def regexSearch(self):
response = self._requestResponse.getResponse()
offset = []
# array explicitly needed as list item for applyMarkers
offsetArray = array('i', [0, 0])
issues = []
for i in range(0, self._regexLength):
offset = []
try:
compiledRegex = re.compile(self._regexes[i], re.DOTALL)
except:
raise RuntimeException('Failed to compile regular expression.')
try:
matched = compiledRegex.finditer(
self._helpers.bytesToString(response))
except:
raise RuntimeException('Regular expression search failed.')
# find offsets for all matches
for match in matched:
offset = []
span = match.span()
offsetArray[0] = span[0]
offsetArray[1] = span[1]
offset.append(offsetArray)
# replace issue detail with regex match
detail = self._issueDetailsDict[self._regexes[i]]
detail = detail.replace("$val$", str(match.group()))
# create temp ScanIssue and add to ScanIssue list
try:
tempIssue = ScanIssue(
self._requestResponse.getHttpService(),
self._helpers.analyzeRequest(
self._requestResponse).getUrl(), [
self._callbacks.applyMarkers(
self._requestResponse, None, offset)
], self._issueName, False,
detail + self._references[i])
except:
raise RuntimeException('Failed to create issue.')
try:
issues.append(tempIssue)
except:
raise RuntimeException('Failed to append issue.')
return issues
def doPassiveScan(self, baseRequestResponse):
try:
scanObject = DoScan(baseRequestResponse, self._callbacks)
except:
raise RuntimeException('Failed to create scanObject.')
try:
scanResult = scanObject.regexSearch()
except:
raise RuntimeException('Failed to call scanObject.regexSearch.')
if (len(scanResult) > 0):
return scanResult
else:
return None
def _makeRobot():
global _robot
if _robot == None:
_robot = LegoRobot()
else:
if _robot.getGameGrid().isDisposed():
raise RuntimeException("Java frame disposed")
def wsdlScan(self, invocation):
# Check initial message for proper request/response and set variables - Burp will not return valid info otherwise
try:
invMessage = invocation.getSelectedMessages()
message = invMessage[0]
originalHttpService = message.getHttpService()
self.originalMsgProtocol = originalHttpService.getProtocol()
self.originalMsgHost = originalHttpService.getHost()
self.originalMsgPort = originalHttpService.getPort()
self.originalMsgUrl = self.originalMsgProtocol + '://' + self.originalMsgHost
print 'Valid request and response found. Scanning %s for wsdl files.\n' % self.originalMsgHost
except:
e = sys.exc_info()[0]
print "Error: Please start the scan from a request with a valid response.\n"
raise RuntimeException(e)
# Get site map of the host selected by the user
self.siteMap = self._callbacks.getSiteMap(self.originalMsgUrl)
self.wsdlKeywordList = [
'xmlns:soap', 'xmlns:wsoap', 'xmlns:wsdl', '<wsdl:', '<soap:'
]
self.detectedUrlList = []
self.fuzzedWsdlList = []
self.foundWsdlList = []
# Loop through each message, check for a valid 200 response, and send the message to checkMessage function
for siteMapMessage in self.siteMap:
if siteMapMessage.getRequest():
if 'Connection: close' not in self._helpers.bytesToString(
siteMapMessage.getRequest()) and str(
self._helpers.analyzeResponse(
siteMapMessage.getResponse()).getStatusCode()
) == '200':
self.checkMessage(siteMapMessage)
if self.foundWsdlList:
print '%s wsdl file(s) found.\n' % len(self.foundWsdlList)
for foundWsdl in self.foundWsdlList:
print '\t' + foundWsdl + '\n'
else:
print 'No wsdl files found.\n'
try:
# There are two methods of fuzzing for wsdl files, using python's urllib2 module or Burp API
self.fuzzUrls()
#self.fuzzUrlsAPI()
except:
e = sys.exc_info()[0]
print "Error: %s" % e
if self.fuzzedWsdlList:
print '%s wsdl file(s) fuzzed.\n' % len(self.fuzzedWsdlList)
for fuzzedWsdl in self.fuzzedWsdlList:
print '\t' + fuzzedWsdl + '\n'
else:
print 'No wsdl files fuzzed.\n'
def builderPhase2(self):
Ganymede.debug("LDAPBuilderTask builderPhase2 running")
build_script = System.getProperty("ganymede.biulder.scriptlocation")
if not build_script:
raise RuntimeException(
"Unable to determine builder script location")
else:
build_script = PathComplete.completePath(
build_script) + "ldapbuilder"
if not os.path.is_file(build_script):
raise RuntimeException(
build_script +
" doesn't exist, not running external LDAP build script")
os.system(build_script)
Ganymede.debug("LDAPBuilderTask builderPhase2 complete")
return 1
def builderPhase1(self):
Ganymede.debug("LDAPBuilderTask builderPhase1 running")
self.dnsdomain = System.getProperty("ganymede.gash.dnsdomain")
if not self.dnsdomain:
raise RuntimeException(
"LDAPBuilder not able to determine dns domain name")
self.output_path = System.getProperty("ganymede.builder.output")
if not self.output_path:
raise RuntimeException(
"LDAPBuilder not able to determine output directory")
else:
self.output_path = PathComplete.completePath(self.output_path)
self.build_users_and_groups()
self.build_netgroups()
Ganymede.debug("LDAPBuilderTask builderPhase1 complete")
return 1
def registerExtenderCallbacks(self, callbacks):
callbacks.setExtensionName("hello world extension")
stdout = PrintWriter(callbacks.getStdout(), True)
stderr = PrintWriter(callbacks.getStderr(), True)
stdout.println("hello world")
stderr.println("hello error")
callbacks.issueAlert("hello alert")
raise RuntimeException("hello exception")
def registerExtenderCallbacks(self, callbacks):
# set our extension name
callbacks.setExtensionName("Hello world extension")
# obtain our output and error streams
stdout = PrintWriter(callbacks.getStdout(), True)
stderr = PrintWriter(callbacks.getStderr(), True)
# write a message to our output stream
stdout.println("Hello output")
# write a message to our error stream
stderr.println("Hello errors")
# write a message to the Burp alerts tab
callbacks.issueAlert("Hello alerts")
# throw an exception that will appear in our error stream
raise RuntimeException("Hello exception")
def processPayload(self, currentPayload, originalPayload, baseValue):
dataParameter = self._helpers.bytesToString(
self._helpers.urlDecode(baseValue)
)
# utf-8 encode
header,payload,signature = [unicode(s).encode('utf-8') for s in dataParameter.split(".",3)]
decoded_header = self._helpers.bytesToString(
self._helpers.base64Decode(header + "=" * (-len(header) % 4))
)
decoded_payload = self._helpers.bytesToString(
self._helpers.base64Decode(payload+"=" * (-len(payload) % 4))
)
# Decode header and payload, preserving order if they are JSON objects
# Decode header
try:
header_dict = json.loads(decoded_header, object_pairs_hook=OrderedDict)
except ValueError:
raise RuntimeException("[JWT FuzzHelper] Error: ValueError. Failed to decode header!")
except Exception as e:
self._stderr.println("[ERROR] Encountered an unknown error when decoding header:\n{}\nCarrying on...".format(e))
