def test_directory(self, path):
if self.verbose == 2:
print(u"+ Testing directory {0}".format(path))
test_page = HTTP.HTTPResource(path + "does_n0t_exist.htm")
try:
resp = self.HTTP.send(test_page)
if resp.getCode() not in ["403", "404"]:
# we don't want to deal with this at the moment
return
for i, candidate in enumerate(self.payloads):
self.pbar.update(i + 1)
url = path + candidate
if url not in self.known_dirs and url not in self.known_pages and url not in self.new_resources:
page = HTTP.HTTPResource(path + candidate)
try:
resp = self.HTTP.send(page)
if resp.getCode() == "301":
loc = resp.getLocation()
if loc in self.known_dirs or loc in self.known_pages:
continue
self.logR("Found webpage {0}", loc)
self.new_resources.append(loc)
elif resp.getCode() not in ["403", "404"]:
self.logR("Found webpage {0}", page.path)
self.new_resources.append(page.path)
except requests.exceptions.Timeout:
continue
except requests.exceptions.Timeout:
pass
def addStartURL(self, url):
if self.__checklink(url):
print(_("Invalid link argument: {0}").format(url))
sys.exit(0)
if self.__inzone(url) == 0:
self.tobrowse.append(HTTP.HTTPResource(url))
else:
self.out_of_scope_urls.append(HTTP.HTTPResource(url))
def attack(self, urls, forms):
junk_string = "w" + "".join([random.choice("0123456789abcdefghjijklmnopqrstuvwxyz") for __ in range(0, 5000)])
for l in self.nikto_db:
match = match_or = match_and = False
fail = fail_or = False
osv_id = l[1]
path = l[3]
method = l[4]
vuln_desc = l[10]
post_data = l[11]
path = path.replace("@CGIDIRS", "/cgi-bin/")
path = path.replace("@ADMIN", "/admin/")
path = path.replace("@NUKE", "/modules/")
path = path.replace("@PHPMYADMIN", "/phpMyAdmin/")
path = path.replace("@POSTNUKE", "/postnuke/")
path = re.sub("JUNK\((\d+)\)", lambda x: junk_string[:int(x.group(1))], path)
if path[0] == "@":
continue
if path[0] != "/":
path = "/" + path
url = ""
try:
url = "http://" + self.HTTP.server + path
except UnicodeDecodeError:
continue
evil_req = None
if method == "GET":
evil_req = HTTP.HTTPResource(url)
elif method == "POST":
evil_req = HTTP.HTTPResource(url, post_params=post_data, method=method)
else:
evil_req = HTTP.HTTPResource(url, post_params=post_data, method=method)
if self.verbose == 2:
try:
if method == "GET":
print(u"+ {0}".format(evil_req.url))
else:
print(u"+ {0}".format(evil_req.http_repr))
except Exception, e:
continue
try:
resp = self.HTTP.send(evil_req)
except Exception, e:
# requests bug
print(e)
continue
def attackGET(self, http_res):
url = http_res.path
resp_headers = http_res.headers
referer = http_res.referer
headers = {}
if referer:
headers["referer"] = referer
if url not in self.attackedGET:
if self.verbose == 2:
print(u"+ {0}".format(url))
err1 = self.__returnErrorByCode(resp_headers["status_code"])
if err1 != "ok":
test_req = HTTP.HTTPResource(url)
data1 = self.HTTP.send(test_req, headers=headers).getPage()
# .htaccess protection detected
if self.verbose >= 1:
self.log(_("HtAccess protection found: {0}"), url)
evil_req = HTTP.HTTPResource(url, method="ABC")
data2, code2 = self.HTTP.send(evil_req,
headers=headers).getPageCode()
err2 = self.__returnErrorByCode(code2)
if err2 == "ok":
# .htaccess bypass success
if self.verbose >= 1:
self.logC(_("|HTTP Code: {0} : {1}"),
resp_headers["status_code"], err1)
if self.verbose == 2:
self.logY(_("Source code:"))
self.logW(data1)
self.logVuln(category=Vulnerability.HTACCESS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=_("{0} HtAccess").format(err1))
self.logR(_(" .htaccess bypass vulnerability: {0}"),
evil_req.url)
# print output informations by verbosity option
if self.verbose >= 1:
self.logC(_("|HTTP Code: {0}"), code2)
if self.verbose == 2:
self.logY(_("Source code:"))
self.logW(data2)
self.attackedGET.append(url)
def __init__(self, http, xmlRepGenerator):
Attack.__init__(self, http, xmlRepGenerator)
user_config_dir = os.getenv('HOME') or os.getenv('USERPROFILE')
user_config_dir += "/config"
if not os.path.isdir(user_config_dir):
os.makedirs(user_config_dir)
try:
fd = open(os.path.join(user_config_dir, self.CONFIG_FILE))
reader = csv.reader(fd)
self.nikto_db = [l for l in reader if l != [] and l[0].isdigit()]
fd.close()
except IOError:
try:
print(_("Problem with local nikto database."))
print(_("Downloading from the web..."))
nikto_req = HTTP.HTTPResource("http://cirt.net/nikto/UPDATES/2.1.5/db_tests")
resp = self.HTTP.send(nikto_req)
page = resp.getRawPage()
csv.register_dialect("nikto", quoting=csv.QUOTE_ALL, doublequote=False, escapechar="\\")
reader = csv.reader(page.split("\n"), "nikto")
self.nikto_db = [l for l in reader if l != [] and l[0].isdigit()]
fd = open(os.path.join(user_config_dir, self.CONFIG_FILE), "w")
writer = csv.writer(fd)
writer.writerows(self.nikto_db)
fd.close()
except socket.timeout:
print(_("Error downloading Nikto database"))
def attack(self, get_resources, forms):
"""This method searches XSS which could be permanently stored in the web application"""
for http_resource in get_resources:
if http_resource.method != "GET":
continue
url = http_resource.url
target_req = HTTP.HTTPResource(url)
referer = http_resource.referer
headers = {}
if referer:
headers["referer"] = referer
if self.verbose >= 1:
print(u"+ {0}".format(url))
try:
resp = self.HTTP.send(target_req, headers=headers)
data = resp.getPage()
except requests.exceptions.Timeout:
data = ""
except socket.error, se:
data = ""
print(
_('error: {0} while attacking {1}').format(
repr(str(se[1])), url))
except Exception, e:
print(
_('error: {0} while attacking {1}').format(
repr(str(e[0])), url))
continue
def browse(self, web_resource):
"""Extract urls from a webpage and add them to the list of urls
to browse if they aren't in the exclusion list.
Returns True if the URL is kept for attacks."""
