-- PSL - Simple subset -- Copyright (C) 2002-2016 Tristan Gingold -- -- This program is free software: you can redistribute it and/or modify -- it under the terms of the GNU General Public License as published by -- the Free Software Foundation, either version 2 of the License, or -- (at your option) any later version. -- -- This program is distributed in the hope that it will be useful, -- but WITHOUT ANY WARRANTY; without even the implied warranty of -- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the -- GNU General Public License for more details. -- -- You should have received a copy of the GNU General Public License -- along with this program. If not, see . with Types; use Types; with PSL.Types; use PSL.Types; with PSL.Errors; use PSL.Errors; package body PSL.Subsets is procedure Check_Simple (N : Node) is begin case Get_Kind (N) is when N_Not_Bool => if Get_Psl_Type (Get_Boolean (N)) /= Type_Boolean then Error_Msg_Sem ("operand of a negation operator must be a boolean", N); end if; when N_Never => case Get_Psl_Type (Get_Property (N)) is when Type_Sequence | Type_Boolean => null; when others => Error_Msg_Sem ("operand of a 'never' operator must be " & "a boolean or a sequence", N); end case; when N_Eventually => case Get_Psl_Type (Get_Property (N)) is when Type_Sequence | Type_Boolean => null; when others => Error_Msg_Sem ("operand of an 'eventually!' operator must be" & " a boolean or a sequence", N); end case; when N_And_Bool => if Get_Psl_Type (Get_Left (N)) /= Type_Boolean then Error_Msg_Sem ("left-hand side operand of logical 'and' must be" & " a boolean", N); end if; when N_Or_Bool => if Get_Psl_Type (Get_Left (N)) /= Type_Boolean then Error_Msg_Sem ("left-hand side operand of logical 'or' must be" & " a boolean", N); end if; when N_Log_Imp_Prop => if Get_Psl_Type (Get_Left (N)) /= Type_Boolean then Error_Msg_Sem ("left-hand side operand of logical '->' must be" & " a boolean", N); end if; -- FIXME: <-> when N_Until => if not Get_Inclusive_Flag (N) then if Get_Psl_Type (Get_Right (N)) /= Type_Boolean then Error_Msg_Sem ("right-hand side of a non-overlapping " & "'until*' operator must be a boolean", N); end if; else if Get_Psl_Type (Get_Right (N)) /= Type_Boolean or else Get_Psl_Type (Get_Left (N)) /= Type_Boolean then Error_Msg_Sem ("both operands of an overlapping 'until*'" & " operator are boolean", N); end if; end if; when N_Before => if Get_Psl_Type (Get_Right (N)) /= Type_Boolean or else Get_Psl_Type (Get_Left (N)) /= Type_Boolean then Error_Msg_Sem ("both operands of a 'before*'" & " operator are boolean", N); end if; when others => null; end case; -- Recursion. case Get_Kind (N) is when N_Error => null; when N_Hdl_Mod_Name => null; when N_Vunit | N_Vmode | N_Vprop => declare Item : Node; begin Item := Get_Item_Chain (N); while Item /= Null_Node loop Check_Simple (Item); Item := Get_Chain (Item); end loop; end; when N_Name_Decl => null; when N_Assert_Directive | N_Property_Declaration => Check_Simple (Get_Property (N)); when N_Endpoint_Declaration | N_Sequence_Declaration => Check_Simple (Get_Sequence (N)); when N_Clock_Event => Check_Simple (Get_Property (N)); Check_Simple (Get_Boolean (N)); when N_Always | N_Never | N_Eventually | N_Strong => Check_Simple (Get_Property (N)); when N_Braced_SERE | N_Clocked_SERE => Check_Simple (Get_SERE (N)); when N_Concat_SERE | N_Fusion_SERE | N_Within_SERE => Check_Simple (Get_Left (N)); Check_Simple (Get_Right (N)); when N_Name => null; when N_Star_Repeat_Seq | N_Plus_Repeat_Seq => declare N2 : constant Node := Get_Sequence (N); begin if N2 /= Null_Node then Check_Simple (N2); end if; end; when N_Goto_Repeat_Seq | N_Equal_Repeat_Seq => null; when N_Match_And_Seq | N_And_Seq | N_Or_Seq => Check_Simple (Get_Left (N)); Check_Simple (Get_Right (N)); when N_Imp_Seq | N_Overlap_Imp_Seq => Check_Simple (Get_Sequence (N)); Check_Simple (Get_Property (N)); when N_Log_Imp_Prop | N_Log_Equiv_Prop | N_Until | N_Before | N_Or_Prop | N_And_Prop | N_And_Bool | N_Or_Bool | N_Imp_Bool | N_Equiv_Bool => Check_Simple (Get_Left (N)); Check_Simple (Get_Right (N)); when N_Next | N_Next_A | N_Next_E | N_Paren_Prop => Check_Simple (Get_Property (N)); when N_Next_Event | N_Next_Event_A | N_Next_Event_E | N_Abort | N_Async_Abort | N_Sync_Abort => Check_Simple (Get_Boolean (N)); Check_Simple (Get_Property (N)); when N_Not_Bool | N_Paren_Bool => Check_Simple (Get_Boolean (N)); when N_Const_Parameter | N_Sequence_Parameter | N_Boolean_Parameter | N_Property_Parameter => null; when N_Actual => null; when N_Sequence_Instance | N_Endpoint_Instance | N_Property_Instance => null; when N_True | N_False | N_Number | N_Inf | N_EOS | N_HDL_Expr | N_HDL_Bool => null; end case; end Check_Simple; function Is_Async_Abort (N : Node) return Boolean is begin case Get_Kind (N) is when N_Async_Abort | N_Abort => return True; when N_Sync_Abort => return False; when others => raise Internal_Error; end case; end Is_Async_Abort; end PSL.Subsets; '>128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 346 347 348 349 350 351 352 353 354 355 356 357 358 359 360 361 362 363 364 365 366 367 368 369 370 371 372 373 374 375 376 377 378 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 401 402 403 404 405 406 407 408 409 410 411 412 413 414 415 416 417 
r"""

