def _analyze_result(self, mutant, response):
"""
Analyze results of the send_mutant method.
"""
orig_resp_body = mutant.get_original_response_body()
body = response.get_body()
for pattern_match in self._find_patterns(body):
# Remove false positives
if pattern_match in orig_resp_body:
continue
# Only report vulnerabilities once
if self._has_bug(mutant):
return
# Create the vulnerability!
desc = 'An XML External Entity injection was found at: %s'
desc %= mutant.found_at()
v = Vuln.from_mutant('XML External Entity', desc, severity.HIGH,
response.id, self.get_name(), mutant)
v.add_to_highlight(pattern_match)
self.kb_append_uniq(self, 'xxe', v)
return
# We get here when there are no vulnerabilities in the response
# but we still want to flag any parsing errors which might be
# pointers to other (more complex to identify and exploit)
# vulnerabilities
for parser_error in self.parser_errors_multi_in.query(body):
# Do not report that we found an error when we already found
# something with higher priority in the same mutant
if self._has_bug(mutant):
return
# Do not report the same error twice
if self._has_bug(mutant, kb_varname='errors'):
return
desc = ('An XML library parsing error was found at: %s. These'
' errors usually indicate that an XML injection is'
' possible.')
desc %= mutant.found_at()
v = Vuln.from_mutant('XML Parsing Error', desc, severity.LOW,
response.id, self.get_name(), mutant)
v.add_to_highlight(parser_error)
self.kb_append_uniq(self, 'errors', v)
return
def _analyze_result(self, mutant, response):
"""
Analyze results of the send_mutant method.
"""
orig_resp_body = mutant.get_original_response_body()
body = response.get_body()
for pattern_match in self._find_patterns(body):
# Remove false positives
if pattern_match in orig_resp_body:
continue
# Only report vulnerabilities once
if self._has_bug(mutant):
return
# Create the vulnerability!
desc = 'An XML External Entity injection was found at: %s'
desc %= mutant.found_at()
v = Vuln.from_mutant('XML External Entity', desc, severity.HIGH,
response.id, self.get_name(), mutant)
v.add_to_highlight(pattern_match)
self.kb_append_uniq(self, 'xxe', v)
return
# We get here when there are no vulnerabilities in the response
# but we still want to flag any parsing errors which might be
# pointers to other (more complex to identify and exploit)
# vulnerabilities
for parser_error in self.parser_errors_multi_in.query(body):
# Do not report that we found an error when we already found
# something with higher priority in the same mutant
if self._has_bug(mutant):
return
# Do not report the same error twice
if self._has_bug(mutant, kb_varname='errors'):
return
desc = ('An XML library parsing error was found at: %s. These'
' errors usually indicate that an XML injection is'
' possible.')
desc %= mutant.found_at()
v = Vuln.from_mutant('XML Parsing Error', desc, severity.LOW,
response.id, self.get_name(), mutant)
v.add_to_highlight(parser_error)
self.kb_append_uniq(self, 'errors', v)
return
def _analyze_result(self, mutant, response):
"""
Analyze the result of the previously sent request.
:return: None, save the vuln to the kb.
"""
# Store the mutants in order to be able to analyze the persistent case
# later
expected_results = self._get_expected_results(mutant)
for expected_result in expected_results:
self._expected_mutant_dict[expected_result] = mutant
# Now we analyze the "reflected" case
if self._has_bug(mutant):
return
for expected_result in expected_results:
if expected_result not in response:
continue
if expected_result in mutant.get_original_response_body():
continue
desc = "Server side include (SSI) was found at: %s"
desc %= mutant.found_at()
v = Vuln.from_mutant(
"Server side include vulnerability", desc, severity.HIGH, response.id, self.get_name(), mutant
)
v.add_to_highlight(expected_result)
self.kb_append_uniq(self, "ssi", v)
def _analyze_persistent(self, freq, response):
"""
Analyze the response of sending each fuzzable request found by the
framework, trying to identify any locations where we might have injected
a payload.
:param freq: The fuzzable request
:param response: The HTTP response
:return: None, vulns are stored in KB
"""
for matched_expected_result in self._persistent_multi_in.query(response.get_body()):
# We found one of the expected results, now we search the
# self._expected_mutant_dict to find which of the mutants sent it
# and create the vulnerability
mutant = self._expected_mutant_dict[matched_expected_result]
desc = ('Server side include (SSI) was found at: %s'
' The result of that injection is shown by browsing'
' to "%s".')
desc %= (mutant.found_at(), freq.get_url())
v = Vuln.from_mutant('Persistent server side include vulnerability',
desc, severity.HIGH, response.id,
self.get_name(), mutant)
v.add_to_highlight(matched_expected_result)
self.kb_append(self, 'ssi', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
#
# I will only report the vulnerability once.
#
if self._has_no_bug(mutant):
for error in self.ERROR_STRINGS:
# Check if the error string is in the response
if error in response.body and \
error not in mutant.get_original_response_body():
desc = 'A possible (detection is really hard...) format'\
' string vulnerability was found at: %s'
desc = desc % mutant.found_at()
v = Vuln.from_mutant('Format string vulnerability', desc,
severity.MEDIUM, response.id,
self.get_name(), mutant)
v.add_to_highlight(error)
self.kb_append_uniq(self, 'format_string', v)
break
def _report_vuln(self, mutant, response, mod_value):
"""
Create a Vuln object and store it in the KB.
:return: None
"""
csp_protects = site_protected_against_xss_by_csp(response)
vuln_severity = severity.LOW if csp_protects else severity.MEDIUM
desc = 'A Cross Site Scripting vulnerability was found at: %s'
desc = desc % mutant.found_at()
if csp_protects:
desc += 'The risk associated with this vulnerability was lowered'\
' because the site correctly implements CSP. The'\
' vulnerability is still a risk for the application since'\
' only the latest versions of some browsers implement CSP'\
' checking.'
v = Vuln.from_mutant('Cross site scripting vulnerability', desc,
vuln_severity, response.id, self.get_name(),
mutant)
v.add_to_highlight(mod_value)
self.kb_append_uniq(self, 'xss', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if self._has_bug(mutant):
return
dom = response.get_dom()
if response.is_text_or_html() and dom is not None:
elem_list = self._tag_xpath(dom)
for element in elem_list:
if 'src' not in element.attrib:
return []
src_attr = element.attrib['src']
for url in self._test_urls:
if src_attr.startswith(url):
# Vuln vuln!
desc = 'A phishing vector was found at: %s'
desc = desc % mutant.found_at()
v = Vuln.from_mutant('Phishing vector', desc,
severity.LOW, response.id,
self.get_name(), mutant)
v.add_to_highlight(src_attr)
self.kb_append_uniq(self, 'phishing_vector', v)
def _with_time_delay(self, freq):
"""
Tests an URLs for shell shock vulnerabilities using time delays.