# We are going too much deep, don't browse this link
if web_resource.link_depth > self.max_link_depth:
return False
url = web_resource.url
# We don't need destination anchors
current_full_url = url.split("#")[0]
# Url without query string
current = current_full_url.split("?")[0]
# Get the dirname of the file
currentdir = web_resource.dir_name
parrentdir = web_resource.parent_dir
# Timeout must not be too long to block big documents
# (for example a download script)
# and not too short to give good results
socket.setdefaulttimeout(self.timeout)
if parrentdir not in self.custom_404:
invalid_res = HTTP.HTTPResource(parrentdir + self.invalid_page)
try:
invalid_resp = self.h.send(invalid_res)
invalid_code = invalid_resp.getCode()
self.custom_404[parrentdir] = invalid_code
except socket.error:
pass
try:
resp = self.h.send(web_resource)
except socket.timeout:
self.excluded.append(url)
return False
except requests.exceptions.Timeout:
self.excluded.append(url)
return False
except socket.error, msg:
if msg.errno == 111:
print(_("Connection refused!"))
self.excluded.append(url)
return False
def __end_element(self, name):
if name == self.RESOURCE:
http_res = HTTP.HTTPResource(self.path,
method=self.method,
encoding=self.encoding,
referer=self.referer,
get_params=self.get_params,
post_params=self.post_params,
file_params=self.file_params)
http_res.setHeaders(self.headers)
if self.array is self.to_browse:
self.to_browse.append(http_res)
else:
if self.method == "GET":
self.browsed_links.append(http_res)
elif self.method == "POST":
self.browsed_forms.append(http_res)
def __init__(self, root, http_engine=None):
self.h = http_engine
if root.startswith("-"):
print(_("First argument must be the root url !"))
sys.exit(0)
if not "://" in root:
root = "http://" + root
if self.__checklink(root):
print(_("Invalid protocol: {0}").format(root.split("://")[0]))
sys.exit(0)
if root[-1] != "/" and not "/" in root.split("://")[1]:
root += "/"
self.out_of_scope_urls = []
self.browsed_links = []
self.proxies = {}
self.excluded = []
self.browsed_forms = []
self.uploads = []
self.verbose = 0
self.auth_basic = []
self.bad_params = []
self.timeout = 6.0
self.global_headers = {}
self.cookiejar = None
self.scope = "folder"
self.link_encoding = {}
self.custom_404 = {}
self.invalid_page = "zqxj{0}.html".format("".join(
[choice(ascii_letters) for __ in xrange(0, 10)]))
# 0 means no limits
self.nice = 0
self.max_link_depth = 40
server = (root.split("://")[1]).split("/")[0]
self.root = HTTP.HTTPResource(root) # Initial URL
self.server = server # Domain (with potential :port)
self.scope_url = root # Scope of the analysis
self.tobrowse = [self.root]
self.persister = CrawlerPersister()
def __init__(self, root, http_engine=None, crawlerFile=None):
self.h = http_engine
if root.startswith("-"):
print(_("First argument must be the root url !"))
sys.exit(0)
if not "://" in root:
root = "http://" + root
if (self.__checklink(root)):
print(_("Invalid protocol: {0}").format(root.split("://")[0]))
sys.exit(0)
if root[-1] != "/" and not "/" in root.split("://")[1]:
root += "/"
server = (root.split("://")[1]).split("/")[0]
self.root = HTTP.HTTPResource(root) # Initial URL
self.server = server # Domain
self.scopeURL = root # Scope of the analysis
self.tobrowse.append(self.root)
self.persister = CrawlerPersister()
def attackGET(self, http_res):
if http_res.file_name == "":
return
page = http_res.path
headers = http_res.headers
# Do not attack application-type files
if not "content-type" in headers:
# Sometimes there's no content-type... so we rely on the document extension
if (page.split(".")[-1] not in self.allowed) and page[-1] != "/":
return
elif not "text" in headers["content-type"]:
return
for payload in self.payloads:
payload = payload.replace("[FILE_NAME]", http_res.file_name)
url = page.replace(http_res.file_name, payload)
if self.verbose == 2:
print(u"+ {0}".format(url))
if url not in self.attackedGET:
self.attackedGET.append(url)
try:
evil_req = HTTP.HTTPResource(url)
resp = self.HTTP.send(evil_req)
data, code = resp.getPageCode()
err = self.__returnErrorByCode(code)
if err == "ok":
self.logR(_("Found backup file !"))
self.logR(u" -> {0}".format(evil_req.url))
self.logVuln(category=Vulnerability.BACKUP,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=_("Backup file {0} found for {1}").format(url, page))
except socket.timeout:
break
def attackGET(self, http_res):
url = http_res.path
if self.verbose == 2:
print(u"+ {0}".format(url))
if url not in self.attackedGET:
self.attackedGET.append(url)
try:
evil_req = HTTP.HTTPResource(url)
resp = self.HTTP.send(evil_req, headers=self.hdrs)
data, code = resp.getPageCode()
if "".join(self.random_bytes) in data:
self.logR(_("URL {0} seems vulnerable to Shellshock attack !").format(url))
self.logVuln(category=Vulnerability.EXEC,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=_("URL {0} seems vulnerable to Shellshock attack").format(url))
except socket.timeout:
return
def attackGET(self, http_res):
"""This method performs the cross site scripting attack (XSS attack) with method GET"""
# copies
page = http_res.path
params_list = http_res.get_params
resp_headers = http_res.headers
referer = http_res.referer
headers = {}
http_code = ""
if referer:
headers["referer"] = referer
param_name = "PHP_SELF"
# Some PHP scripts doesn't sanitize data coming from $_SERVER['PHP_SELF']
if page not in self.PHP_SELF:
evil_req = None
if page.endswith("/"):
evil_req = HTTP.HTTPResource(page + self.php_self_payload)
elif page.endswith(".php"):
evil_req = HTTP.HTTPResource(page + "/" + self.php_self_payload)
if evil_req is not None:
if self.verbose == 2:
print(u"+ {0}".format(evil_req.url))
try:
data, http_code = self.HTTP.send(evil_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
data = ""
self.logO(Anomaly.MSG_TIMEOUT, evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(param_name))
if self._validXSSContentType(evil_req) and self.php_self_check in data:
self.logR(Vulnerability.MSG_PATH_INJECT, self.MSG_VULN, page)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
self.logVuln(category=Vulnerability.XSS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("XSS vulnerability found via injection in the resource path"))
elif http_code == "500":
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.PHP_SELF.append(page)
timeouted = False
returned500 = False
# page is the url of the script
# params_list is a list of [key, value] lists
if not params_list:
# Do not attack application-type files
if not "content-type" in resp_headers:
# Sometimes there's no content-type... so we rely on the document extension
if (page.split(".")[-1] not in self.allowed) and page[-1] != "/":
return
elif not "text" in resp_headers["content-type"]:
return
url = page + "?__XSS__"
if url not in self.attackedGET:
self.attackedGET.append(url)
code = self.random_string()
test_req = HTTP.HTTPResource(page + "?" + code)
self.GET_XSS[code] = (test_req, "QUERY_STRING")
try:
data, http_code = self.HTTP.send(test_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
data = ""
if code in data:
# Simple text injection worked, let's try with JS code
payloads = self.generate_payloads(data, code)
for payload in payloads:
evil_req = HTTP.HTTPResource(page + "?" + self.HTTP.quote(payload))
if self.verbose == 2:
print(u"+ {0}".format(evil_req))
try:
dat, http_code = self.HTTP.send(evil_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
dat = ""
if timeouted:
continue
self.logO(Anomaly.MSG_TIMEOUT, evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(param_name))
timeouted = True
param_name = "QUERY_STRING"
if self._validXSSContentType(evil_req) and dat is not None and len(dat) > 1:
if payload.lower() in dat.lower():
self.SUCCESSFUL_XSS[code] = payload
self.logVuln(category=Vulnerability.XSS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("XSS vulnerability found via injection in the query string"))
self.logR(Vulnerability.MSG_QS_INJECT, self.MSG_VULN, page)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
# No more payload injection
break
elif http_code == "500" and not returned500:
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
returned500 = True
# URL contains parameters
else:
for i in xrange(len(params_list)):
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
param_name = self.HTTP.quote(params_list[i][0])
params_list[i][1] = "__XSS__"
url = page + "?" + self.HTTP.encode(params_list)
if url not in self.attackedGET:
self.attackedGET.append(url)
code = self.random_string()
params_list[i][1] = code
test_req = HTTP.HTTPResource(page + "?" + self.HTTP.encode(params_list))
self.GET_XSS[code] = (test_req, param_name)
try:
data, http_code = self.HTTP.send(test_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
data = ""