 __   __ _____ _____     _____
 \ \ / // ____/ ____|   / ____|
  \ V /| (___| (___    | (___   ___ __ _ _ __  _ __   ___ _ __
   > <  \___ \\___ \    \___ \ / __/ _` | '_ \| '_ \ / _ \ '__|
  / . \ ____) |___) |   ____) | (_| (_| | | | | | | |  __/ |
 /_/ \_\_____/_____/   |_____/ \___\__,_|_| |_|_| |_|\___|_|


This script automatically scans all visited webpages for XSS and SQLi vulnerabilities.

Usage: mitmproxy -s xss_scanner.py

This script scans for vulnerabilities by injecting a fuzzing payload (see PAYLOAD below) into 4 different places
and examining the HTML to look for XSS and SQLi injection vulnerabilities. The XSS scanning functionality works by
looking to see whether it is possible to inject HTML based off of of where the payload appears in the page and what
characters are escaped. In addition, it also looks for any script tags that load javascript from unclaimed domains.
The SQLi scanning functionality works by using regular expressions to look for errors from a number of different
common databases. Since it is only looking for errors, it will not find blind SQLi vulnerabilities.

The 4 places it injects the payload into are:
1. URLs         (e.g. https://example.com/ -> https://example.com/PAYLOAD/)
2. Queries      (e.g. https://example.com/index.html?a=b -> https://example.com/index.html?a=PAYLOAD)
3. Referers     (e.g. The referer changes from https://example.com to PAYLOAD)
4. User Agents  (e.g. The UA changes from Chrome to PAYLOAD)

Reports from this script show up in the event log (viewable by pressing e) and formatted like:

===== XSS Found ====
XSS URL: http://daviddworken.com/vulnerableUA.php
Injection Point: User Agent
Suggested Exploit: <script>alert(0)</script>
Line: 1029zxcs'd"ao<ac>so[sb]po(pc)se;sl/bsl\eq=3847asd

"""

from html.parser import HTMLParser
from typing import Dict, Union, Tuple, Optional, List, NamedTuple
from urllib.parse import urlparse
import re
import socket

import requests

from mitmproxy import http
from mitmproxy import ctx


# The actual payload is put between a frontWall and a backWall to make it easy
# to locate the payload with regular expressions
FRONT_WALL = b"1029zxc"
BACK_WALL = b"3847asd"
PAYLOAD = b"""s'd"ao<ac>so[sb]po(pc)se;sl/bsl\\eq="""
FULL_PAYLOAD = FRONT_WALL + PAYLOAD + BACK_WALL

