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op-packages/luci-app-passwall2/root/usr/share/passwall2/app_acl.lua
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-- Copyright (C) 2026 xiaorouji
local api = require "luci.passwall2.api"
local jsonc = api.jsonc
local sys = api.sys
local fs = api.fs
local i18n = api.i18n
local log = api.log
local uci, uci_get, uci_set, uci_del, uci_foreach, uci_save = api.uci, api.uci_get_c, api.uci_set_c, api.uci_del_c, api.uci_foreach_c, api.uci_save_c
local VAR = {} -- Set VAR
local D = {} -- Default Global Access Control
local L = {
acl = {},
node = {},
node_order = {}
}
function add_args(t, k, v)
if not t or not k or not v then return end
table.insert(t, k .. "=" .. '"' .. v .. '"')
end
function init_acl()
if true then
-- Get Default AC
D.flag = "default"
D.remarks = api.i18n.translatef("Default")
D.tcp_no_redir_ports = uci_get("@global_forwarding[0]", "tcp_no_redir_ports")
D.udp_no_redir_ports = uci_get("@global_forwarding[0]", "udp_no_redir_ports")
D.tcp_redir_ports = uci_get("@global_forwarding[0]", "tcp_redir_ports")
D.udp_redir_ports = uci_get("@global_forwarding[0]", "udp_redir_ports")
D.node = uci_get("@global[0]", "node")
D.local_proxy = uci_get("@global[0]", "localhost_proxy")
D.client_proxy = uci_get("@global[0]", "client_proxy")
if D.node then
local node = uci_get(D.node)
if node and node[".type"] == "nodes" then
local n = {
config = node,
enabled = uci_get("@global[0]", "enabled") or "0",
log = uci_get("@global[0]", "log_node") or "0",
loglevel = uci_get("@global[0]", "loglevel") or "warn",
socks_listen = uci_get("@global[0]", "node_socks_bind_local") == "0" and "0.0.0.0" or "127.0.0.1",
socks_port = uci_get("@global[0]", "node_socks_port"),
redir_port = api.get_new_port(),
dns_port = api.get_new_port(),
direct_dns_query_strategy = uci_get("@global[0]", "direct_dns_query_strategy") or "UseIP",
remote_dns_protocol = uci_get("@global[0]", "remote_dns_protocol") or "tcp",
remote_dns_detour = uci_get("@global[0]", "remote_dns_detour") or "remote",
remote_dns = uci_get("@global[0]", "remote_dns") or "1.1.1.1:53",
remote_dns_doh = uci_get("@global[0]", "remote_dns_doh") or "https://1.1.1.1/dns-query",
remote_dns_client_ip = uci_get("@global[0]", "remote_dns_client_ip"),
remote_dns_query_strategy = uci_get("@global[0]", "remote_dns_query_strategy") or "UseIPv4",
remote_rewrite_ttl = uci_get("@global[0]", "remote_rewrite_ttl"),
remote_fakedns = uci_get("@global[0]", "remote_fakedns") or "0",
}
L.node[D.flag] = n
D.use = D.flag
if n.enabled == "1" then
L.node_order[#L.node_order + 1] = D.flag
end
end
end
end
local acl_num = 0
if uci_get("@global[0]", "acl_enable") == "1" then
uci_foreach("acl_rule", function(o)
if o.enabled == "1" then
acl_num = acl_num + 1
local a = {}
a.flag = o[".name"]
a.remarks = o.remarks
a.interface = o.interface
a.sources = o.sources
a.tcp_no_redir_ports = o.tcp_no_redir_ports
a.udp_no_redir_ports = o.udp_no_redir_ports
a.tcp_redir_ports = o.tcp_redir_ports
a.udp_redir_ports = o.udp_redir_ports
a.client_proxy = "1"
a.local_proxy = "0"
a.node = o.node
if o.mode == "0" then
a.tcp_no_redir_ports = "1:65535"
a.udp_no_redir_ports = "1:65535"
elseif o.mode == "2" then
local U = L.node[D.use]
if U.enabled == "0" then
U.enabled = "1"
D.local_proxy = "0"
D.client_proxy = "0"
end
a.use = D.use
end
if a.tcp_no_redir_ports == "1:65535" and a.udp_no_redir_ports == "1:65535" then
a.node = nil
end
if a.node then
local node = uci_get(a.node)
if node and node[".type"] == "nodes" then
local n = {
config = node,
enabled = "1",
log = o.log or "0",
loglevel = o.loglevel or "warn",
redir_port = api.get_new_port(),
dns_port = api.get_new_port(),