# is the random code on the webpage ?
if code in data:
# YES! But where exactly ?
payloads = self.generate_payloads(data, code)
for payload in payloads:
params_list[i][1] = payload
evil_req = HTTP.HTTPResource(page + "?" + self.HTTP.encode(params_list))
if self.verbose == 2:
print(u"+ {0}".format(evil_req))
try:
dat, http_code = self.HTTP.send(evil_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
dat = ""
if timeouted:
continue
self.logO(Anomaly.MSG_TIMEOUT, evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(param_name))
timeouted = True
if self._validXSSContentType(evil_req) and dat is not None and len(dat) > 1:
if payload.lower() in dat.lower():
self.SUCCESSFUL_XSS[code] = payload
self.logVuln(category=Vulnerability.XSS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("XSS vulnerability found via injection"
" in the parameter {0}").format(param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT,
self.MSG_VULN,
page,
param_name)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
# stop trying payloads and jum to the next parameter
break
elif http_code == "500" and not returned500:
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
returned500 = True
# Restore the value of this argument before testing the next one
params_list[i][1] = saved_value
def attackPOST(self, form):
"""This method performs the SQL Injection attack with method POST"""
payload = "\xbf'\"("
filename_payload = "'\"("
err = ""
# copies
get_params = form.get_params
post_params = form.post_params
file_params = form.file_params
referer = form.referer
for params_list in [get_params, post_params, file_params]:
for i in xrange(len(params_list)):
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
if params_list is file_params:
params_list[i][1] = ["_SQL__", params_list[i][1][1]]
else:
params_list[i][1] = "__SQL__"
param_name = self.HTTP.quote(params_list[i][0])
attack_pattern = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params)
if attack_pattern not in self.attackedPOST:
self.attackedPOST.append(attack_pattern)
if params_list is file_params:
params_list[i][1][0] = filename_payload
else:
params_list[i][1] = payload
evil_req = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params,
referer=referer)
if self.verbose == 2:
print(u"+ {0}".format(evil_req))
try:
resp = self.HTTP.send(evil_req)
data, code = resp.getPageCode()
except requests.exceptions.Timeout, timeout:
# No timeout report here... launch blind sql detection later
code = "408"
else:
err = self.__findPatternInResponse(data)
if err != "":
self.logVuln(category=Vulnerability.SQL_INJECTION,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("{0} via injection in the parameter {1}").format(err, param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT,
err,
evil_req.url,
param_name)
self.logR(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.vulnerablePOST.append(attack_pattern)
else:
if code == "500":
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
params_list[i][1] = saved_value
def attackGET(self, http_res):
"""This method performs the SQL Injection attack with method GET"""
page = http_res.path
params_list = http_res.get_params
resp_headers = http_res.headers
referer = http_res.referer
headers = {}
if referer:
headers["referer"] = referer
# about this payload : http://shiflett.org/blog/2006/jan/addslashes-versus-mysql-real-escape-string
payload = "\xBF'\"("
if not params_list:
# Do not attack application-type files
if not "content-type" in resp_headers:
# Sometimes there's no content-type... so we rely on the document extension
if (page.split(".")[-1] not in self.allowed) and page[-1] != "/":
return
elif not "text" in resp_headers["content-type"]:
return
payload = self.HTTP.quote(payload)
url = page + "?" + payload
if url not in self.attackedGET:
self.attackedGET.append(url)
evil_req = HTTP.HTTPResource(url)
if self.verbose == 2:
print(u"+ {0}".format(url))
try:
resp = self.HTTP.send(evil_req, headers=headers)
data, code = resp.getPageCode()
except requests.exceptions.Timeout:
# No timeout report here... launch blind sql detection later
code = "408"
err = ""
else:
err = self.__findPatternInResponse(data)
if err != "":
self.logVuln(category=Vulnerability.SQL_INJECTION,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=_("{0} via injection in the query string").format(err))
self.logR(Vulnerability.MSG_QS_INJECT, err, page)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
self.vulnerableGET.append(page + "?" + "__SQL__")
else:
if code == "500":
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
info=Anomaly.MSG_QS_500)
self.logO(Anomaly.MSG_500, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
else:
for i in range(len(params_list)):
param_name = self.HTTP.quote(params_list[i][0])
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
params_list[i][1] = "__SQL__"
pattern_url = page + "?" + self.HTTP.encode(params_list)
if pattern_url not in self.attackedGET:
self.attackedGET.append(pattern_url)
params_list[i][1] = self.HTTP.quote(payload)
url = page + "?" + self.HTTP.encode(params_list)
evil_req = HTTP.HTTPResource(url)
if self.verbose == 2:
print(u"+ {0}".format(evil_req.url))
try:
resp = self.HTTP.send(evil_req, headers=headers)
data, code = resp.getPageCode()
except requests.exceptions.Timeout:
# No timeout report here... launch blind sql detection later
code = "408"
err = ""
else:
err = self.__findPatternInResponse(data)
if err != "":
self.logVuln(category=Vulnerability.SQL_INJECTION,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("{0} via injection in the parameter {1}").format(err, param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT,
err,
page,
param_name)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
self.vulnerableGET.append(pattern_url)
elif code == "500":
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
params_list[i][1] = saved_value
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
else:
for i in range(len(params_list)):
err = ""
param_name = self.HTTP.quote(params_list[i][0])
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
params_list[i][1] = "__SQL__"
pattern_url = page + "?" + self.HTTP.encode(params_list)
if pattern_url not in self.attackedGET:
self.attackedGET.append(pattern_url)
params_list[i][1] = self.HTTP.quote(payload)
url = page + "?" + self.HTTP.encode(params_list)
evil_req = HTTP.HTTPResource(url)
if self.verbose == 2:
print(u"+ {0}".format(evil_req.url))
try:
resp = self.HTTP.send(evil_req, headers=headers)
data, code = resp.getPageCode()
except requests.exceptions.Timeout, timeout:
# No timeout report here... launch blind sql detection later
data = ""
code = "408"
err = ""
resp = timeout
else:
err = self.__findPatternInResponse(data)
if err != "":
def attackGET(self, http_res):
dir_name = http_res.dir_name
headers = http_res.headers
for payload in self.payloads:
if self.verbose == 2:
print(u"+ {0} detecting...".format(payload['title']))
for rule in payload['rules']:
for case in switch(rule['type']):
if self.verbose == 2:
print(u" type: {0}".format(rule['type']))
if case(1):
url = dir_name
if self.verbose == 2:
print(u" name: {0}".format(rule['name']))
print(u" url: {0}".format(url))
print(u" matching pattern: {0}".format(
rule['match']))
print("")
try:
#data = requests.get(url, allow_redirects=True)
evil_req = HTTP.HTTPResource(url)
resp = self.HTTP.send(evil_req)
data, code = resp.getPageCode()
err = self.__returnErrorByCode(code)
if err == "ok":
d = pq(data)
for element in d(''.join([
rule['name'], "[", rule['attributes'],
"]"
])).items():
if re.search(
rule['match'].lower(),
element.attr(rule['attributes']).