# A XSSData is a named tuple with the following fields:
#   - url -> str
#   - injection_point -> str
#   - exploit -> str
#   - line -> str
XSSData = NamedTuple('XSSData', [('url', str),
                                 ('injection_point', str),
                                 ('exploit', str),
                                 ('line', str)])

# A SQLiData is named tuple with the following fields:
#   - url -> str
#   - injection_point -> str
#   - regex -> str
#   - dbms -> str
SQLiData = NamedTuple('SQLiData', [('url', str),
                                   ('injection_point', str),
                                   ('regex', str),
                                   ('dbms', str)])


VulnData = Tuple[Optional[XSSData], Optional[SQLiData]]
Cookies = Dict[str, str]


def get_cookies(flow: http.HTTPFlow) -> Cookies:
    """ Return a dict going from cookie names to cookie values
          - Note that it includes both the cookies sent in the original request and
            the cookies sent by the server """
    return {name: value for name, value in flow.request.cookies.fields}


def find_unclaimed_URLs(body: str, requestUrl: bytes) -> None:
    """ Look for unclaimed URLs in script tags and log them if found"""
    def getValue(attrs: List[Tuple[str, str]], attrName: str) -> Optional[str]:
        for name, value in attrs:
            if attrName == name:
                return value
        return None

    class ScriptURLExtractor(HTMLParser):
        script_URLs: List[str] = []

        def handle_starttag(self, tag, attrs):
            if (tag == "script" or tag == "iframe") and "src" in [name for name, value in attrs]:
                self.script_URLs.append(getValue(attrs, "src"))
            if tag == "link" and getValue(attrs, "rel") == "stylesheet" and "href" in [name for name, value in attrs]:
                self.script_URLs.append(getValue(attrs, "href"))

    parser = ScriptURLExtractor()
    parser.feed(body)
    for url in parser.script_URLs:
        url_parser = urlparse(url)
        domain = url_parser.netloc
        try:
            socket.gethostbyname(domain)
        except socket.gaierror:
            ctx.log.error("XSS found in %s due to unclaimed URL \"%s\"." % (requestUrl, url))


def test_end_of_URL_injection(original_body: str, request_URL: str, cookies: Cookies) -> VulnData:
    """ Test the given URL for XSS via injection onto the end of the URL and
        log the XSS if found """
    parsed_URL = urlparse(request_URL)
    path = parsed_URL.path
    if path != "" and path[-1] != "/":  # ensure the path ends in a /
        path += "/"
    path += FULL_PAYLOAD.decode('utf-8')  # the path must be a string while the payload is bytes
    url = parsed_URL._replace(path=path).geturl()
    body = requests.get(url, cookies=cookies).text.lower()
    xss_info = get_XSS_data(body, url, "End of URL")
    sqli_info = get_SQLi_data(body, original_body, url, "End of URL")
    return xss_info, sqli_info


def test_referer_injection(original_body: str, request_URL: str, cookies: Cookies) -> VulnData:
    """ Test the given URL for XSS via injection into the referer and
        log the XSS if found """
    body = requests.get(request_URL, headers={'referer': FULL_PAYLOAD}, cookies=cookies).text.lower()
    xss_info = get_XSS_data(body, request_URL, "Referer")
    sqli_info = get_SQLi_data(body, original_body, request_URL, "Referer")
    return xss_info, sqli_info


def test_user_agent_injection(original_body: str, request_URL: str, cookies: Cookies) -> VulnData:
    """ Test the given URL for XSS via injection into the user agent and
        log the XSS if found """
    body = requests.get(request_URL, headers={'User-Agent': FULL_PAYLOAD}, cookies=cookies).text.lower()
    xss_info = get_XSS_data(body, request_URL, "User Agent")
    sqli_info = get_SQLi_data(body, original_body, request_URL, "User Agent")
    return xss_info, sqli_info