# Decode payload
# Payload does not have to be a JSON object.
# Ref: https://github.com/auth0/node-jsonwebtoken#usage
payload_is_string = False
try:
payload_dict = json.loads(decoded_payload, object_pairs_hook=OrderedDict)
except ValueError:
payload_is_string = True
payload_dict = decoded_payload
except Exception as e:
self._stderr.println("[ERROR] Encountered an unknown error when decoding payload:\n{}\nCarrying on...".format(e))
target = header_dict if self._fuzzoptions["target"] == "Header" else payload_dict
selector = self._fuzzoptions["selector"]
# If using Object Identifier-Index then retrieve the
# value specified by the selector,
# if this value does not exist, assume the user
# wants to add the value that would have been specified
# by the selector to the desired JWT segment (this behavior will
# be noted in the help docs)
intruderPayload = self._helpers.bytesToString(currentPayload)
if not self._fuzzoptions["regex"]:
if selector != [""]:
try:
value = self.getValue(target, selector)
except Exception:
target = self.buildDict(target, selector)
if not self._isNone(selector) and selector != [""]:
target = self.setValue(target, selector, intruderPayload)
# Simple match-replace for regex
if self._fuzzoptions["regex"]:
target_string = target if payload_is_string else json.dumps(target)
target_string = re.sub(selector, intruderPayload, target_string)
target = target_string if payload_is_string else json.loads(target_string, object_pairs_hook=OrderedDict)
if self._fuzzoptions["target"] == "Payload":
payload_dict = target
else:
header_dict = target
algorithm = self._fuzzoptions["algorithm"]
if self._fuzzoptions["signature"]:
# pyjwt requires lowercase 'none'. If user wants to try
# "none", "NonE", "nOnE", etc... they should use .alg
# as selector, delete sig from intruder and use those
# permutations as their fuzz list (outlined in help docs)
# and keep "Generate Signature" as False
algorithm = "none" if algorithm.lower() == "none" else algorithm
header_dict["alg"] = algorithm
header = json.dumps(header_dict, separators=(",",":"))
payload = payload_dict if payload_is_string else json.dumps(payload_dict, separators=(",",":"))
header = self._helpers.base64Encode(header).strip("=")
payload = self._helpers.base64Encode(payload).strip("=")
contents = header + "." + payload
key = self._fuzzoptions["key"]
if len(self._fuzzoptions["key_cmd"]) > 0:
# we provide 'contents' value as an only argument to key-generating command
# it is expected that the command will print only the signature
signature = check_output([self._fuzzoptions["key_cmd"], contents])
modified_jwt = contents + "." + signature
elif self._fuzzoptions["signature"]:
# pyjwt throws error when using a public key in symmetric alg (for good reason of course),
# must do natively to support algorithmic sub attacks
if algorithm.startswith("HS"):
if algorithm == "HS256":
hmac_algorithm = hashlib.sha256
elif algorithm == "HS384":
hmac_algorithm = hashlib.sha384
else:
hmac_algorithm = hashlib.sha512
signature = self._helpers.base64Encode(
hmac.new(
key, contents, hmac_algorithm
).digest()
).strip("=")
modified_jwt = contents + "." +signature
# JWT can't sign non-JSON payloads. WTF. This block is for non-JSON payloads.
elif algorithm.startswith("RS") and payload_is_string:
if algorithm == "RS256":
rsa_algorithm = "SHA-256"
elif algorithm == "RS384":
rsa_algorithm = "SHA-384"
else:
rsa_algorithm = "SHA-512"
privkey = rsa.PrivateKey.load_pkcs1(key)
signature = rsa.sign(contents,privkey,rsa_algorithm)
signature = base64.b64encode(signature).encode('utf-8').replace("=", "")
modified_jwt = contents + "." + signature
else:
# Use pyjwt when using asymmetric alg
if algorithm == "none":
key = ""
modified_jwt = jwt.encode(payload_dict,key,algorithm=algorithm,headers=header_dict)
else:
modified_jwt = contents + "." + signature
return self._helpers.stringToBytes(modified_jwt)
def __init__( self, msg ): self.msg = msg RuntimeException.__init__( self, msg )
def toString(self):
raise RuntimeException('failure in toString')
def toString(self):
raise RuntimeException(self.error)
self.originalMsgUrl = self.originalMsgProtocol + '://' + self.originalMsgHost
domain = str(self.originalMsgHost)
ext = tldextract.extract(domain)
domain1 = ext.domain+'.'+ext.suffix
siteMap = self.callbacks.getSiteMap('')
lastURL = ''
print '\n Enumerating %s subdomains.\n' % domain1
if siteMap:
for item in siteMap:
try:
request = item.getRequest()
if request:
service = item.getHttpService().toString()
if service != lastURL:
if domain1 in service:
print ' [+] %s' %service
lastURL = service
except Exception, e:
print 'Error while getting subdomain'
continue
else:
print 'The Target Site Tree is Empty'
except:
e = sys.exc_info()[0]
print "Something went wrong\n"
raise RuntimeException(e)
def runtime_exception(self):
raise RuntimeException("re")