lower()) is not None:
self.logR(_("Found fingerprint !"))
self.logR(u" -> {0}".format(
evil_req.url))
self.logR("Framework: {0} !".format(
payload['title'])
) # wait to internalization
self.logVuln(
category=Vulnerability.FINGERPRINT,
level=Vulnerability.LOW_LEVEL,
request=evil_req,
info=_("Framework {0} used in {1}"
).format(
payload['title'],
dir_name))
self.fingerprint_flag = True
#err = self.__findPatternInResponse(d.text())
return
elif err == "Moved":
self.logR(
"This site might be moved to \"{0}\". Try again."
.format(
requests.get(
url, allow_redirects=True).url))
self.fingerprint_flag = True
return
except socket.timeout:
break
break
if case(3):
if rule['name'] == "URL":
url = dir_name + rule['attributes']
if self.verbose == 2:
print(u" name: {0}".format(rule['name']))
print(u" url: {0}".format(url))
print(u" matching pattern: {0}".format(
rule['match']))
print("")
try:
evil_req = HTTP.HTTPResource(url)
resp = self.HTTP.send(evil_req)
data, code = resp.getPageCode()
err = self.__returnErrorByCode(code)
if err == "ok":
d = pq(data)
if rule['match'] in d.text():
self.logR(_("Found fingerprint !"))
self.logR(u" -> {0}".format(
evil_req.url))
self.logR("Framework: {0} !".format(
payload['title'])
) # wait to internalization
self.logVuln(
category=Vulnerability.FINGERPRINT,
level=Vulnerability.LOW_LEVEL,
request=evil_req,
info=_("Framework {0} used in {1}"
).format(
payload['title'],
dir_name))
self.fingerprint_flag = True
#err = self.__findPatternInResponse(d.text())
return
except socket.timeout:
break
else:
url = dir_name
if self.verbose == 2:
print(u" name: {0}".format(rule['name']))
print(u" url: {0}".format(url))
print(
u" matching pattern: {0} in html tag '{1}'"
.format(rule['match'], rule['name']))
print("")
try:
#data = requests.get(url, allow_redirects=True)
evil_req = HTTP.HTTPResource(url)
resp = self.HTTP.send(evil_req)
data, code = resp.getPageCode()
err = self.__returnErrorByCode(code)
if err == "ok":
d = pq(data)
if re.search(rule['match'],
d(rule['name']).text()
) is not None:
self.logR(_("Found fingerprint !"))
self.logR(u" -> {0}".format(
evil_req.url))
self.logR("Framework: {0} !".format(
payload['title'])
) # wait to internalization
self.logVuln(
category=Vulnerability.FINGERPRINT,
level=Vulnerability.LOW_LEVEL,
request=evil_req,
info=_("Framework {0} used in {1}"
).format(
payload['title'],
dir_name))
self.fingerprint_flag = True
#err = self.__findPatternInResponse(d.text())
return
elif err == "Moved":
self.logR(
"This site might be moved to \"{0}\". Try again."
.format(
requests.get(
url,
allow_redirects=True).url))
self.fingerprint_flag = True
return
except socket.timeout:
break
break
if case(8):
break
try:
flash_parser = swf_parser.swf_parser(data)
swf_links = flash_parser.getLinks()
except Exception, err_data:
swf_links = err_data[1]
elif "/x-javascript" in mime_type or "/x-js" in mime_type or "/javascript" in mime_type:
js_links = lamejs.lamejs(data).getLinks()
data = ""
# Manage redirections
if "location" in info:
redir = self.correctlink(info["location"], current, current_full_url, currentdir, proto, None)
if redir is not None:
if self.__inzone(redir) == 0:
self.link_encoding[redir] = self.link_encoding[url]
redir = HTTP.HTTPResource(redir, link_depth=current_depth+1)