:param freq: A FuzzableRequest
:return: True if a vulnerability was found
"""
mutant = self.create_mutant(freq, TEST_HEADER)
for delay_obj in self.DELAY_TESTS:
ed = ExactDelayController(mutant, delay_obj, self._uri_opener)
success, responses = ed.delay_is_controlled()
if success:
mutant.set_token_value(delay_obj.get_string_for_delay(3))
desc = u"Shell shock was found at: %s" % mutant.found_at()
v = Vuln.from_mutant(
u"Shell shock vulnerability",
desc,
severity.HIGH,
[r.id for r in responses],
self.get_name(),
mutant,
)
self.kb_append_uniq(self, "shell_shock", v)
return True
def _analyze_persistent(self, freq, response):
"""
Analyze the response of sending each fuzzable request found by the
framework, trying to identify any locations where we might have injected
a payload.
:param freq: The fuzzable request
:param response: The HTTP response
:return: None, vulns are stored in KB
"""
multi_in_inst = multi_in(self._expected_mutant_dict.keys())
for matched_expected_result in multi_in_inst.query(
response.get_body()):
# We found one of the expected results, now we search the
# self._expected_mutant_dict to find which of the mutants sent it
# and create the vulnerability
mutant = self._expected_mutant_dict[matched_expected_result]
desc = ('Server side include (SSI) was found at: %s'
' The result of that injection is shown by browsing'
' to "%s".')
desc %= (mutant.found_at(), freq.get_url())
v = Vuln.from_mutant(
'Persistent server side include vulnerability', desc,
severity.HIGH, response.id, self.get_name(), mutant)
v.add_to_highlight(matched_expected_result)
self.kb_append(self, 'ssi', v)
def audit(self, freq, orig_response):
if not self._dns_zone:
om.out.debug("DNS zone not configured!")
return
self.fqdn = "xxe.{target}.{domain}".format(
target=freq.get_uri().get_domain(), domain=self._dns_zone)
for mutant in create_mutants(freq, [
'&a;',
]):
if isinstance(mutant, XMLMutant):
mutant.get_dc().doctype = '<!DOCTYPE aa [\n'
mutant.get_dc(
).doctype += ' <!ENTITY a SYSTEM "http://{FQDN}">\n'.format(
FQDN=self.fqdn)
mutant.get_dc().doctype += ']>'
try:
response = self._uri_opener.send_mutant(mutant,
cache=False,
timeout=10)
if self.check('get.' + self.fqdn):
desc = 'XXE injection at: "%s", using'\
' HTTP method %s. The injectable parameter may be: "%s"'
desc = desc % (mutant.get_url(), mutant.get_method(),
mutant.get_token_name())
vuln = Vuln.from_mutant('XXE injection vulnerability',
desc, severity.HIGH,
response.id, 'xxe', mutant)
om.out.debug(vuln.get_desc())
om.out.vulnerability("XXE injection",
severity=severity.HIGH)
except HTTPRequestException:
om.out.debug("HTTPRequestException")
except Exception as e:
om.out.debug(str(e))
def test_from_mutant(self):
dc = DataContainer()
url = URL('http://moth/')
payloads = ['abc', 'def']
dc['a'] = ['1', ]
dc['b'] = ['2', ]
freq = FuzzableRequest(url, dc=dc)
fuzzer_config = {}
created_mutants = Mutant.create_mutants(freq, payloads, [], False,
fuzzer_config)
mutant = created_mutants[0]
inst = Vuln.from_mutant('TestCase', 'desc' * 30, 'High', 1,
'plugin_name', mutant)
self.assertIsInstance(inst, Vuln)
self.assertEqual(inst.get_uri(), mutant.get_uri())
self.assertEqual(inst.get_url(), mutant.get_url())
self.assertEqual(inst.get_method(), mutant.get_method())
self.assertEqual(inst.get_dc(), mutant.get_dc())
self.assertEqual(inst.get_var(), mutant.get_var())
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if self._has_bug(mutant):
return
dom = response.get_dom()
if response.is_text_or_html() and dom is not None:
elem_list = self._tag_xpath(dom)
for element in elem_list:
if 'src' not in element.attrib:
return []
src_attr = element.attrib['src']
for url in self._test_urls:
if src_attr.startswith(url):
# Vuln vuln!
desc = 'A phishing vector was found at: %s'
desc = desc % mutant.found_at()
v = Vuln.from_mutant('Phishing vector', desc,
severity.LOW, response.id,
self.get_name(), mutant)
v.add_to_highlight(src_attr)
self.kb_append_uniq(self, 'phishing_vector', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
#
# I will only report the vulnerability once.
#
if self._has_no_bug(mutant):
for error in self.ERROR_STRINGS:
# Check if the error string is in the response
if error in response.body and \
error not in mutant.get_original_response_body():
desc = 'A possible (detection is really hard...) format' \
' string vulnerability was found at: %s'
desc = desc % mutant.found_at()
v = Vuln.from_mutant('Format string vulnerability', desc,
severity.MEDIUM, response.id,
self.get_name(), mutant)
v.add_to_highlight(error)
self.kb_append_uniq(self, 'format_string', v)
break
def _confirm_file_upload(self, path, mutant, http_response):
"""
Confirms if the file was uploaded to path
:param path: The URL where we suspect that a file was uploaded to.