def test_query_injection(original_body: str, request_URL: str, cookies: Cookies):
    """ Test the given URL for XSS via injection into URL queries and
        log the XSS if found """
    parsed_URL = urlparse(request_URL)
    query_string = parsed_URL.query
    # queries is a list of parameters where each parameter is set to the payload
    queries = [query.split("=")[0] + "=" + FULL_PAYLOAD.decode('utf-8') for query in query_string.split("&")]
    new_query_string = "&".join(queries)
    new_URL = parsed_URL._replace(query=new_query_string).geturl()
    body = requests.get(new_URL, cookies=cookies).text.lower()
    xss_info = get_XSS_data(body, new_URL, "Query")
    sqli_info = get_SQLi_data(body, original_body, new_URL, "Query")
    return xss_info, sqli_info


def log_XSS_data(xss_info: Optional[XSSData]) -> None:
    """ Log information about the given XSS to mitmproxy """
    # If it is None, then there is no info to log
    if not xss_info:
        return
    ctx.log.error("===== XSS Found ====")
    ctx.log.error("XSS URL: %s" % xss_info.url)
    ctx.log.error("Injection Point: %s" % xss_info.injection_point)
    ctx.log.error("Suggested Exploit: %s" % xss_info.exploit)
    ctx.log.error("Line: %s" % xss_info.line)


def log_SQLi_data(sqli_info: Optional[SQLiData]) -> None:
    """ Log information about the given SQLi to mitmproxy """
    if not sqli_info:
        return
    ctx.log.error("===== SQLi Found =====")
    ctx.log.error("SQLi URL: %s" % sqli_info.url)
    ctx.log.error("Injection Point: %s" % sqli_info.injection_point)
    ctx.log.error("Regex used: %s" % sqli_info.regex)
    ctx.log.error("Suspected DBMS: %s" % sqli_info.dbms)
    return


def get_SQLi_data(new_body: str, original_body: str, request_URL: str, injection_point: str) -> Optional[SQLiData]:
    """ Return a SQLiDict if there is a SQLi otherwise return None
        String String URL String -> (SQLiDict or None) """
    # Regexes taken from Damn Small SQLi Scanner: https://github.com/stamparm/DSSS/blob/master/dsss.py#L17
    DBMS_ERRORS = {
        "MySQL": (r"SQL syntax.*MySQL", r"Warning.*mysql_.*", r"valid MySQL result", r"MySqlClient\."),
        "PostgreSQL": (r"PostgreSQL.*ERROR", r"Warning.*\Wpg_.*", r"valid PostgreSQL result", r"Npgsql\."),
        "Microsoft SQL Server": (r"Driver.* SQL[\-\_\ ]*Server", r"OLE DB.* SQL Server", r"(\W|\A)SQL Server.*Driver",
                                 r"Warning.*mssql_.*", r"(\W|\A)SQL Server.*[0-9a-fA-F]{8}",
                                 r"(?s)Exception.*\WSystem\.Data\.SqlClient\.", r"(?s)Exception.*\WRoadhouse\.Cms\."),
        "Microsoft Access": (r"Microsoft Access Driver", r"JET Database Engine", r"Access Database Engine"),
        "Oracle": (r"\bORA-[0-9][0-9][0-9][0-9]", r"Oracle error", r"Oracle.*Driver", r"Warning.*\Woci_.*", r"Warning.*\Wora_.*"),
        "IBM DB2": (r"CLI Driver.*DB2", r"DB2 SQL error", r"\bdb2_\w+\("),
        "SQLite": (r"SQLite/JDBCDriver", r"SQLite.Exception", r"System.Data.SQLite.SQLiteException", r"Warning.*sqlite_.*",
                   r"Warning.*SQLite3::", r"\[SQLITE_ERROR\]"),
        "Sybase": (r"(?i)Warning.*sybase.*", r"Sybase message", r"Sybase.*Server message.*"),
    }
    for dbms, regexes in DBMS_ERRORS.items():
        for regex in regexes:  # type: ignore
            if re.search(regex, new_body, re.IGNORECASE) and not re.search(regex, original_body, re.IGNORECASE):
                return SQLiData(request_URL,
                                injection_point,
                                regex,
                                dbms)
    return None


