luci-app-passwall2: sync upstream
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407d3e0fa9
@ -5,7 +5,7 @@
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include $(TOPDIR)/rules.mk
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PKG_NAME:=luci-app-passwall2
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PKG_VERSION:=1.26-3
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PKG_VERSION:=1.27-1
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PKG_RELEASE:=
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PKG_CONFIG_DEPENDS:= \
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@ -54,7 +54,8 @@ for k, e in ipairs(api.get_valid_nodes()) do
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if e.node_type == "normal" then
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nodes_table[#nodes_table + 1] = {
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id = e[".name"],
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remarks = e["remark"]
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remarks = e["remark"],
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type = e["type"]
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}
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end
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if e.protocol == "_balancing" then
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@ -80,11 +81,13 @@ local o = s:option(ListValue, option_name("balancingStrategy"), translate("Balan
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o:depends({ [option_name("protocol")] = "_balancing" })
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o:value("random")
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o:value("leastPing")
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o.default = "random"
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o:value("leastLoad")
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o.default = "leastLoad"
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-- 探测地址
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local o = s:option(Flag, option_name("useCustomProbeUrl"), translate("Use Custome Probe URL"), translate("By default the built-in probe URL will be used, enable this option to use a custom probe URL."))
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o:depends({ [option_name("balancingStrategy")] = "leastPing" })
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o:depends({ [option_name("balancingStrategy")] = "leastLoad" })
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local o = s:option(Value, option_name("probeUrl"), translate("Probe URL"))
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o:depends({ [option_name("useCustomProbeUrl")] = true })
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@ -94,6 +97,7 @@ o.description = translate("The URL used to detect the connection status.")
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-- 探测间隔
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local o = s:option(Value, option_name("probeInterval"), translate("Probe Interval"))
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o:depends({ [option_name("balancingStrategy")] = "leastPing" })
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o:depends({ [option_name("balancingStrategy")] = "leastLoad" })
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o.default = "1m"
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o.description = translate("The interval between initiating probes. Every time this time elapses, a server status check is performed on a server. The time format is numbers + units, such as '10s', '2h45m', and the supported time units are <code>ns</code>, <code>us</code>, <code>ms</code>, <code>s</code>, <code>m</code>, <code>h</code>, which correspond to nanoseconds, microseconds, milliseconds, seconds, minutes, and hours, respectively.")
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@ -523,4 +527,21 @@ o.default = 0
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o = s:option(Flag, option_name("tcpNoDelay"), "tcpNoDelay")
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o.default = 0
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o = s:option(ListValue, option_name("to_node"), translate("Landing node"), translate("Only support a layer of proxy."))
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o.default = ""
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o:value("", translate("Close(Not use)"))
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for k, v in pairs(nodes_table) do
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if v.type == "Xray" then
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o:value(v.id, v.remarks)
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end
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end
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for i, v in ipairs(s.fields[option_name("protocol")].keylist) do
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if not v:find("_") then
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s.fields[option_name("tcpMptcp")]:depends({ [option_name("protocol")] = v })
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s.fields[option_name("tcpNoDelay")]:depends({ [option_name("protocol")] = v })
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s.fields[option_name("to_node")]:depends({ [option_name("protocol")] = v })
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end
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end
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api.luci_types(arg[1], m, s, type_name, option_prefix)
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@ -65,13 +65,13 @@ o.default = "eth1"
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o:depends({ [option_name("protocol")] = "_iface" })
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local nodes_table = {}
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local balancers_table = {}
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local iface_table = {}
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for k, e in ipairs(api.get_valid_nodes()) do
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if e.node_type == "normal" then
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nodes_table[#nodes_table + 1] = {
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id = e[".name"],
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remarks = e["remark"]
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remarks = e["remark"],
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type = e["type"]
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}
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end
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if e.protocol == "_iface" then
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@ -89,9 +89,6 @@ if #nodes_table > 0 then
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o = s:option(Value, option_name("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({ [option_name("protocol")] = "_shunt", [option_name("preproxy_enabled")] = true })
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for k, v in pairs(balancers_table) do
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o:value(v.id, v.remarks)
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end
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for k, v in pairs(iface_table) do
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o:value(v.id, v.remarks)
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end
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@ -110,9 +107,6 @@ uci:foreach(appname, "shunt_rules", function(e)
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o:depends({ [option_name("protocol")] = "_shunt" })
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if #nodes_table > 0 then
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for k, v in pairs(balancers_table) do
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o:value(v.id, v.remarks)
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end
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for k, v in pairs(iface_table) do
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o:value(v.id, v.remarks)
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end
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@ -142,9 +136,6 @@ o:value("_direct", translate("Direct Connection"))
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o:value("_blackhole", translate("Blackhole"))
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if #nodes_table > 0 then
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for k, v in pairs(balancers_table) do
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o:value(v.id, v.remarks)
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end
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for k, v in pairs(iface_table) do
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o:value(v.id, v.remarks)
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end
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@ -631,4 +622,18 @@ o:value("prefer_ipv6")
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o:value("ipv4_only")
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o:value("ipv6_only")
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o = s:option(ListValue, option_name("to_node"), translate("Landing node"), translate("Only support a layer of proxy."))