:param mutant: The mutant that originated the file on the remote end
:param http_response: The HTTP response asociated with sending mutant
"""
get_response = self._uri_opener.GET(path, cache=False)
if not is_404(get_response) and self._has_no_bug(mutant):
desc = "A file upload to a directory inside the webroot" " was found at: %s" % mutant.found_at()
v = Vuln.from_mutant(
"Insecure file upload",
desc,
severity.HIGH,
[http_response.id, get_response.id],
self.get_name(),
mutant,
)
v["file_dest"] = get_response.get_url()
v["file_vars"] = mutant.get_file_vars()
self.kb_append_uniq(self, "file_upload", v)
def batch_injection_test(self, freq, orig_response):
"""
Uses the batch injection technique to find memcache injections
"""
# shortcuts
send_clean = self._uri_opener.send_clean
orig_body = orig_response.get_body()
for mutant in create_mutants(freq, ['']):
# trying to break normal execution flow with ERROR_1 payload
mutant.set_token_value(self.ERROR_1)
error_1_response, body_error_1_response = send_clean(mutant)
if fuzzy_equal(orig_body, body_error_1_response, self._eq_limit):
#
# if we manage to break execution flow, there is a potential
# injection otherwise - no injection!
#
continue
# trying the correct injection request, to confirm that we've found
# it!
mutant.set_token_value(self.OK)
ok_response, body_ok_response = send_clean(mutant)
if fuzzy_equal(body_error_1_response, body_ok_response,
self._eq_limit):
#
# The "OK" and "ERROR_1" responses are equal, this means that
# we're not in a memcached injection
#
continue
# ERROR_2 request to just make sure that we're in a memcached case
mutant.set_token_value(self.ERROR_2)
error_2_response, body_error_2_response = send_clean(mutant)
if fuzzy_equal(orig_body, body_error_2_response, self._eq_limit):
#
# now requests should be different again, otherwise injection
# is not confirmed
#
continue
response_ids = [error_1_response.id,
ok_response.id,
error_2_response.id]
desc = ('Memcache injection was found at: "%s", using'
' HTTP method %s. The injectable parameter is: "%s"')
desc %= (mutant.get_url(),
mutant.get_method(),
mutant.get_token_name())
v = Vuln.from_mutant('Memcache injection vulnerability', desc,
severity.HIGH, response_ids, 'memcachei',
mutant)
self.kb_append_uniq(self, 'memcachei', v)
def _analyze_result(self, mutant, response):
"""
Analyze the result of the previously sent request.
:return: None, save the vuln to the kb.
"""
# Store the mutants in order to be able to analyze the persistent case
# later
expected_results = self._get_expected_results(mutant)
for expected_result in expected_results:
self._expected_mutant_dict[expected_result] = mutant
# Now we analyze the "reflected" case
if self._has_bug(mutant):
return
for expected_result in expected_results:
if expected_result not in response:
continue
if expected_result in mutant.get_original_response_body():
continue
desc = 'Server side include (SSI) was found at: %s'
desc %= mutant.found_at()
v = Vuln.from_mutant('Server side include vulnerability',
desc, severity.HIGH, response.id,
self.get_name(), mutant)
v.add_to_highlight(expected_result)
self.kb_append_uniq(self, 'ssi', v)
def _with_time_delay(self, freq):
"""
Tests an URL for OS Commanding vulnerabilities using time delays.
:param freq: A FuzzableRequest
"""
fake_mutants = create_mutants(freq, ['', ])
for mutant in fake_mutants:
if self._has_bug(mutant):
continue
for delay_obj in self._get_wait_commands():
ed = ExactDelayController(mutant, delay_obj, self._uri_opener)
success, responses = ed.delay_is_controlled()
if success:
desc = 'OS Commanding was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('OS commanding vulnerability', desc,
severity.HIGH, [r.id for r in responses],
self.get_name(), mutant)
v['os'] = delay_obj.get_OS()
v['separator'] = delay_obj.get_separator()
self.kb_append_uniq(self, 'os_commanding', v)
break
def _confirm_file_upload(self, path, mutant, http_response, debugging_id):
"""
Confirms if the file was uploaded to path
:param path: The URL where we suspect that a file was uploaded to.
:param mutant: The mutant that originated the file on the remote end
:param http_response: The HTTP response associated with sending mutant
"""
response = self._uri_opener.GET(path,
cache=False,
grep=False,
debugging_id=debugging_id)
if mutant.file_payload not in response.body:
return
if self._has_bug(mutant):
return
desc = 'A file upload to a directory inside the webroot was found at: %s'
desc %= mutant.found_at()
v = Vuln.from_mutant('Insecure file upload', desc,
severity.HIGH, [http_response.id, response.id],
self.get_name(), mutant)
v['file_dest'] = response.get_url()
v['file_vars'] = mutant.get_file_vars()
self.kb_append_uniq(self, 'file_upload', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if self._has_bug(mutant):
return
if self._header_was_injected(mutant, response):
desc = "Response splitting was found at: %s" % mutant.found_at()
v = Vuln.from_mutant(
"Response splitting vulnerability", desc, severity.MEDIUM, response.id, self.get_name(), mutant
)
self.kb_append_uniq(self, "response_splitting", v)
# When trying to send a response splitting to php 5.1.2 I get :
# Header may not contain more than a single header, new line detected
for error in self.HEADER_ERRORS:
if error in response:
desc = (
'The variable "%s" at URL "%s" modifies the HTTP'
" response headers, but this error was sent while"
' testing for response splitting: "%s".'
)
args = (mutant.get_token_name(), mutant.get_url(), error)
desc = desc % args
i = Info.from_mutant("Parameter modifies response headers", desc, response.id, self.get_name(), mutant)
self.kb_append_uniq(self, "response_splitting", i)
return
def analyze_persistent(freq, response):
for matched_expected_result in multi_in_inst.query(response.get_body()):
# We found one of the expected results, now we search the
# self._persistent_data to find which of the mutants sent it
# and create the vulnerability
mutant = self._expected_res_mutant[matched_expected_result]
desc = (
"Server side include (SSI) was found at: %s"
" The result of that injection is shown by browsing"
' to "%s".'