# Is the document not visited yet and not forbidden ?
if (redir not in self.browsed_links and
redir not in self.tobrowse and
not self.isExcluded(redir)):
self.tobrowse.append(redir)
if not web_resource.is_root and self.custom_404.get(parrentdir, "404") == code:
self.excluded.append(url)
return False
html_source = data
bs = BeautifulSoup(html_source)
# Look for a base tag with an href attribute
if bs.head:
for base in bs.head.findAll("base"):
def attackPOST(self, form):
"""This method performs the command execution with method POST"""
# copies
get_params = form.get_params
post_params = form.post_params
file_params = form.file_params
referer = form.referer
for params_list in [get_params, post_params, file_params]:
for i in xrange(len(params_list)):
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
timeouted = False
warned = 0
cmd = 0
err500 = 0
param_name = self.HTTP.quote(params_list[i][0])
if params_list is file_params:
params_list[i][1] = ["_EXEC__", params_list[i][1][1]]
else:
params_list[i][1] = "__EXEC__"
attack_pattern = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params)
if attack_pattern not in self.attackedPOST:
self.attackedPOST.append(attack_pattern)
for payload in self.payloads:
# no quoting: send() will do it for us
if params_list is file_params:
payload = payload.replace("[VALUE]", saved_value[0])
params_list[i][1][0] = payload
else:
payload = payload.replace("[VALUE]", saved_value)
params_list[i][1] = payload
evil_req = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params,
referer=referer)
if self.verbose == 2:
print(u"+ {0}".format(evil_req))
err = ""
try:
data, code = self.HTTP.send(evil_req).getPageCode()
except requests.exceptions.Timeout:
if timeouted:
continue
data = ""
code = "408"
self.logO(Anomaly.MSG_TIMEOUT, evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(param_name))
timeouted = True
else:
err, cmd, warned = self.__findPatternInResponse(data, warned)
if err != "":
self.logVuln(category=Vulnerability.EXEC,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("{0} via injection in the parameter {1}").format(err, param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT, err, evil_req.url, param_name)
self.logR(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
if cmd:
# Successful command execution, go to the next field
break
else:
if code == "500" and err500 == 0:
err500 = 1
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
params_list[i][1] = saved_value
def attackGET(self, http_res):
"""This method performs the command execution with method GET"""
page = http_res.path
params_list = http_res.get_params
resp_headers = http_res.headers
referer = http_res.referer
headers = {}
if referer:
headers["referer"] = referer
if not params_list:
# Do not attack application-type files
if not "content-type" in resp_headers:
# Sometimes there's no content-type... so we rely on the document extension
if (page.split(".")[-1] not in self.allowed) and page[-1] != "/":
return
elif not "text" in resp_headers["content-type"]:
return
timeouted = False
warned = 0
cmd = 0
err500 = 0
for payload in self.payloads:
if "[VALUE]" in payload:
continue
err = ""
url = page + "?" + self.HTTP.quote(payload)
if url not in self.attackedGET:
evil_req = HTTP.HTTPResource(url)
if self.verbose == 2:
print(u"+ {0}".format(url))
self.attackedGET.append(url)
try:
data, code = self.HTTP.send(evil_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
if timeouted:
continue
data = ""
code = "408"
err = ""
self.logO(Anomaly.MSG_TIMEOUT, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
info=Anomaly.MSG_QS_TIMEOUT)
timeouted = True
else:
err, cmd, warned = self.__findPatternInResponse(data, warned)
if err != "":
self.logVuln(category=Vulnerability.EXEC,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=Vulnerability.MSG_QS_INJECT.format(err, page))
self.logR(Vulnerability.MSG_QS_INJECT, err, page)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
else:
if code == "500" and err500 == 0:
err500 = 1
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
info=Anomaly.MSG_QS_500)
self.logO(Anomaly.MSG_500, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
if cmd:
break
for i in range(len(params_list)):
timeouted = False
warned = 0
cmd = 0
err500 = 0
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
params_list[i][1] = "__EXEC__"
url = page + "?" + self.HTTP.encode(params_list)
param_name = self.HTTP.quote(params_list[i][0])
if url not in self.attackedGET:
self.attackedGET.append(url)
for payload in self.payloads:
err = ""
payload = payload.replace("[VALUE]", saved_value)
params_list[i][1] = self.HTTP.quote(payload)
evil_req = HTTP.HTTPResource(page + "?" + self.HTTP.encode(params_list))
if self.verbose == 2:
print(u"+ {0}".format(evil_req.url))
try:
data, code = self.HTTP.send(evil_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
if timeouted:
continue
data = ""
code = "408"
err = ""
self.logO(Anomaly.MSG_TIMEOUT, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(param_name))
timeouted = True
else:
err, cmd, warned = self.__findPatternInResponse(data, warned)
if err != "":
self.logVuln(category=Vulnerability.EXEC,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("{0} via injection in the parameter {1}").format(err, param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT,
err,
page,
param_name)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
if cmd:
# Successful command execution, go to the next field
break
else:
if code == "500" and err500 == 0:
err500 = 1
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
params_list[i][1] = saved_value
def attackGET(self, http_res):
"""This method performs the CRLF attack with method GET"""
page = http_res.path
params_list = http_res.get_params
resp_headers = http_res.headers
referer = http_res.referer
headers = {}
if referer:
headers["referer"] = referer
payload = self.HTTP.quote(
"http://www.google.fr\r\nwapiti: 2.3.0 version")
if not params_list:
# Do not attack application-type files
if not "content-type" in resp_headers:
# Sometimes there's no content-type... so we rely on the document extension
if (page.split(".")[-1]
not in self.allowed) and page[-1] != "/":
return
elif not "text" in resp_headers["content-type"]:
return
url = page + "?" + payload
if url not in self.attackedGET:
evil_req = HTTP.HTTPResource(url)
if self.verbose == 2:
print(u"+ {0}".format(evil_req.url))
try:
resp = self.HTTP.send(evil_req, headers=headers)
if "wapiti" in resp.getHeaders():
self.logVuln(category=Vulnerability.CRLF,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=self.MSG_VULN + " " +
_("(QUERY_STRING)"))
self.logR(Vulnerability.MSG_QS_INJECT, self.MSG_VULN,
page)
self.logR(Vulnerability.MSG_EVIL_URL, url)
except requests.exceptions.Timeout:
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
info=self.MSG_VULN + " " +
_("(QUERY_STRING)"))
self.logO(Anomaly.MSG_TIMEOUT, page)
self.logO(Anomaly.MSG_EVIL_URL, url)
except requests.exceptions.HTTPError:
# print("Error: The server did not understand this request")
pass
self.attackedGET.append(url)
else:
for i in range(len(params_list)):
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
# payload is already escaped, see at top
params_list[i][1] = payload
param_name = self.HTTP.quote(params_list[i][0])
url = page + "?" + self.HTTP.encode(params_list)
if url not in self.attackedGET:
self.attackedGET.append(url)
evil_req = HTTP.HTTPResource(url)
if self.verbose == 2:
print(u"+ {0}".format(evil_req.url))
try:
resp = self.HTTP.send(evil_req, headers=headers)
if "wapiti" in resp.getHeaders():
self.logVuln(category=Vulnerability.CRLF,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=self.MSG_VULN + " (" +
param_name + ")")
self.logR(Vulnerability.MSG_PARAM_INJECT,
self.MSG_VULN, page, param_name)
self.logR(Vulnerability.MSG_EVIL_URL, url)
except requests.exceptions.Timeout:
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info="Timeout (" + param_name + ")")
self.logO(Anomaly.MSG_TIMEOUT, page)
self.logO(Anomaly.MSG_EVIL_URL, url)
except requests.exceptions.HTTPError:
self.log(
_("Error: The server did not understand this request"
))
params_list[i][1] = saved_value
def attackPOST(self, form):
"""This method performs the Blind SQL attack with method POST"""