# A qc is either ' or "
def inside_quote(qc: str, substring_bytes: bytes, text_index: int, body_bytes: bytes) -> bool:
    """ Whether the Numberth occurrence of the first string in the second
        string is inside quotes as defined by the supplied QuoteChar """
    substring = substring_bytes.decode('utf-8')
    body = body_bytes.decode('utf-8')
    num_substrings_found = 0
    in_quote = False
    for index, char in enumerate(body):
        # Whether the next chunk of len(substring) chars is the substring
        next_part_is_substring = (
            (not (index + len(substring) > len(body))) and
            (body[index:index + len(substring)] == substring)
        )
        # Whether this char is escaped with a \
        is_not_escaped = (
            (index - 1 < 0 or index - 1 > len(body)) or
            (body[index - 1] != "\\")
        )
        if char == qc and is_not_escaped:
            in_quote = not in_quote
        if next_part_is_substring:
            if num_substrings_found == text_index:
                return in_quote
            num_substrings_found += 1
    return False


def paths_to_text(html: str, string: str) -> List[str]:
    """ Return list of Paths to a given str in the given HTML tree
          - Note that it does a BFS """

    def remove_last_occurence_of_sub_string(string: str, substr: str) -> str:
        """ Delete the last occurrence of substr from str
        String String -> String
        """
        index = string.rfind(substr)
        return string[:index] + string[index + len(substr):]

    class PathHTMLParser(HTMLParser):
        currentPath = ""
        paths: List[str] = []

        def handle_starttag(self, tag, attrs):
            self.currentPath += ("/" + tag)

        def handle_endtag(self, tag):
            self.currentPath = remove_last_occurence_of_sub_string(self.currentPath, "/" + tag)

        def handle_data(self, data):
            if string in data:
                self.paths.append(self.currentPath)

    parser = PathHTMLParser()
    parser.feed(html)
    return parser.paths


def get_XSS_data(body: Union[str, bytes], request_URL: str, injection_point: str) -> Optional[XSSData]:
    """ Return a XSSDict if there is a XSS otherwise return None """
    def in_script(text, index, body) -> bool:
        """ Whether the Numberth occurrence of the first string in the second
            string is inside a script tag """
        paths = paths_to_text(body.decode('utf-8'), text.decode("utf-8"))
        try:
            path = paths[index]
            return "script" in path
        except IndexError:
            return False

    def in_HTML(text: bytes, index: int, body: bytes) -> bool:
        """ Whether the Numberth occurrence of the first string in the second
            string is inside the HTML but not inside a script tag or part of
            a HTML attribute"""
        # if there is a < then lxml will interpret that as a tag, so only search for the stuff before it
        text = text.split(b"<")[0]
        paths = paths_to_text(body.decode('utf-8'), text.decode("utf-8"))
        try:
            path = paths[index]
            return "script" not in path
        except IndexError:
            return False

    def inject_javascript_handler(html: str) -> bool:
        """ Whether you can inject a Javascript:alert(0) as a link """
        class injectJSHandlerHTMLParser(HTMLParser):
            injectJSHandler = False

            def handle_starttag(self, tag, attrs):
                for name, value in attrs:
                    if name == "href" and value.startswith(FRONT_WALL.decode('utf-8')):
                        self.injectJSHandler = True