)
desc = desc % (mutant.found_at(), freq.get_url())
v = Vuln.from_mutant(
"Persistent server side include vulnerability",
desc,
severity.HIGH,
response.id,
self.get_name(),
mutant,
)
v.add_to_highlight(matched_expected_result)
self.kb_append(self, "ssi", v)
def test_from_mutant(self):
dc = DataContainer()
url = URL('http://moth/')
payloads = ['abc', 'def']
dc['a'] = [
'1',
]
dc['b'] = [
'2',
]
freq = FuzzableRequest(url, dc=dc)
fuzzer_config = {}
created_mutants = Mutant.create_mutants(freq, payloads, [], False,
fuzzer_config)
mutant = created_mutants[0]
inst = Vuln.from_mutant('TestCase', 'desc' * 30, 'High', 1,
'plugin_name', mutant)
self.assertIsInstance(inst, Vuln)
self.assertEqual(inst.get_uri(), mutant.get_uri())
self.assertEqual(inst.get_url(), mutant.get_url())
self.assertEqual(inst.get_method(), mutant.get_method())
self.assertEqual(inst.get_dc(), mutant.get_dc())
self.assertEqual(inst.get_var(), mutant.get_var())
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
#
# I will only report the vulnerability once.
#
if self._has_no_bug(mutant):
if self._header_was_injected(mutant, response):
desc = 'Response splitting was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Response splitting vulnerability', desc,
severity.MEDIUM, response.id,
self.get_name(), mutant)
self.kb_append_uniq(self, 'response_splitting', v)
# When trying to send a response splitting to php 5.1.2 I get :
# Header may not contain more than a single header, new line detected
for error in self.HEADER_ERRORS:
if error in response:
desc = 'The variable "%s" at URL "%s" modifies the HTTP'\
' response headers, but this error was sent while'\
' testing for response splitting: "%s".'
desc = desc % (mutant.get_var(), mutant.get_url(), error)
i = Info.from_mutant('Parameter modifies response headers',
desc, response.id, self.get_name(),
mutant)
self.kb_append_uniq(self, 'response_splitting', i)
return
def _analyze_echo(self, mutant, response):
"""
Analyze results of the _send_mutant method that was sent in the
_with_echo method.
"""
#
# I will only report the vulnerability once.
#
if self._has_bug(mutant):
return
for file_pattern_match in self._multi_in.query(response.get_body()):
if file_pattern_match not in mutant.get_original_response_body():
# Search for the correct command and separator
sentOs, sentSeparator = self._get_os_separator(mutant)
desc = 'OS Commanding was found at: %s' % mutant.found_at()
# Create the vuln obj
v = Vuln.from_mutant('OS commanding vulnerability',
desc, severity.HIGH, response.id,
self.get_name(), mutant)
v['os'] = sentOs
v['separator'] = sentSeparator
v.add_to_highlight(file_pattern_match)
self.kb_append_uniq(self, 'os_commanding', v)
break
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
#
# I will only report the vulnerability once.
#
if self._has_no_bug(mutant):
ldap_error_list = self._find_ldap_error(response)
for ldap_error_string in ldap_error_list:
if ldap_error_string not in mutant.get_original_response_body(
):
desc = 'LDAP injection was found at: %s' % mutant.found_at(
)
v = Vuln.from_mutant('LDAP injection vulnerability', desc,
severity.HIGH, response.id,
self.get_name(), mutant)
v.add_to_highlight(ldap_error_string)
self.kb_append_uniq(self, 'ldapi', v)
break
def _confirm_file_upload(self, path, mutant, http_response):
"""
Confirms if the file was uploaded to path
:param path: The URL where we suspect that a file was uploaded to.
:param mutant: The mutant that originated the file on the remote end
:param http_response: The HTTP response asociated with sending mutant
"""
get_response = self._uri_opener.GET(path, cache=False)
if not is_404(get_response) and self._has_no_bug(mutant):
# This is necessary, if I don't do this, the session
# saver will break cause REAL file objects can't
# be picked
mutant.set_mod_value('<file_object>')
desc = 'A file upload to a directory inside the webroot' \
' was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Insecure file upload', desc, severity.HIGH,
[http_response.id, get_response.id],
self.get_name(), mutant)
v['file_dest'] = get_response.get_url()
v['file_vars'] = mutant.get_file_vars()
self.kb_append_uniq(self, 'file_upload', v)
def audit(self, freq, orig_response):
"""
Tests an URL for ReDoS vulnerabilities using time delays.
:param freq: A FuzzableRequest
"""
if self.ignore_this_request(freq):
return
fake_mutants = create_mutants(freq, [
'',
])
for mutant in fake_mutants:
for delay_obj in self.get_delays():
adc = AproxDelayController(mutant,
delay_obj,
self._uri_opener,
delay_setting=EXPONENTIALLY)
success, responses = adc.delay_is_controlled()
if success:
# Now I can be sure that I found a vuln, we control the
# response time with the delay
desc = 'ReDoS was found at: %s' % mutant.found_at()
response_ids = [r.id for r in responses]
v = Vuln.from_mutant('ReDoS vulnerability', desc,
severity.MEDIUM, response_ids,
self.get_name(), mutant)
self.kb_append_uniq(self, 'redos', v)
break
def _with_header_echo_injection(self, freq):
"""
We're sending a payload that will trigger the injection of various
headers in the HTTP response body.
:param freq: A FuzzableRequest
:return: True if a vulnerability was found
"""
injected_header = 'shellshock'
injected_value = 'check'
payload = '() { :;}; echo "%s: %s"' % (injected_header, injected_value)
mutant = self.create_mutant(freq, TEST_HEADER)
mutant.set_token_value(payload)
response = self._uri_opener.send_mutant(mutant)
header_value, header_name = response.get_headers().iget(injected_header)
if header_value is not None and injected_value in header_value.lower():
desc = u'Shell shock was found at: %s' % mutant.found_at()
v = Vuln.from_mutant(u'Shell shock vulnerability', desc,
severity.HIGH, [response.id],
self.get_name(), mutant)
self.kb_append_uniq(self, 'shell_shock', v)
return True
def is_injectable(self, mutant):
"""
Check if this mutant is delay injectable or not.
@mutant: The mutant object that I have to inject to
:return: A vulnerability object or None if nothing is found
"""
for delay_obj in self._get_delays():
ed = ExactDelayController(mutant, delay_obj, self._uri_opener)
success, responses = ed.delay_is_controlled()
if success:
# Now I can be sure that I found a vuln, we control the response
# time with the delay
desc = 'Blind SQL injection using time delays was found at: %s'
desc = desc % mutant.found_at()
response_ids = [r.id for r in responses]
v = Vuln.from_mutant('Blind SQL injection vulnerability', desc,
severity.HIGH, response_ids, 'blind_sqli',
mutant)
om.out.debug(v.get_desc())
return v
return None
def _find_delay_in_mutant(self, mutant, delay_obj, debugging_id):
"""
Try to delay the response and save a vulnerability if successful
:param mutant: The mutant to modify and test
:param delay_obj: The delay to use
:param debugging_id: The debugging ID for logging
"""
adc = AproxDelayController(mutant,
delay_obj,
self._uri_opener,
delay_setting=EXPONENTIALLY)
adc.set_debugging_id(debugging_id)
success, responses = adc.delay_is_controlled()
if not success:
return
# Now I can be sure that I found a vuln, we control the
# response time with the delay
desc = 'ReDoS was found at: %s' % mutant.found_at()
response_ids = [r.id for r in responses]
v = Vuln.from_mutant('ReDoS vulnerability', desc, severity.MEDIUM,
response_ids, self.get_name(), mutant)
self.kb_append_uniq(self, 'redos', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if not response.is_text_or_html():
return
if self._has_bug(mutant):
return
for tag in mp_doc_parser.get_tags_by_filter(response, self.TAGS):
src_attr = tag.attrib.get('src', None)
if src_attr is None:
continue
for url in self._test_urls:
if not src_attr.startswith(url):