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o.default = ""
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o:value("", translate("Close(Not use)"))
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for k, v in pairs(nodes_table) do
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if v.type == "sing-box" then
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o:value(v.id, v.remarks)
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end
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end
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for i, v in ipairs(s.fields[option_name("protocol")].keylist) do
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if not v:find("_") then
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o:depends({ [option_name("protocol")] = v })
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end
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end
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api.luci_types(arg[1], m, s, type_name, option_prefix)
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@ -872,6 +872,54 @@ function gen_config(var)
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node.address = server_host
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node.port = server_port
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end
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local function set_outbound_detour(node, outbound, outbounds_table, shunt_rule_name)
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if not node or not outbound or not outbounds_table then return nil end
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local default_outTag = outbound.tag
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if node.shadowtls == "1" then
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local _node = {
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type = "sing-box",
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protocol = "shadowtls",
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shadowtls_version = node.shadowtls_version,
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password = (node.shadowtls_version == "2" or node.shadowtls_version == "3") and node.shadowtls_password or nil,
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address = node.address,
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port = node.port,
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tls = "1",
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tls_serverName = node.shadowtls_serverName,
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utls = node.shadowtls_utls,
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fingerprint = node.shadowtls_fingerprint
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}
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local shadowtls_outbound = gen_outbound(nil, _node, outbound.tag .. "_shadowtls")
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if shadowtls_outbound then
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table.insert(outbounds_table, shadowtls_outbound)
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outbound.detour = outbound.tag .. "_shadowtls"
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outbound.server = nil
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outbound.server_port = nil
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end
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end
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if node.to_node then
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local to_node = uci:get_all(appname, node.to_node)
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if to_node then
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local to_outbound = gen_outbound(nil, to_node)
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if to_outbound then
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if shunt_rule_name then
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to_outbound.tag = outbound.tag
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outbound.tag = node[".name"]
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else
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to_outbound.tag = outbound.tag .. " -> " .. to_outbound.tag
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end
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to_outbound.detour = outbound.tag
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table.insert(outbounds_table, to_outbound)
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default_outTag = to_outbound.tag
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end
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end
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end
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return default_outTag
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end
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if node.protocol == "_shunt" then
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local rules = {}
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@ -900,34 +948,14 @@ function gen_config(var)
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elseif preproxy_node and api.is_normal_node(preproxy_node) then
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local preproxy_outbound = gen_outbound(flag, preproxy_node, preproxy_tag)
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if preproxy_outbound then
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if preproxy_node.shadowtls == "1" then
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local _node = {
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type = "sing-box",
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protocol = "shadowtls",
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shadowtls_version = preproxy_node.shadowtls_version,
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password = (preproxy_node.shadowtls_version == "2" or preproxy_node.shadowtls_version == "3") and preproxy_node.shadowtls_password or nil,
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address = preproxy_node.address,
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port = preproxy_node.port,
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tls = "1",
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tls_serverName = preproxy_node.shadowtls_serverName,
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utls = preproxy_node.shadowtls_utls,
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fingerprint = preproxy_node.shadowtls_fingerprint
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}
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local shadowtls_outbound = gen_outbound(flag, _node, preproxy_tag .. "_shadowtls")
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if shadowtls_outbound then
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table.insert(outbounds, shadowtls_outbound)
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preproxy_outbound.detour = preproxy_outbound.tag .. "_shadowtls"
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preproxy_outbound.server = nil
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preproxy_outbound.server_port = nil
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end
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end
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set_outbound_detour(preproxy_node, preproxy_outbound, outbounds, preproxy_tag)
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table.insert(outbounds, preproxy_outbound)
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else
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preproxy_enabled = false
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end
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end
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local function gen_shunt_node(rule_name, _node_id, as_proxy)
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local function gen_shunt_node(rule_name, _node_id)
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if not rule_name then return nil, nil end
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if not _node_id then _node_id = node[rule_name] or "nil" end
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local rule_outboundTag
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@ -999,27 +1027,7 @@ function gen_config(var)
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end
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local _outbound = gen_outbound(flag, _node, rule_name, { proxy = proxy and 1 or 0, tag = proxy and preproxy_tag or nil })
