "persist_log_path", translate("Persist log file directory"), translate("The path to the directory used to store persist log files, the \"/\" at the end can be omitted. Leave it blank to disable this feature."))
|
|
o:depends({ ["advanced_log_feature"] = 1, ["sys_log"] = 0 })
|
|
o = s:taboption("log", Value, "log_event_filter", translate("Log Event Filter"), translate("Support regular expression."))
|
|
o:depends("advanced_log_feature", "1")
|
|
o = s:taboption("log", Value, "log_event_cmd", translate("Shell Command"), translate("Shell command to execute, replace log content with %s."))
|
|
o:depends("advanced_log_feature", "1")
|
|
|
|
s:tab("faq", "FAQ")
|
|
|
|
o = s:taboption("faq", DummyValue, "")
|
|
o.template = appname .. "/global/faq"
|
|
|
|
-- [[ Socks Server ]]--
|
|
o = s:taboption("Main", Flag, "socks_enabled", "Socks " .. translate("Main switch"))
|
|
o.rmempty = false
|
|
|
|
s2 = m:section(TypedSection, "socks", translate("Socks Config"))
|
|
s2.template = "cbi/tblsection"
|
|
s2.anonymous = true
|
|
s2.addremove = true
|
|
s2.extedit = api.url("socks_config", "%s")
|
|
function s2.create(e, t)
|
|
local uuid = api.gen_short_uuid()
|
|
t = uuid
|
|
TypedSection.create(e, t)
|
|
luci.http.redirect(e.extedit:format(t))
|
|
end
|
|
|
|
o = s2:option(DummyValue, "status", translate("Status"))
|
|
o.rawhtml = true
|
|
o.cfgvalue = function(t, n)
|
|
return string.format('<div class="_status" socks_id="%s"></div>', n)
|
|
end
|
|
|
|
---- Enable
|
|
o = s2:option(Flag, "enabled", translate("Enable"))
|
|
o.default = 1
|
|
o.rmempty = false
|
|
|
|
o = s2:option(ListValue, "node", translate("Socks Node"))
|
|
|
|
local n = 1
|
|
m.uci:foreach(appname, "socks", function(s)
|
|
if s[".name"] == section then
|
|
return false
|
|
end
|
|
n = n + 1
|
|
end)
|
|
|
|
o = s2:option(Value, "port", "Socks " .. translate("Listen Port"))
|
|
o.default = n + 1080
|
|
o.datatype = "port"
|
|
o.rmempty = false
|
|
|
|
if has_singbox or has_xray then
|
|
o = s2:option(Value, "http_port", "HTTP " .. translate("Listen Port") .. " " .. translate("0 is not use"))
|
|
o.default = 0
|
|
o.datatype = "port"
|
|
end
|
|
|
|
for k, v in pairs(nodes_table) do
|
|
s.fields["tcp_node"]:value(v.id, v["remark"])
|
|
s.fields["udp_node"]:value(v.id, v["remark"])
|
|
if v.type == "Socks" then
|
|
if has_singbox or has_xray then
|
|
s2.fields["node"]:value(v.id, v["remark"])
|
|
end
|
|
else
|
|
s2.fields["node"]:value(v.id, v["remark"])
|
|
end
|
|
end
|
|
|
|
m:append(Template(appname .. "/global/footer"))
|
|
|
|
return m
|