continue
# Vuln vuln!
desc = 'A phishing vector was found at: %s'
desc %= mutant.found_at()
v = Vuln.from_mutant('Phishing vector', desc, severity.LOW,
response.id, self.get_name(), mutant)
v.add_to_highlight(src_attr)
self.kb_append_uniq(self, 'phishing_vector', v)
break
def is_injectable(self, mutant):
"""
Check if this mutant is delay injectable or not.
@mutant: The mutant object that I have to inject to
:return: A vulnerability object or None if nothing is found
"""
for delay_obj in self._get_delays():
ed = ExactDelayController(mutant, delay_obj, self._uri_opener)
success, responses = ed.delay_is_controlled()
if success:
# Now I can be sure that I found a vuln, we control the response
# time with the delay
desc = 'Blind SQL injection using time delays was found at: %s'
desc = desc % mutant.found_at()
response_ids = [r.id for r in responses]
v = Vuln.from_mutant('Blind SQL injection vulnerability', desc,
severity.HIGH, response_ids, 'blind_sqli',
mutant)
om.out.debug(v.get_desc())
return v
return None
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if self._has_bug(mutant):
return
if self._header_was_injected(mutant, response):
desc = 'Response splitting was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Response splitting vulnerability',
desc, severity.MEDIUM, response.id,
self.get_name(), mutant)
self.kb_append_uniq(self, 'response_splitting', v)
# When trying to send a response splitting to php 5.1.2 I get :
# Header may not contain more than a single header, new line detected
for error in self.HEADER_ERRORS:
if error in response:
desc = ('The variable "%s" at URL "%s" modifies the HTTP'
' response headers, but this error was sent while'
' testing for response splitting: "%s".')
args = (mutant.get_token_name(), mutant.get_url(), error)
desc = desc % args
i = Info.from_mutant('Parameter modifies response headers',
desc, response.id, self.get_name(),
mutant)
self.kb_append_uniq(self, 'response_splitting', i)
return
def _analyze_echo(self, mutant, response):
"""
Analyze results of the _send_mutant method that was sent in the
_with_echo method.
"""
#
# I will only report the vulnerability once.
#
if self._has_bug(mutant):
return
for file_pattern_match in self._multi_in.query(response.get_body()):
if file_pattern_match not in mutant.get_original_response_body():
# Search for the correct command and separator
sentOs, sentSeparator = self._get_os_separator(mutant)
desc = 'OS Commanding was found at: %s' % mutant.found_at()
# Create the vuln obj
v = Vuln.from_mutant('OS commanding vulnerability', desc,
severity.HIGH, response.id,
self.get_name(), mutant)
v['os'] = sentOs
v['separator'] = sentSeparator
v.add_to_highlight(file_pattern_match)
self.kb_append_uniq(self, 'os_commanding', v)
break
def _with_header_echo_injection(self, freq, debugging_id):
"""
We're sending a payload that will trigger the injection of various
headers in the HTTP response body.
:param freq: A FuzzableRequest
:return: True if a vulnerability was found
"""
injected_header = 'shellshock'
injected_value = 'check'
payload = '() { :;}; echo "%s: %s"' % (injected_header, injected_value)
mutant = self.create_mutant(freq, TEST_HEADER)
mutant.set_token_value(payload)
response = self._uri_opener.send_mutant(mutant, debugging_id=debugging_id)
header_value, header_name = response.get_headers().iget(injected_header)
if header_value is not None and injected_value in header_value.lower():
desc = u'Shell shock was found at: %s' % mutant.found_at()
v = Vuln.from_mutant(u'Shell shock vulnerability', desc,
severity.HIGH, [response.id],
self.get_name(), mutant)
self.kb_append_uniq(self, 'shell_shock', v)
return True
def _confirm_file_upload(self, path, mutant, http_response):
"""
Confirms if the file was uploaded to path
:param path: The URL where we suspect that a file was uploaded to.
:param mutant: The mutant that originated the file on the remote end
:param http_response: The HTTP response asociated with sending mutant
"""
get_response = self._uri_opener.GET(path, cache=False)
if not is_404(get_response) and self._has_no_bug(mutant):
# This is necessary, if I don't do this, the session
# saver will break cause REAL file objects can't
# be picked
mutant.set_mod_value('<file_object>')
desc = 'A file upload to a directory inside the webroot' \
' was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Insecure file upload', desc, severity.HIGH,
[http_response.id, get_response.id],
self.get_name(), mutant)
v['file_dest'] = get_response.get_url()
v['file_vars'] = mutant.get_file_vars()
self.kb_append_uniq(self, 'file_upload', v)
return
def _report_vuln(self, mutant, response, mod_value):
"""
Create a Vuln object and store it in the KB.
:return: None
"""
csp_protects = site_protected_against_xss_by_csp(response)
vuln_severity = severity.LOW if csp_protects else severity.MEDIUM
desc = 'A Cross Site Scripting vulnerability was found at: %s'
desc %= mutant.found_at()
if csp_protects:
desc += ('The risk associated with this vulnerability was lowered'
' because the site correctly implements CSP. The'
' vulnerability is still a risk for the application since'
' only the latest versions of some browsers implement CSP'
' checking.')
v = Vuln.from_mutant('Cross site scripting vulnerability', desc,
vuln_severity, response.id, self.get_name(),
mutant)
v.add_to_highlight(mod_value)
self.kb_append_uniq(self, 'xss', v)
def audit(self, freq, orig_response):
"""
Tests an URL for ReDoS vulnerabilities using time delays.