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if _outbound then
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if _node.shadowtls == "1" then
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local shadowtls_node = {
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type = "sing-box",
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protocol = "shadowtls",
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shadowtls_version = _node.shadowtls_version,
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password = (_node.shadowtls_version == "2" or _node.shadowtls_version == "3") and _node.shadowtls_password or nil,
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address = _node.address,
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port = _node.port,
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tls = "1",
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tls_serverName = _node.shadowtls_serverName,
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utls = _node.shadowtls_utls,
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fingerprint = _node.shadowtls_fingerprint
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}
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local shadowtls_outbound = gen_outbound(flag, shadowtls_node, rule_name .. "_shadowtls", { proxy = proxy and 1 or 0, tag = proxy and preproxy_tag or nil })
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if shadowtls_outbound then
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table.insert(outbounds, shadowtls_outbound)
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_outbound.detour = _outbound.tag .. "_shadowtls"
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_outbound.server = nil
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_outbound.server_port = nil
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end
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end
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set_outbound_detour(_node, _outbound, outbounds, rule_name)
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table.insert(outbounds, _outbound)
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rule_outboundTag = rule_name
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end
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@ -1196,46 +1204,23 @@ function gen_config(var)
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for index, value in ipairs(rules) do
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table.insert(route.rules, rules[index])
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end
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else
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local outbound = nil
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if node.protocol == "_iface" then
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if node.iface then
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outbound = {
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type = "direct",
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tag = node_id,
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bind_interface = node.iface,
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routing_mark = 255,
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}
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sys.call("touch /tmp/etc/passwall2/iface/" .. node.iface)
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end
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else
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outbound = gen_outbound(flag, node)
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if outbound then
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if node.shadowtls == "1" then
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local shadowtls_node = {
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type = "sing-box",
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protocol = "shadowtls",
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shadowtls_version = node.shadowtls_version,
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password = (node.shadowtls_version == "2" or node.shadowtls_version == "3") and node.shadowtls_password or nil,
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address = node.address,
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port = node.port,
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tls = "1",
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tls_serverName = node.shadowtls_serverName,
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utls = node.shadowtls_utls,
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fingerprint = node.shadowtls_fingerprint
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}
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local shadowtls_outbound = gen_outbound(flag, shadowtls_node, outbound.tag .. "_shadowtls")
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if shadowtls_outbound then
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table.insert(outbounds, shadowtls_outbound)
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outbound.detour = outbound.tag .. "_shadowtls"
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outbound.server = nil
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outbound.server_port = nil
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end
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end
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end
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end
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if outbound then
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elseif node.protocol == "_iface" then
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if node.iface then
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local outbound = {
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type = "direct",
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tag = node_id,
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bind_interface = node.iface,
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routing_mark = 255,
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}
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table.insert(outbounds, outbound)
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default_outTag = outbound.tag
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route.final = default_outTag
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sys.call("touch /tmp/etc/passwall2/iface/" .. node.iface)
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end
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else
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local outbound = gen_outbound(flag, node)
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if outbound then
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default_outTag = set_outbound_detour(node, outbound, outbounds)
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table.insert(outbounds, outbound)
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route.final = default_outTag
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end
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@ -245,6 +245,11 @@ function gen_outbound(flag, node, tag, proxy_table)
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reserved = (node.protocol == "wireguard" and node.wireguard_reserved) and node.wireguard_reserved or nil
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}
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}
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if node.protocol == "wireguard" then
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result.settings.kernelMode = false
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end
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local alpn = {}
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if node.alpn and node.alpn ~= "default" then
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string.gsub(node.alpn, '[^' .. "," .. ']+', function(w)
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@ -658,7 +663,7 @@ function gen_config(var)
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selector = valid_nodes,
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strategy = { type = _node.balancingStrategy or "random" }
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}
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if _node.balancingStrategy == "leastPing" then