        parser = injectJSHandlerHTMLParser()
        parser.feed(html)
        return parser.injectJSHandler
    # Only convert the body to bytes if needed
    if isinstance(body, str):
        body = bytes(body, 'utf-8')
    # Regex for between 24 and 72 (aka 24*3) characters encapsulated by the walls
    regex = re.compile(b"""%s.{24,72}?%s""" % (FRONT_WALL, BACK_WALL))
    matches = regex.findall(body)
    for index, match in enumerate(matches):
        # Where the string is injected into the HTML
        in_script_val = in_script(match, index, body)
        in_HTML_val = in_HTML(match, index, body)
        in_tag = not in_script_val and not in_HTML_val
        in_single_quotes = inside_quote("'", match, index, body)
        in_double_quotes = inside_quote('"', match, index, body)
        # Whether you can inject:
        inject_open_angle = b"ao<ac" in match  # open angle brackets
        inject_close_angle = b"ac>so" in match  # close angle brackets
        inject_single_quotes = b"s'd" in match  # single quotes
        inject_double_quotes = b'd"ao' in match  # double quotes
        inject_slash = b"sl/bsl" in match  # forward slashes
        inject_semi = b"se;sl" in match  # semicolons
        inject_equals = b"eq=" in match  # equals sign
        if in_script_val and inject_slash and inject_open_angle and inject_close_angle:  # e.g. <script>PAYLOAD</script>
            return XSSData(request_URL,
                           injection_point,
                           '</script><script>alert(0)</script><script>',
                           match.decode('utf-8'))
        elif in_script_val and in_single_quotes and inject_single_quotes and inject_semi:  # e.g. <script>t='PAYLOAD';</script>
            return XSSData(request_URL,
                           injection_point,
                           "';alert(0);g='",
                           match.decode('utf-8'))
        elif in_script_val and in_double_quotes and inject_double_quotes and inject_semi:  # e.g. <script>t="PAYLOAD";</script>
            return XSSData(request_URL,
                           injection_point,
                           '";alert(0);g="',
                           match.decode('utf-8'))
        elif in_tag and in_single_quotes and inject_single_quotes and inject_open_angle and inject_close_angle and inject_slash:
            # e.g. <a href='PAYLOAD'>Test</a>
            return XSSData(request_URL,
                           injection_point,
                           "'><script>alert(0)</script>",
                           match.decode('utf-8'))
        elif in_tag and in_double_quotes and inject_double_quotes and inject_open_angle and inject_close_angle and inject_slash:
            # e.g. <a href="PAYLOAD">Test</a>
            return XSSData(request_URL,
                           injection_point,
                           '"><script>alert(0)</script>',
                           match.decode('utf-8'))
        elif in_tag and not in_double_quotes and not in_single_quotes and inject_open_angle and inject_close_angle and inject_slash:
            # e.g. <a href=PAYLOAD>Test</a>
            return XSSData(request_URL,
                           injection_point,
                           '><script>alert(0)</script>',
                           match.decode('utf-8'))
        elif inject_javascript_handler(body.decode('utf-8')):  # e.g. <html><a href=PAYLOAD>Test</a>
            return XSSData(request_URL,
                           injection_point,
                           'Javascript:alert(0)',
                           match.decode('utf-8'))
        elif in_tag and in_double_quotes and inject_double_quotes and inject_equals:  # e.g. <a href="PAYLOAD">Test</a>
            return XSSData(request_URL,
                           injection_point,
                           '" onmouseover="alert(0)" t="',
                           match.decode('utf-8'))
        elif in_tag and in_single_quotes and inject_single_quotes and inject_equals:  # e.g. <a href='PAYLOAD'>Test</a>
            return XSSData(request_URL,
                           injection_point,
                           "' onmouseover='alert(0)' t='",
                           match.decode('utf-8'))
        elif in_tag and not in_single_quotes and not in_double_quotes and inject_equals:  # e.g. <a href=PAYLOAD>Test</a>
            return XSSData(request_URL,
                           injection_point,
                           " onmouseover=alert(0) t=",
                           match.decode('utf-8'))
        elif in_HTML_val and not in_script_val and inject_open_angle and inject_close_angle and inject_slash:  # e.g. <html>PAYLOAD</html>
            return XSSData(request_URL,
                           injection_point,
                           '<script>alert(0)</script>',
                           match.decode('utf-8'))
        else:
            return None
    return None


# response is mitmproxy's entry point
def response(flow: http.HTTPFlow) -> None:
    cookies_dict = get_cookies(flow)
    resp = flow.response.get_text(strict=False)
    # Example: http://xss.guru/unclaimedScriptTag.html
    find_unclaimed_URLs(resp, flow.request.url)
    results = test_end_of_URL_injection(resp, flow.request.url, cookies_dict)
    log_XSS_data(results[0])
    log_SQLi_data(results[1])
    # Example: https://daviddworken.com/vulnerableReferer.php
    results = test_referer_injection(resp, flow.request.url, cookies_dict)
    log_XSS_data(results[0])
    log_SQLi_data(results[1])
    # Example: https://daviddworken.com/vulnerableUA.php
    results = test_user_agent_injection(resp, flow.request.url, cookies_dict)
    log_XSS_data(results[0])
    log_SQLi_data(results[1])
    if "?" in flow.request.url:
        # Example: https://daviddworken.com/vulnerable.php?name=
        results = test_query_injection(resp, flow.request.url, cookies_dict)
        log_XSS_data(results[0])
        log_SQLi_data(results[1])
generated by cgit v1.2.3 (git 2.25.1) at 2025-06-01 04:26:21 +0000