:param freq: A FuzzableRequest
"""
if self.ignore_this_request(freq):
return
fake_mutants = create_mutants(freq, ['', ])
for mutant in fake_mutants:
for delay_obj in self.get_delays():
adc = AproxDelayController(mutant, delay_obj, self._uri_opener,
delay_setting=EXPONENTIALLY)
success, responses = adc.delay_is_controlled()
if not success:
continue
# Now I can be sure that I found a vuln, we control the
# response time with the delay
desc = 'ReDoS was found at: %s' % mutant.found_at()
response_ids = [r.id for r in responses]
v = Vuln.from_mutant('ReDoS vulnerability', desc,
severity.MEDIUM, response_ids,
self.get_name(), mutant)
self.kb_append_uniq(self, 'redos', v)
# Only test regular expressions until we find a delay
break
def _with_time_delay(self, freq):
"""
Tests an URL for OS Commanding vulnerabilities using time delays.
:param freq: A FuzzableRequest
"""
fake_mutants = create_mutants(freq, [
'',
])
for mutant in fake_mutants:
if self._has_bug(mutant):
continue
for delay_obj in self._get_wait_commands():
ed = ExactDelayController(mutant, delay_obj, self._uri_opener)
success, responses = ed.delay_is_controlled()
if success:
desc = 'OS Commanding was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('OS commanding vulnerability', desc,
severity.HIGH,
[r.id for r in responses],
self.get_name(), mutant)
v['os'] = delay_obj.get_OS()
v['separator'] = delay_obj.get_separator()
self.kb_append_uniq(self, 'os_commanding', v)
break
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if not response.is_text_or_html():
return
if self._has_bug(mutant):
return
for tag in mp_doc_parser.get_tags_by_filter(response, self.TAGS):
src_attr = tag.attrib.get('src', None)
if src_attr is None:
continue
for url in self._test_urls:
if not src_attr.startswith(url):
continue
# Vuln vuln!
desc = 'A phishing vector was found at: %s'
desc %= mutant.found_at()
v = Vuln.from_mutant('Phishing vector', desc, severity.LOW,
response.id, self.get_name(), mutant)
v.add_to_highlight(src_attr)
self.kb_append_uniq(self, 'phishing_vector', v)
break
def batch_injection_test(self, freq, orig_response):
"""
Uses the batch injection technique to find memcache injections
"""
# shortcuts
send_clean = self._uri_opener.send_clean
orig_body = orig_response.get_body()
for mutant in create_mutants(freq, ['']):
# trying to break normal execution flow with ERROR_1 payload
mutant.set_token_value(self.ERROR_1)
error_1_response, body_error_1_response = send_clean(mutant)
if fuzzy_equal(orig_body, body_error_1_response, self._eq_limit):
#
# if we manage to break execution flow, there is a potential
# injection otherwise - no injection!
#
continue
# trying the correct injection request, to confirm that we've found
# it!
mutant.set_token_value(self.OK)
ok_response, body_ok_response = send_clean(mutant)
if fuzzy_equal(body_error_1_response, body_ok_response,
self._eq_limit):
#
# The "OK" and "ERROR_1" responses are equal, this means that
# we're not in a memcached injection
#
continue
# ERROR_2 request to just make sure that we're in a memcached case
mutant.set_token_value(self.ERROR_2)
error_2_response, body_error_2_response = send_clean(mutant)
if fuzzy_equal(orig_body, body_error_2_response, self._eq_limit):
#
# now requests should be different again, otherwise injection
# is not confirmed
#
continue
response_ids = [
error_1_response.id, ok_response.id, error_2_response.id
]
desc = ('Memcache injection was found at: "%s", using'
' HTTP method %s. The injectable parameter is: "%s"')
desc %= (mutant.get_url(), mutant.get_method(),
mutant.get_token_name())
v = Vuln.from_mutant('Memcache injection vulnerability', desc,
severity.HIGH, response_ids, 'memcachei',
mutant)
self.kb_append_uniq(self, 'memcachei', v)
def _analyze_result(self, rfi_data, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if rfi_data.rfi_result in response:
desc = 'A remote file inclusion vulnerability that allows remote' \
' code execution was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Remote code execution', desc, severity.HIGH,
response.id, self.get_name(), mutant)
self._vulns.append(v)
elif rfi_data.rfi_result_part_1 in response \
and rfi_data.rfi_result_part_2 in response:
# This means that both parts ARE in the response body but the
# rfi_data.rfi_result is NOT in it. In other words, the remote
# content was embedded but not executed
desc = 'A remote file inclusion vulnerability without code' \
' execution was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Remote file inclusion',
desc, severity.MEDIUM, response.id,
self.get_name(), mutant)
self._vulns.append(v)
else:
#
# Analyze some errors that indicate that there is a RFI but
# with some "configuration problems"
#
for error in self.RFI_ERRORS:
if error in response and not error in mutant.get_original_response_body(
):
desc = 'A potential remote file inclusion vulnerability' \
' was identified by the means of application error' \
' messages at: %s' % mutant.found_at()
v = Vuln.from_mutant('Potential remote file inclusion',
desc, severity.LOW, response.id,
self.get_name(), mutant)
v.add_to_highlight(error)
self._vulns.append(v)
break
def _analyze_result(self, rfi_data, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if rfi_data.rfi_result in response:
desc = 'A remote file inclusion vulnerability that allows remote' \
' code execution was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Remote code execution', desc,
severity.HIGH, response.id, self.get_name(),
mutant)
self._vulns.append(v)
elif rfi_data.rfi_result_part_1 in response \
and rfi_data.rfi_result_part_2 in response:
# This means that both parts ARE in the response body but the
# rfi_data.rfi_result is NOT in it. In other words, the remote
# content was embedded but not executed
desc = 'A remote file inclusion vulnerability without code' \
' execution was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Remote file inclusion', desc,
severity.MEDIUM, response.id, self.get_name(),
mutant)
self._vulns.append(v)
else:
#
# Analyze some errors that indicate that there is a RFI but
# with some "configuration problems"
#
for error in self.RFI_ERRORS:
if error in response and not error in mutant.get_original_response_body():
desc = 'A potential remote file inclusion vulnerability' \
' was identified by the means of application error' \
' messages at: %s' % mutant.found_at()
v = Vuln.from_mutant('Potential remote file inclusion',
desc, severity.LOW, response.id,
self.get_name(), mutant)
v.add_to_highlight(error)
self._vulns.append(v)
break
class redos(AuditPlugin):
"""
Find ReDoS vulnerabilities.
:author: Sebastien Duquette ( [email protected] )
:author: Andres Riancho ([email protected])
"""
def audit(self, freq, orig_response, debugging_id):
"""
Tests an URL for ReDoS vulnerabilities using time delays.
:param freq: A FuzzableRequest
:param orig_response: The HTTP response associated with the fuzzable request
:param debugging_id: A unique identifier for this call to audit()
"""
if self.ignore_this_request(freq):
return
self._send_mutants_in_threads(func=self._find_delay_in_mutant,
iterable=self._generate_delay_tests(
freq, debugging_id),
callback=lambda x, y: None)
def _generate_delay_tests(self, freq, debugging_id):
for mutant in create_mutants(freq, [
'',
]):
for delay_obj in self.get_delays():
yield mutant, delay_obj, debugging_id
def _find_delay_in_mutant(self, (mutant, delay_obj, debugging_id)):
"""
Try to delay the response and save a vulnerability if successful
:param mutant: The mutant to modify and test
:param delay_obj: The delay to use
:param debugging_id: The debugging ID for logging
"""
adc = AproxDelayController(mutant,
delay_obj,
self._uri_opener,
delay_setting=EXPONENTIALLY)
adc.set_debugging_id(debugging_id)
success, responses = adc.delay_is_controlled()
if not success:
return
# Now I can be sure that I found a vuln, we control the
# response time with the delay
desc = 'ReDoS was found at: %s' % mutant.found_at()
response_ids = [r.id for r in responses]
v = Vuln.from_mutant('ReDoS vulnerability', desc, severity.MEDIUM,
response_ids, self.get_name(), mutant)
self.kb_append_uniq(self, 'redos', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if self._find_redirect(response):
desc = 'Global redirect was found at: ' + mutant.found_at()
v = Vuln.from_mutant('Insecure redirection', desc, severity.MEDIUM,
response.id, self.get_name(), mutant)
self.kb_append_uniq(self, 'global_redirect', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if self._find_redirect(response):
desc = 'Global redirect was found at: ' + mutant.found_at()
v = Vuln.from_mutant('Insecure redirection', desc, severity.MEDIUM,
response.id, self.get_name(), mutant)
self.kb_append_uniq(self, 'global_redirect', v)
def _from_csv_get_vulns(self):
file_vulns = []
vuln_reader = csv.reader(open(self.OUTPUT_FILE, 'rb'), delimiter=',',
quotechar='|', quoting=csv.QUOTE_MINIMAL)
for name, method, uri, var, post_data, _id, desc in vuln_reader:
mutant = create_mutant_from_params(method, uri, var, post_data)
v = Vuln.from_mutant(name, desc, 'High', json.loads(_id),
'TestCase', mutant)
file_vulns.append(v)
return file_vulns
def is_injectable(self, mutant):
is_vuln = False
resp_len_orig = len(self._orig_response.get_body())
mutant.set_token_value(self._get_random_letters(10))
resp_valid = self._do_request(mutant)
resp_len_valid = len(resp_valid.get_body())
resp_time_valid = resp_valid.get_wait_time()
for injection in BOOLEAN_BASED:
mutant.set_token_value(injection)
resp_injection = self._do_request(mutant)
if not resp_injection:
is_vuln = True
break
resp_len_injection = len(resp_injection.get_body())
if resp_len_injection != resp_len_valid != resp_len_orig:
is_vuln = True
break
sleep(self._timeout)
if not is_vuln:
for injection in TIME_BASED:
mutant.set_token_value(injection)
resp_injection = self._do_request(mutant)
if not resp_injection:
is_vuln = True
break
resp_time_injection = resp_injection.get_wait_time()
if resp_time_injection > resp_time_valid + 1:
is_vuln = True
break
sleep(self._timeout)
if is_vuln:
response_ids = [resp_valid.id, resp_injection.id]
desc = 'NOSQL injection at: "%s", using'\
' HTTP method %s. The injectable parameter may be: "%s"'
desc = desc % (mutant.get_url(), mutant.get_method(),
mutant.get_token_name())
vuln = Vuln.from_mutant('NOSQL injection vulnerability', desc,
severity.HIGH, response_ids, 'nosqli',
mutant)
om.out.debug(vuln.get_desc())
om.out.vulnerability("NOSQL injection", severity=severity.HIGH)
vuln['valid_html'] = self.resp_valid.get_body()
vuln['error_html'] = self.resp_injection.get_body()
return vuln
def _from_csv_get_vulns(self):
file_vulns = []
vuln_reader = csv.reader(open(self.OUTPUT_FILE, 'rb'),
delimiter=',',
quotechar='|',
quoting=csv.QUOTE_MINIMAL)
for severity, name, method, uri, var, post_data, _id, desc in vuln_reader:
mutant = create_mutant_from_params(method, uri, var, post_data)
v = Vuln.from_mutant(name, desc, severity, json.loads(_id),
'TestCase', mutant)
file_vulns.append(v)
return file_vulns
def audit(self, freq, orig_response):
if not self._dns_zone:
om.out.debug("DNS zone not configured!")