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if _node.balancingStrategy == "leastPing" or _node.balancingStrategy == "leastLoad" then
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if not observatory then
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observatory = {
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subjectSelector = { "blc-" },
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@ -685,6 +690,34 @@ function gen_config(var)
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return balancer, rule
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end
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local function set_outbound_detour(node, outbound, outbounds_table, shunt_rule_name)
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if not node or not outbound or not outbounds_table then return nil end
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local default_outTag = outbound.tag
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if node.to_node then
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local to_node = uci:get_all(appname, node.to_node)
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if to_node then
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local to_outbound = gen_outbound(nil, to_node)
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if to_outbound then
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if shunt_rule_name then
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to_outbound.tag = outbound.tag
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outbound.tag = node[".name"]
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else
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to_outbound.tag = outbound.tag .. " -> " .. to_outbound.tag
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end
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to_outbound.proxySettings = {
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tag = outbound.tag,
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transportLayer = true
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}
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table.insert(outbounds_table, to_outbound)
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default_outTag = to_outbound.tag
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end
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end
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end
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return default_outTag
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end
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for k, v in pairs(nodes) do
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if server_host and server_port then
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v.address = server_host
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@ -722,6 +755,7 @@ function gen_config(var)
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elseif preproxy_node and api.is_normal_node(preproxy_node) then
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local preproxy_outbound = gen_outbound(flag, preproxy_node, preproxy_tag, { fragment = xray_settings.fragment == "1" or nil })
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if preproxy_outbound then
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set_outbound_detour(preproxy_node, preproxy_outbound, outbounds, preproxy_tag)
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table.insert(outbounds, preproxy_outbound)
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else
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preproxy_enabled = false
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@ -737,7 +771,7 @@ function gen_config(var)
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end
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end
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local function gen_shunt_node(rule_name, _node_id, as_proxy)
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local function gen_shunt_node(rule_name, _node_id)
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if not rule_name then return nil, nil end
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if not _node_id then _node_id = node[rule_name] or "nil" end
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local rule_outboundTag
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@ -831,6 +865,7 @@ function gen_config(var)
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end
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local _outbound = gen_outbound(flag, _node, rule_name, proxy_table)
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if _outbound then
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set_outbound_detour(_node, _outbound, outbounds, rule_name)
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table.insert(outbounds, _outbound)
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if proxy then preproxy_used = true end
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rule_outboundTag = rule_name
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@ -991,39 +1026,39 @@ function gen_config(var)
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}
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}
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end
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else
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local outbound = nil
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if node.protocol == "_iface" then
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if node.iface then
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outbound = {
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protocol = "freedom",
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tag = "outbound",
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streamSettings = {
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sockopt = {
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mark = 255,
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interface = node.iface
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}
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elseif node.protocol == "_iface" then
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if node.iface then
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local outbound = {
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protocol = "freedom",
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tag = "outbound",
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streamSettings = {
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sockopt = {
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mark = 255,
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interface = node.iface
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}
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}
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sys.call("touch /tmp/etc/passwall2/iface/" .. node.iface)
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end
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else
|
||||
outbound = gen_outbound(flag, node, nil, { fragment = xray_settings.fragment == "1" or nil })
|
||||
}
|
||||
table.insert(outbounds, outbound)
|
||||
sys.call("touch /tmp/etc/passwall2/iface/" .. node.iface)
|
||||
end
|
||||
else
|
||||
local outbound = gen_outbound(flag, node, nil, { fragment = xray_settings.fragment == "1" or nil })
|
||||
if outbound then
|
||||
local default_outTag = set_outbound_detour(node, outbound, outbounds)
|
||||
table.insert(outbounds, outbound)
|
||||
routing = {
|
||||
domainStrategy = "AsIs",
|
||||
domainMatcher = "hybrid",
|
||||
rules = {}
|
||||
}
|
||||
table.insert(routing.rules, {
|
||||
_flag = "default",
|
||||
type = "field",
|
||||
outboundTag = default_outTag,
|
||||
network = "tcp,udp"
|
||||
})
|
||||
end
|
||||
if outbound then table.insert(outbounds, outbound) end
|
||||
routing = {
|
||||
domainStrategy = "AsIs",
|
||||
domainMatcher = "hybrid",
|
||||
rules = {}
|
||||
}
|
||||
table.insert(routing.rules, {
|
||||
_flag = "default",
|
||||
type = "field",
|
||||
outboundTag = node_id,
|
||||
network = "tcp,udp"
|
||||
})
|
||||
end
|
||||
|
||||
end
|
||||
|
||||
if remote_dns_udp_server then
|
||||
|
||||
@ -1482,3 +1482,9 @@ msgstr "分片间隔（ms）"
|
||||
|
||||
msgid "If is domain name, The requested domain name will be resolved to IP before connect."
|
||||
msgstr "如果是域名，域名将在请求发出之前解析为 IP。"
|
||||
|
||||
msgid "Landing node"
|
||||
msgstr "落地节点"
|
||||
|
||||
msgid "Only support a layer of proxy."
|
||||
msgstr "仅支持一层代理。"
|
||||
|
||||
Loading…
Reference in New Issue
Block a user