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local proxy = require "proxy"
local shortport = require "shortport"
local stdnse = require "stdnse"
local string = require "string"
local url = require "url"
description=[[
Checks if an open socks proxy is running on the target.
The script attempts to connect to a proxy server and send socks4 and
socks5 payloads. It is considered an open proxy if the script receives
a Request Granted response from the target port.
The payloads try to open a connection to www.google.com port 80. A
different test host can be passed as <code>proxy.url</code>
argument.
]]
---
--@args proxy.url URL that will be requested to the proxy.
--@args proxy.pattern Pattern that will be searched inside the request results.
--@output
-- PORT STATE SERVICE
-- 1080/tcp open socks
-- | socks-open-proxy:
-- | status: open
-- | versions:
-- | socks4
-- |_ socks5
--
--@xmloutput
--<elem key="status">open</elem>
--<table key="versions">
-- <elem>socks4</elem>
-- <elem>socks5</elem>
--</table>
--@usage
-- nmap --script=socks-open-proxy \
-- --script-args proxy.url=<host>,proxy.pattern=<pattern>
author = "Joao Correa"
license = "Same as Nmap--See http://nmap.org/book/man-legal.html"
categories = {"default", "discovery", "external", "safe"}
--- Performs the custom test, with user's arguments
-- @param host The host table
-- @param port The port table
-- @param test_url The url to request
-- @param pattern The pattern to check for valid result
-- @return status If any request succeeded
-- @return response Table with supported methods
local function custom_test(host, port, test_url, pattern)
local status4, status5, fstatus
local get_r4, get_r5
local methods
local response = {}
-- strip hostname
if not string.match(test_url, "^http://.*") then
test_url = "http://" .. test_url
stdnse.print_debug("URL missing scheme. URL concatenated to http://")
end
local url_table = url.parse(test_url)
local hostname = url_table.host
test_url = url_table.path
-- make requests
status4, get_r4, cstatus4 = proxy.test_get(host, port, "socks4", test_url, hostname, pattern)
status5, get_r5, cstatus5 = proxy.test_get(host, port, "socks5", test_url, hostname, pattern)
fstatus = status4 or status5
if(cstatus4) then response[#response+1]="socks4" end
if(cstatus5) then response[#response+1]="socks5" end
if(fstatus) then return fstatus, response end
-- Nothing works...
if not (cstatus4 or cstatus5) then
return false, nil
else
return "pattern not matched", response
end
end
--- Performs the default test
-- First: Default google request and checks for Server: gws
-- Second: Request to wikipedia.org and checks for wikimedia pattern
-- Third: Request to computerhistory.org and checks for museum pattern
--
-- If any of the requests is successful, the proxy is considered open.
-- If all requests return the same result, the user is alerted that
-- the proxy might be redirecting his requests (very common on wi-fi
-- connections at airports, cafes, etc.)
--
-- @param host The host table
-- @param port The port table
-- @return status If any request succeeded
-- @return response Table with supported methods
local function default_test(host, port)
local status4, status5, fstatus
local cstatus4, cstatus5
local get_r4, get_r5
local methods
local response = {}
local test_url = "/"
local hostname = "www.google.com"
local pattern = "^server: gws"
status4, get_r4, cstatus4 = proxy.test_get(host, port, "socks4", test_url, hostname, pattern)
status5, get_r5, cstatus5 = proxy.test_get(host, port, "socks5", test_url, hostname, pattern)
fstatus = status4 or status5
if(cstatus4) then response[#response+1]="socks4" end
if(cstatus5) then response[#response+1]="socks5" end
if(fstatus) then return fstatus, response end
-- if we receive a invalid response, but with a valid
-- response code, we should make a next attempt.
-- if we do not receive any valid status code,
-- there is no reason to keep testing... the proxy is probably not open
if not (cstatus4 or cstatus5) then return false, nil end
stdnse.print_debug("Test 1 - Google Web Server: Received valid status codes, but pattern does not match")
test_url = "/"
hostname = "www.wikipedia.org"
pattern = "wikimedia"
status4, get_r4, cstatus4 = proxy.test_get(host, port, "socks4", test_url, hostname, pattern)
status5, get_r5, cstatus5 = proxy.test_get(host, port, "socks5", test_url, hostname, pattern)
if(status4) then fstatus = true; response[#response+1]="socks4" end
if(status5) then fstatus = true; response[#response+1]="socks5" end
if(fstatus) then return fstatus, response end
if not (cstatus4 or cstatus5) then return false, nil end
stdnse.print_debug("Test 2 - Wikipedia.org: Received valid status codes, but pattern does not match")
redir_check_get = get_r4 or get_r5
test_url = "/"
hostname = "www.computerhistory.org"
pattern = "museum"
status4, get_r4, cstatus4 = proxy.test_get(host, port, "socks4", test_url, hostname, pattern)
status5, get_r5, cstatus5 = proxy.test_get(host, port, "socks5", test_url, hostname, pattern)
if(status4) then fstatus = true; response[#response+1]="socks4" end
if(status5) then fstatus = true; response[#response+1]="socks5" end
if(fstatus) then return fstatus, response end
if not (cstatus4 or cstatus5) then return false, nil end
stdnse.print_debug("Test 3 - Computer History: Received valid status codes, but pattern does not match")
-- Check if GET is being redirected
if proxy.redirectCheck(get_r4 or get_r5, redir_check_get) then
return "redirecting", response
end
-- Protocol works, but nothing matches
return "pattern not matched", response
end
portrule = shortport.port_or_service({1080, 9050},
{"socks", "socks4", "socks5", "tor-socks"})
action = function(host, port)
local supported_versions
local fstatus = false
local pattern, test_url
local def_test = true
local hostname
local retval = stdnse.output_table()
test_url, pattern = proxy.return_args()
if(test_url) then def_test = false end
if(pattern) then pattern = ".*" .. pattern .. ".*" end
if def_test
then fstatus, supported_versions = default_test(host, port)
else fstatus, supported_versions = custom_test(host, port, test_url, pattern)
end
-- If any of the tests were OK, then the proxy is potentially open
if fstatus == true then
retval["status"] = "open"
retval["versions"] = supported_versions
return retval
elseif fstatus and supported_versions then
retval["status"] = fstatus
retval["versions"] = supported_versions
return retval
end
end