# copies
get_params = form.get_params
post_params = form.post_params
file_params = form.file_params
referer = form.referer
for params_list in [get_params, post_params, file_params]:
for i in xrange(len(params_list)):
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
param_name = self.HTTP.quote(params_list[i][0])
if params_list is file_params:
params_list[i][1] = ["_SQL__", params_list[i][1][1]]
else:
params_list[i][1] = "__SQL__"
attack_pattern = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params)
if attack_pattern in self.excludedPOST:
params_list[i][1] = saved_value
continue
err500 = 0
if attack_pattern not in self.attackedPOST:
self.attackedPOST.append(attack_pattern)
for payload in self.blind_sql_payloads:
if params_list is file_params:
payload = payload.replace("[VALUE]",
saved_value[0])
params_list[i][1][0] = payload.replace(
"__TIME__", self.TIME_TO_SLEEP)
else:
payload = payload.replace("[VALUE]", saved_value)
params_list[i][1] = payload.replace(
"__TIME__", self.TIME_TO_SLEEP)
evil_req = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params,
referer=referer)
if self.verbose == 2:
print(u"+ {0}".format(evil_req))
try:
resp = self.HTTP.send(evil_req)
data, code = resp.getPageCode()
except requests.exceptions.Timeout:
# Timeout means time-based SQL injection
self.logVuln(
category=Vulnerability.BLIND_SQL_INJECTION,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("{0} via injection in the "
"parameter {1}").format(
self.MSG_VULN, param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT,
self.MSG_VULN, evil_req.url, param_name)
self.logR(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
break
else:
if code == "500" and err500 == 0:
err500 = 1
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(
param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
params_list[i][1] = saved_value
def attackPOST(self, form):
"""This method performs the cross site scripting attack (XSS attack) with method POST"""
page = form.url
referer = form.referer
headers = {}
if referer:
headers["referer"] = referer
param_name = "PHP_SELF"
if page not in self.PHP_SELF:
evil_req = None
if page.endswith("/"):
evil_req = HTTP.HTTPResource(page + self.php_self_payload)
elif page.endswith(".php"):
evil_req = HTTP.HTTPResource(page + "/" + self.php_self_payload)
if evil_req:
if self.verbose == 2:
print(u"+ {0}".format(evil_req.url))
try:
data, http_code = self.HTTP.send(evil_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
data = ""
self.logO(Anomaly.MSG_TIMEOUT, evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(param_name))
if self._validXSSContentType(evil_req) and self.php_self_check in data:
self.logR(Vulnerability.MSG_PATH_INJECT, self.MSG_VULN, page)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
self.logVuln(category=Vulnerability.XSS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("XSS vulnerability found via injection in the resource path"))
elif http_code == "500":
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.PHP_SELF.append(page)
timeouted = False
returned500 = False
# copies
get_params = form.get_params
post_params = form.post_params
file_params = form.file_params
for params_list in [get_params, post_params, file_params]:
for i in xrange(len(params_list)):
param_name = self.HTTP.quote(params_list[i][0])
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
if params_list is file_params:
params_list[i][1] = ["_XSS__", params_list[i][1][1]]
else:
params_list[i][1] = "__XSS__"
# We keep an attack pattern to be sure a given form won't be attacked on the same field several times
attack_pattern = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params)
if not attack_pattern in self.attackedPOST:
self.attackedPOST.append(attack_pattern)
code = self.random_string()
if params_list is file_params:
params_list[i][1][0] = code
else:
params_list[i][1] = code
# will only memorize the last used payload (working or not) but the code will always be the good
test_payload = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params,
referer=referer)
self.POST_XSS[code] = (test_payload, param_name)
try:
data, http_code = self.HTTP.send(test_payload).getPageCode()
except requests.exceptions.Timeout:
data = ""
# rapid search on the code to check injection
if code in data:
# found, now study where the payload is injected and how to exploit it
payloads = self.generate_payloads(data, code)
for payload in payloads:
if params_list is file_params:
params_list[i][1][0] = payload
else:
params_list[i][1] = payload
evil_req = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params,
referer=referer)
if self.verbose == 2:
print(u"+ {0}".format(evil_req))
try:
dat, http_code = self.HTTP.send(evil_req).getPageCode()
except requests.exceptions.Timeout:
dat = ""
if timeouted:
continue
self.logO(Anomaly.MSG_TIMEOUT, evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(param_name))
timeouted = True
if self._validXSSContentType(evil_req) and dat is not None and len(dat) > 1:
if payload.lower() in dat.lower():
self.SUCCESSFUL_XSS[code] = payload
self.logVuln(category=Vulnerability.XSS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("XSS vulnerability found via injection"
" in the parameter {0}").format(param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT,
self.MSG_VULN,
evil_req.url,
param_name)
self.logR(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
# Stop injecting payloads and move to the next parameter
break
elif http_code == "500" and not returned500:
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
returned500 = True
# restore the saved parameter in the list
params_list[i][1] = saved_value
param_name)
if v == code:
if params_list is file_params:
params_list[i][1][
0] = self.SUCCESSFUL_XSS[
code]
else:
params_list[i][
1] = self.SUCCESSFUL_XSS[
code]
# we found the xss payload again -> stored xss vuln
evil_req = HTTP.HTTPResource(
code_req.path,
method="POST",
get_params=get_params,
post_params=post_params,
file_params=file_params,
referer=referer)
self.logVuln(
category=Vulnerability.XSS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_(
"Found permanent XSS attacked by {0} with fields"
" {1}").format(
evil_req.url,
self.HTTP.encode(
post_params)))
class mod_permanentxss(Attack):
"""
This class implements a cross site scripting attack
"""
# magic strings we must see to be sure script is vulnerable to XSS
# payloads must be created on those patterns
script_ok = [
"alert('__XSS__')", "alert(\"__XSS__\")",
"String.fromCharCode(0,__XSS__,1)"
]
# simple payloads that doesn't rely on their position in the DOM structure
# payloads injected after closing a tag attribute value (attrval) or in the
# content of a tag (text node like between <p> and </p>)
# only trick here must be on character encoding, filter bypassing, stuff like that
# form the simplest to the most complex, Wapiti will stop on the first working
independant_payloads = []
name = "permanentxss"
require = ["xss"]
PRIORITY = 6
# two dict for permanent XSS scanning
GET_XSS = {}
POST_XSS = {}
# key = xss code, valid = payload
SUCCESSFUL_XSS = {}
CONFIG_FILE = "xssPayloads.txt"
MSG_VULN = _("Stored XSS vulnerability")
def __init__(self, http, xmlRepGenerator):
Attack.__init__(self, http, xmlRepGenerator)
self.independant_payloads = self.loadPayloads(
os.path.join(self.CONFIG_DIR, self.CONFIG_FILE))
# permanent XSS
def attack(self, get_resources, forms):
"""This method searches XSS which could be permanently stored in the web application"""
for http_resource in get_resources:
if http_resource.method != "GET":
continue
url = http_resource.url
target_req = HTTP.HTTPResource(url)
referer = http_resource.referer
headers = {}
if referer:
headers["referer"] = referer
if self.verbose >= 1:
print(u"+ {0}".format(url))
try:
resp = self.HTTP.send(target_req, headers=headers)
data = resp.getPage()
except requests.exceptions.Timeout:
data = ""
except socket.error, se:
data = ""
print(
_('error: {0} while attacking {1}').format(
repr(str(se[1])), url))
except Exception, e:
print(
_('error: {0} while attacking {1}').format(
repr(str(e[0])), url))
continue
# Search for permanent XSS vulns which were injected via GET
if self.doGET == 1:
for code in self.GET_XSS:
if code in data:
# code found in the webpage !
code_url = self.GET_XSS[code][0].url
page = self.GET_XSS[code][0].path
param_name = self.GET_XSS[code][1]
if code in self.SUCCESSFUL_XSS:
# is this an already known vuln (reflected XSS)
if self.validXSS(data, code,
self.SUCCESSFUL_XSS[code]):
# if we can find the payload again, this is a stored XSS
evil_req = HTTP.HTTPResource(
code_url.replace(
code, self.SUCCESSFUL_XSS[code]))
if param_name == "QUERY_STRING":
self.logR(Vulnerability.MSG_QS_INJECT,
self.MSG_VULN, page)
else:
self.logR(Vulnerability.MSG_PARAM_INJECT,
self.MSG_VULN, page, param_name)
self.logR(Vulnerability.MSG_EVIL_URL, code_url)
self.logVuln(
category=Vulnerability.XSS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=_("Found permanent XSS in {0}"
" with {1}").format(
page,
self.HTTP.escape(evil_req.url)))
# we reported the vuln, now search another code
continue
# we where able to inject the ID but will we be able to inject javascript?
else:
timeouted = False
returned500 = False
for xss in self.independant_payloads:
payload = xss.replace("__XSS__", code)
evil_req = HTTP.HTTPResource(
code_url.replace(code, payload))
try:
http_code = self.HTTP.send(
evil_req).getCode()
dat = self.HTTP.send(target_req).getPage()
except requests.exceptions.Timeout:
dat = ""
if timeouted:
continue
self.logO(Anomaly.MSG_TIMEOUT,
evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
self.logAnom(
category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(
param_name))
timeouted = True
except Exception, e:
print(
_('error: {0} while attacking {1}').
format(repr(str(e[0])), url))
continue
if self.validXSS(dat, code, payload):
# injection successful :)
if param_name == "QUERY_STRING":
self.logR(Vulnerability.MSG_QS_INJECT,
self.MSG_VULN, page)
else:
self.logR(
Vulnerability.MSG_PARAM_INJECT,
self.MSG_VULN, page, param_name)
self.logR(Vulnerability.MSG_EVIL_URL,
evil_req.url)
self.logVuln(
category=Vulnerability.XSS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=_("Found permanent XSS in {0}"
" with {1}").format(
url,
self.HTTP.escape(
evil_req.url)))
# look for another code in the webpage
break
elif http_code == "500" and not returned500:
self.logAnom(
category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(
param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
returned500 = True
# Search for permanent XSS vulns which were injected via GET
if self.doGET == 1:
for code in self.GET_XSS:
if code in data:
# code found in the webpage !
code_url = self.GET_XSS[code][0].url
page = self.GET_XSS[code][0].path
param_name = self.GET_XSS[code][1]
if code in self.SUCCESSFUL_XSS:
# is this an already known vuln (reflected XSS)
if self.validXSS(data, code,
self.SUCCESSFUL_XSS[code]):
# if we can find the payload again, this is a stored XSS
evil_req = HTTP.HTTPResource(
code_url.replace(
code, self.SUCCESSFUL_XSS[code]))
if param_name == "QUERY_STRING":
self.logR(Vulnerability.MSG_QS_INJECT,
self.MSG_VULN, page)
else:
self.logR(Vulnerability.MSG_PARAM_INJECT,
self.MSG_VULN, page, param_name)
self.logR(Vulnerability.MSG_EVIL_URL, code_url)
self.logVuln(
category=Vulnerability.XSS,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=_("Found permanent XSS in {0}"
def attackPOST(self, form):
"""This method performs the file handling attack with method POST"""
# copies
get_params = form.get_params
post_params = form.post_params
file_params = form.file_params
referer = form.referer
err = ""
for params_list in [get_params, post_params, file_params]:
for i in xrange(len(params_list)):
timeouted = False
warn = 0
inc = 0
err500 = 0
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
param_name = self.HTTP.quote(params_list[i][0])
if params_list is file_params:
params_list[i][1] = ["_FILE__", params_list[i][1][1]]
else:
params_list[i][1] = "__FILE__"
attack_pattern = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params)
if attack_pattern not in self.attackedPOST:
self.attackedPOST.append(attack_pattern)
for payload in self.payloads:
payload = payload.replace('[FILE_NAME]',
form.file_name)
if params_list is file_params:
payload = payload.replace('[VALUE]',
saved_value[0])
payload = payload.replace(
'[DIRVALUE]', saved_value[0].rsplit('/', 1)[0])
params_list[i][1][0] = payload
else:
payload = payload.replace('[VALUE]', saved_value)
payload = payload.replace(
'[DIRVALUE]',
saved_value.rsplit('/', 1)[0])
params_list[i][1] = payload
evil_req = HTTP.HTTPResource(form.path,
method=form.method,
get_params=get_params,
post_params=post_params,
file_params=file_params,
referer=referer)
if self.verbose == 2:
print(u"+ {0}".format(evil_req))
try:
data, code = self.HTTP.send(evil_req).getPageCode()
except requests.exceptions.Timeout:
if timeouted:
continue
data = ""
code = "408"
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(
param_name))
self.logO(Anomaly.MSG_TIMEOUT, evil_req.path)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
timeouted = True
else:
err, inc, warn = self.__findPatternInResponse(
data, warn)
if err != "":
info_msg = _(
"{0} via injection in the parameter {1}")
self.logVuln(category=Vulnerability.FILE_HANDLING,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=info_msg.format(err, param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT, err,
evil_req.url, param_name)
self.logR(Vulnerability.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
if inc:
break
else:
if code == "500" and err500 == 0:
err500 = 1
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(
param_name))
self.logO(Anomaly.MSG_500, evil_req.url)
self.logO(Anomaly.MSG_EVIL_REQUEST)
self.logC(evil_req.http_repr)
print('')
params_list[i][1] = saved_value
def attackGET(self, http_res):
"""This method performs the file handling attack with method GET"""
page = http_res.path
params_list = http_res.get_params
resp_headers = http_res.headers
referer = http_res.referer
headers = {}
if referer:
headers["referer"] = referer
if not params_list:
# Do not attack application-type files
if not "content-type" in resp_headers:
# Sometimes there's no content-type... so we rely on the document extension
if (page.split(".")[-1]
not in self.allowed) and page[-1] != "/":
return
elif not "text" in resp_headers["content-type"]:
return
timeouted = False
warn = 0
inc = 0
err500 = 0
for payload in self.payloads:
if "[VALUE]" in payload or "[DIRVALUE]" in payload or "[FILE_NAME]" in payload:
continue
err = ""
url = page + "?" + self.HTTP.quote(payload)
if url not in self.attackedGET:
if self.verbose == 2:
print(u"+ {0}".format(url))
self.attackedGET.append(url)
evil_req = HTTP.HTTPResource(url)
try:
data, code = self.HTTP.send(
evil_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
# Display a warning about timeout only once for a parameter
if timeouted:
continue
data = ""
code = "408"
err = ""