direct_dns_query_strategy = o.direct_dns_query_strategy,
remote_dns_protocol = o.remote_dns_protocol,
remote_dns_detour = o.remote_dns_detour,
remote_dns = o.remote_dns,
remote_dns_doh = o.remote_dns_doh,
remote_dns_client_ip = o.remote_dns_client_ip,
remote_dns_query_strategy = o.remote_dns_query_strategy,
remote_rewrite_ttl = o.remote_rewrite_ttl,
remote_fakedns = o.remote_fakedns,
}
L.node[a.flag] = n
a.use = a.flag
if n.enabled == "1" then
L.node_order[#L.node_order + 1] = a.flag
end
end
end
L.acl[#L.acl + 1] = a
end
end)
end
if next(D) then
L.acl[#L.acl + 1] = D
end
VAR["ENABLED_ACLS"] = acl_num > 0 and 1 or 0
return L
end
function acl_app(l)
if not l then l = L end
for i, v in ipairs(l.acl) do
local sid = v.flag
local acl_path = api.TMP_ACL_PATH .. "/" .. sid
sys.call("mkdir -p " .. acl_path)
local out = io.open(acl_path .. "/var", "a")
for k2, v2 in pairs(v) do
if type(v2) == "string" then
out:write(k2 .. "=" .. '"' .. v2 .. '"' .. "\n")
end
end
if v.use then
local node = l.node[v.use]
if node.config then
out:write("node" .. "=" .. '"' .. node.config[".name"] .. '"' .. "\n")
out:write("node_remarks" .. "=" .. '"' .. node.config.remarks .. '"' .. "\n")
end
out:write("redir_port" .. "=" .. '"' .. node.redir_port .. '"' .. "\n")
end
out:close()
local source_list = "any"
if v.sources and #v.sources > 0 then
local s1 = {}
for i, w in ipairs(v.sources) do
if api.iprange(w) then
s1[#s1 + 1] = "iprange:" .. w
elseif w:find("ipset:") == 1 then
s1[#s1 + 1] = "ipset:" .. w
else
local _ip_or_mac = api.ip_or_mac(w)
if _ip_or_mac == "ip" then
s1[#s1 + 1] = "ip:" .. w
elseif _ip_or_mac == "mac" then
s1[#s1 + 1] = "mac:" .. w
end
end
end
if #s1 > 0 then
source_list = table.concat(s1, "\n")
end
end
if #source_list > 0 then
local out = io.open(acl_path .. "/source_list", "a")
out:write(source_list)
out:close()
end
end
-- Gen shell param
for _, v1 in ipairs(l.node_order) do
local v = l.node[v1]
if v.enabled == "1" then
local flag = v1
local node = v.config
local run_args = {}
local config_path = api.TMP_ACL_PATH .. "/" .. flag
local config_file = config_path .. ".json"
local log_file = v.log == "0" and "/dev/null" or config_path .. ".log"
local dns_server, dns_port = api.parseDNS(v.remote_dns)
add_args(run_args, "flag", flag)
add_args(run_args, "node", node[".name"])
add_args(run_args, "redir_port", v.redir_port)
add_args(run_args, "socks_address", v.socks_listen)
add_args(run_args, "socks_port", v.socks_port)
add_args(run_args, "dns_listen_port", v.dns_port)
add_args(run_args, "direct_dns_query_strategy", v.direct_dns_query_strategy)
add_args(run_args, "remote_dns_protocol", v.remote_dns_protocol)
add_args(run_args, "remote_dns_tcp_server", dns_server)
add_args(run_args, "remote_dns_tcp_port", dns_port)
add_args(run_args, "remote_dns_udp_server", dns_server)
add_args(run_args, "remote_dns_udp_port", dns_port)
add_args(run_args, "remote_dns_doh", v.remote_dns_doh)
add_args(run_args, "remote_dns_client_ip", v.remote_dns_client_ip)
add_args(run_args, "remote_dns_detour", v.remote_dns_detour)
add_args(run_args, "remote_dns_query_strategy", v.remote_dns_query_strategy)
add_args(run_args, "remote_fakedns", v.remote_fakedns)
add_args(run_args, "remote_rewrite_ttl", v.remote_rewrite_ttl)
add_args(run_args, "config_file", config_file)
add_args(run_args, "loglevel", v.loglevel)
add_args(run_args, "log_file", log_file)
local out = io.open(api.TMP_ACL_PATH .. "/acl_node_" .. flag , "a")
out:write(table.concat(run_args, " "))
out:close()
end
end
for k, v in pairs(VAR) do
api.set_cache_var(k, v)
end
end
local acls = init_acl()
acl_app()
print(jsonc.stringify(acls, 1))
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