return
self.fqdn_imagemagic_exist = "im.{target}.{domain}".format( target=freq.get_uri().get_domain(), domain=self._dns_zone )
self.fqdn_imagemagic_vuln = "rce.{target}.{domain}".format( target=freq.get_uri().get_domain(), domain=self._dns_zone )
PAYLOAD = imagemagic.PAYLOAD.format( detect=self.fqdn_imagemagic_exist, rce=self.fqdn_imagemagic_vuln )
for mutant in create_mutants(freq, [PAYLOAD, ]):
if isinstance(mutant, FileContentMutant):
try:
response = self._uri_opener.send_mutant( mutant, cache=False, timeout=10 )
if self.check('get.' + self.fqdn_imagemagic_exist):
desc = 'Imagemagic found: "%s"' % response.get_uri()
i = Vuln.from_mutant('Imagemagic detected', desc,
severity.INFORMATION, response.id, self.get_name(),
mutant)
i.add_to_highlight('Imagemagic')
self.kb_append_uniq(self, 'imagemagic_detect', i)
if self.check('get.' + self.fqdn_imagemagic_vuln):
desc = 'Imagemagic OS-injection at: "%s", using'\
' HTTP method %s. The injectable parameter may be: "%s"'
desc = desc % ( mutant.get_url(),
mutant.get_method(),
mutant.get_token_name() )
vuln = Vuln.from_mutant('Imagemagic OS-injection vulnerability', desc,
severity.HIGH, response.id, self.get_name(),
mutant)
self.kb_append_uniq(self, 'imagemagic_rce', vuln)
except HTTPRequestException:
om.out.debug("HTTPRequestException")
except Exception as e:
om.out.debug( str(e) )
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
for error_str in self._multi_in.query(response.body):
# And not in the original response
if error_str not in mutant.get_original_response_body() and \
self._has_no_bug(mutant):
desc = 'A potential buffer overflow (accurate detection is' \
' hard...) was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Buffer overflow vulnerability', desc,
severity.MEDIUM, response.id,
self.get_name(), mutant)
v.add_to_highlight(error_str)
self.kb_append_uniq(self, 'buffer_overflow', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
for error_str in self._multi_in.query(response.body):
# And not in the original response
if error_str not in mutant.get_original_response_body() and \
self._has_no_bug(mutant):
desc = 'A potential buffer overflow (accurate detection is' \
' hard...) was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Buffer overflow vulnerability', desc,
severity.MEDIUM, response.id,
self.get_name(), mutant)
v.add_to_highlight(error_str)
self.kb_append_uniq(self, 'buffer_overflow', v)
def _analyze_echo(self, mutant, response):
"""
Analyze results of the _send_mutant method that was sent in the
_fuzz_with_echo method.
"""
eval_error_list = self._find_eval_result(response)
for eval_error in eval_error_list:
if not re.search(eval_error, mutant.get_original_response_body(),
re.I):
desc = 'eval() input injection was found at: %s'
desc = desc % mutant.found_at()
v = Vuln.from_mutant('eval() input injection vulnerability',
desc, severity.HIGH, response.id,
self.get_name(), mutant)
self.kb_append_uniq(self, 'eval', v)
def _analyze_echo(self, mutant, response):
"""
Analyze results of the _send_mutant method that was sent in the
_fuzz_with_echo method.
"""
eval_error_list = self._find_eval_result(response)
for eval_error in eval_error_list:
if not re.search(eval_error,
mutant.get_original_response_body(), re.I):
desc = 'eval() input injection was found at: %s'
desc = desc % mutant.found_at()
v = Vuln.from_mutant('eval() input injection vulnerability',
desc, severity.HIGH, response.id,
self.get_name(), mutant)
self.kb_append_uniq(self, 'eval', v)
def _analyze_result(self, mutant, response):
"""
Analyze the result of the previously sent request.
:return: None, save the vuln to the kb.
"""
if self._has_no_bug(mutant):
e_res = self._extract_result_from_payload(mutant.get_token_value())
if e_res in response and not e_res in mutant.get_original_response_body():
desc = 'Server side include (SSI) was found at: %s'
desc = desc % mutant.found_at()
v = Vuln.from_mutant('Server side include vulnerability', desc,
severity.HIGH, response.id, self.get_name(),
mutant)
v.add_to_highlight(e_res)
self.kb_append_uniq(self, 'ssi', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
if self._has_bug(mutant):
return
self._report_php_errors(mutant, response)
if not self._header_was_injected(mutant, response):
return
desc = 'Response splitting was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('Response splitting vulnerability', desc,
severity.MEDIUM, response.id, self.get_name(),
mutant)
self.kb_append_uniq(self, 'response_splitting', v)
def _analyze_result(self, mutant, response):
"""
Analyze the result of the previously sent request.
:return: None, save the vuln to the kb.
"""
if self._has_no_bug(mutant):
e_res = self._extract_result_from_payload(mutant.get_token_value())
if e_res in response and not e_res in mutant.get_original_response_body():
desc = 'Server side include (SSI) was found at: %s'
desc = desc % mutant.found_at()
v = Vuln.from_mutant('Server side include vulnerability', desc,
severity.HIGH, response.id, self.get_name(),
mutant)
v.add_to_highlight(e_res)
self.kb_append_uniq(self, 'ssi', v)
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method.
"""
# I will only report the vulnerability once.
if self._has_no_bug(mutant):
mx_error_list = self._multi_in.query(response.body)
for mx_error in mx_error_list:
if mx_error not in mutant.get_original_response_body():
desc = 'MX injection was found at: %s' % mutant.found_at()
v = Vuln.from_mutant('MX injection vulnerability', desc,
severity.MEDIUM, response.id,
self.get_name(), mutant)
v.add_to_highlight(mx_error)
self.kb_append_uniq(self, 'mx_injection', v)
break
def _analyze_result(self, mutant, response):
"""
Analyze results of the _send_mutant method, in order for a Rosetta Flash
vulnerability to be present we need to have the FLASH attribute
reflected at the beginning of the response body
"""
if self._has_bug(mutant):
return
if not response.get_body().startswith(self.FLASH):
return
desc = 'Rosetta flash vulnerability found in JSONP endpoint at: %s'
desc %= mutant.found_at()
v = Vuln.from_mutant('Rosetta Flash', desc,
severity.LOW, response.id,
self.get_name(), mutant)
v.add_to_highlight(self.FLASH)
self.kb_append_uniq(self, 'rosetta_flash', v)
def end(self):
"""
This method is called when the plugin wont be used anymore.
"""
all_findings = kb.kb.get_all_findings()
for url, variable, mutant, id_list in self._potential_vulns:
for info in all_findings:
if info.get_token_name() == variable and info.get_url() == url:
break
else:
desc = 'An unidentified vulnerability was found at: %s'
desc = desc % mutant.found_at()
v = Vuln.from_mutant('Unidentified vulnerability', desc,
severity.MEDIUM, id_list, self.get_name(),
mutant)
self.kb_append_uniq(self, 'generic', v)
self._potential_vulns.cleanup()
def end(self):
"""
This method is called when the plugin wont be used anymore.
"""
all_findings = kb.kb.get_all_findings()
for url, variable, mutant, id_list in self._potential_vulns:
for info in all_findings:
if info.get_token_name() == variable and info.get_url() == url:
break
else:
desc = ('An unhandled error, which could potentially translate'
' to a vulnerability, was found at: %s')
desc %= mutant.found_at()
v = Vuln.from_mutant('Unhandled error in web application', desc,
severity.LOW, id_list, self.get_name(),
mutant)
self.kb_append_uniq(self, 'generic', v)
self._potential_vulns.cleanup()