self.logAnom(category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
info=Anomaly.MSG_QS_TIMEOUT)
self.logO(Anomaly.MSG_TIMEOUT, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
timeouted = True
else:
err, inc, warn = self.__findPatternInResponse(
data, warn)
if err != "":
self.logVuln(
category=Vulnerability.FILE_HANDLING,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
info=_("{0} via injection in the query string"
).format(err))
self.logR(Vulnerability.MSG_QS_INJECT, err, page)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
if inc:
break
else:
if code == "500" and err500 == 0:
err500 = 1
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
info=Anomaly.MSG_QS_500)
self.logO(Anomaly.MSG_500, evil_req.path)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
for i in range(len(params_list)):
timeouted = False
warn = 0
inc = 0
err500 = 0
param_name = self.HTTP.quote(params_list[i][0])
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
params_list[i][1] = "__FILE__"
url = page + "?" + self.HTTP.encode(params_list)
if url not in self.attackedGET:
self.attackedGET.append(url)
for payload in self.payloads:
err = ""
payload = payload.replace('[VALUE]', saved_value)
payload = payload.replace('[DIRVALUE]',
saved_value.rsplit('/', 1)[0])
payload = payload.replace('[FILE_NAME]',
http_res.file_name)
params_list[i][1] = self.HTTP.quote(payload)
url = page + "?" + self.HTTP.encode(params_list)
if self.verbose == 2:
print(u"+ {0}".format(url))
evil_req = HTTP.HTTPResource(url)
try:
data, code = self.HTTP.send(
evil_req, headers=headers).getPageCode()
except requests.exceptions.Timeout:
if timeouted:
continue
data = ""
code = "408"
err = ""
self.logAnom(
category=Anomaly.RES_CONSUMPTION,
level=Anomaly.MEDIUM_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_TIMEOUT.format(param_name))
self.logO(Anomaly.MSG_TIMEOUT, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
timeouted = True
else:
err, inc, warn = self.__findPatternInResponse(
data, warn)
if err != "":
self.logVuln(
category=Vulnerability.FILE_HANDLING,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("{0} via injection in the parameter {1}"
).format(err, param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT, err, page,
param_name)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
if inc:
break
else:
if code == "500" and err500 == 0:
err500 = 1
self.logAnom(
category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(param_name))
self.logO(Anomaly.MSG_500, evil_req.path)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
params_list[i][1] = saved_value
def attackGET(self, http_res):
"""This method performs the Blind SQL attack with method GET"""
page = http_res.path
params_list = http_res.get_params
resp_headers = http_res.headers
referer = http_res.referer
headers = {}
if referer:
headers["referer"] = referer
if not params_list:
# Do not attack application-type files
if not "content-type" in resp_headers:
# Sometimes there's no content-type... so we rely on the document extension
if (page.split(".")[-1]
not in self.allowed) and page[-1] != "/":
return
elif not "text" in resp_headers["content-type"]:
return
pattern_url = page + "?__SQL__"
if pattern_url in self.excludedGET:
return
if pattern_url not in self.attackedGET:
self.attackedGET.append(pattern_url)
err500 = 0
for payload in self.blind_sql_payloads:
if "[VALUE]" in payload:
continue
payload = self.HTTP.quote(
payload.replace("__TIME__", self.TIME_TO_SLEEP))
url = page + "?" + payload
evil_req = HTTP.HTTPResource(url)
if self.verbose == 2:
print(u"+ {0}".format(evil_req.url))
try:
resp = self.HTTP.send(evil_req, headers=headers)
data, code = resp.getPageCode()
except requests.exceptions.Timeout:
self.logVuln(
category=Vulnerability.BLIND_SQL_INJECTION,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter="QUERY_STRING",
info=_("{0} via injection in the query string"
).format(self.MSG_VULN))
self.logR(Vulnerability.MSG_QS_INJECT, self.MSG_VULN,
page)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
break
else:
if code == "500" and err500 == 0:
err500 = 1
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter="QUERY_STRING",
info=Anomaly.MSG_QS_500)
self.logO(Anomaly.MSG_500, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
else:
for i in range(len(params_list)):
saved_value = params_list[i][1]
if saved_value is None:
saved_value = ""
param_name = self.HTTP.quote(params_list[i][0])
params_list[i][1] = "__SQL__"
pattern_url = page + "?" + self.HTTP.encode(params_list)
# This field was successfully attacked with a non-blind SQL injection
if pattern_url in self.excludedGET:
params_list[i][1] = saved_value
continue
if pattern_url not in self.attackedGET:
self.attackedGET.append(pattern_url)
err500 = 0
for payload in self.blind_sql_payloads:
payload = payload.replace("[VALUE]", saved_value)
params_list[i][1] = self.HTTP.quote(
payload.replace("__TIME__", self.TIME_TO_SLEEP))
url = page + "?" + self.HTTP.encode(params_list)
evil_req = HTTP.HTTPResource(url)
if self.verbose == 2:
print(u"+ {0}".format(evil_req.url))
try:
resp = self.HTTP.send(evil_req, headers=headers)
data, code = resp.getPageCode()
except requests.exceptions.Timeout:
self.logVuln(
category=Vulnerability.BLIND_SQL_INJECTION,
level=Vulnerability.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=_("{0} via injection in "
"the parameter {1}").format(
self.MSG_VULN, param_name))
self.logR(Vulnerability.MSG_PARAM_INJECT,
self.MSG_VULN, page, param_name)
self.logR(Vulnerability.MSG_EVIL_URL, evil_req.url)
# One payload worked. Now jum to next field
break
else:
if code == "500" and err500 == 0:
err500 = 1
self.logAnom(category=Anomaly.ERROR_500,
level=Anomaly.HIGH_LEVEL,
request=evil_req,
parameter=param_name,
info=Anomaly.MSG_PARAM_500.format(
param_name))
self.logO(Anomaly.MSG_500, page)
self.logO(Anomaly.MSG_EVIL_URL, evil_req.url)
params_list[i][1] = saved_value
swf_links = flash_parser.getLinks()
except Exception, err_data:
swf_links = err_data[1]
data = ""
elif "/x-javascript" in mime_type or "/x-js" in mime_type or "/javascript" in mime_type:
js_links = lamejs.lamejs(data).getLinks()
data = ""
# Manage redirections
if "location" in info:
redir = self.correctlink(info["location"], current,
current_full_url, currentdir, proto, None)
if redir is not None:
if self.__inzone(redir) == 0:
self.link_encoding[redir] = self.link_encoding[url]
redir = HTTP.HTTPResource(redir)
# Is the document already visited of forbidden ?
if (redir in self.browsed) or (redir in self.tobrowse) or \
self.isExcluded(redir):
pass
else:
# No -> Will browse it soon
self.tobrowse.append(redir)
htmlSource = data
if page_encoding:
bs = BeautifulSoup.BeautifulSoup(htmlSource)
# Look for a base tag with an href attribute
if bs.head:
baseTags = bs.head.findAll("base")
for base in baseTags:
