def run(self, **kwargs): # {{{
"""
Use to launch all attacks instances and all option verifications
"""
t = time.time()
self.filteriptables(**kwargs)
EModule.run(self, **kwargs)
self.unfilteriptables(**kwargs)
kwargs['msg'] = 'Test realised in %s seconds' % str(time.time() - t)
def do(self, **kwargs):
kwargs = EModule.do(self, **kwargs)
kwargs['socket'] = self.initsocket(**kwargs)
if not self._hasSocket(**kwargs):
self.error(msg="Can't create a socket", **kwargs)
raise
return kwargs
def sendmessagesocket(self, **kwargs): # {{{
"""
Get a modbus response to an umas request
@return: the modbus response
"""
rp = EModule.sendmessagesocket(self, **kwargs)
return ModbusADUResponse(rp)
def do(self, **kwargs):
kwargs = EModule.do(self, **kwargs)
try:
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s.connect((kwargs['host'], self.options['PORT'][0]))
kwargs['msg'] = '%s - modbus device' % kwargs['ip'],
self.success(**kwargs)
self.succeded = True
except:
pass
return kwargs
def do(self, **kwargs): # {{{
"""
An instance attack
@return: the main dictionary
@raise: a exception if no socket are created
"""
kwargs = EModule.do(self, **kwargs)
kwargs['socket'] = self.initsocket(**kwargs)
if not self._hasSocket(**kwargs):
self.error(msg="Can't create a socket", **kwargs)
raise
return kwargs
def verify(self, **kwargs): # {{{
"""
Verify some element from module class
@return: False if no error is raise, else True
"""
error = EModule.verify(self, **kwargs)
if 'PERIOD' in self.options: # {{{
p = self.options['PERIOD'][0]
try:
period = int(p)
except:
self.error(msg='"%s" is an invalid time' % p, **kwargs)
error = True
if period < 0:
self.error(msg='"%s" is an invalid time' % p, **kwargs)
error = True
# }}}
return error
def do(self, **kwargs): # {{{
"""
An instance attack
@return: the main dictionary
"""
kwargs = EModule.do(self, **kwargs)
kwargs['seq'] = random.randint(1000000, 16000000)
kwargs['id'] = random.randint(1024, 65635)
# begin play function
kwargs['ack'] = self.sendSYN(**kwargs)
if kwargs['ack'] == 0:
kwargs['msg'] = 'failed to connect with %s' % kwargs['host']
self.error(**kwargs)
return kwargs
kwargs['seq'] += 1
kwargs['ack'] += 1
kwargs['id'] += 1
self.sendACK(**kwargs)
kwargs['request'] = self.getRequest(**kwargs)
send(kwargs['request'])
return kwargs
def verify(self, **kwargs): # {{{
"""
Verify some element from module class
@return: False if no error is raise, else True
"""
error = EModule.verify(self, **kwargs)
print os.environ
if 'SUDO_UID' not in os.environ: # {{{
kwargs['msg'] = 'You don\'t have administrator permissions.'
self.warning(**kwargs)
kwargs['msg'] = 'It\'s possible you encounter some issues to ' + \
'use some parts of this script'
self.warning(**kwargs)
kwargs['msg'] = "We recommand you to use EASE program with 'sudo'."
self.warning(**kwargs)
# }}}
if 'PAYLOAD' in self.options: # {{{
try:
str(self.options['PAYLOAD'][0])
except:
error = True
# }}}
return error
def sendmessagesocket(self, **kwargs):
kwargs['request'].messageSize = len(kwargs['request'])
if self.__hasField(field='timestamp', **kwargs):
kwargs['request'].timestamp = self.getTimestamp(**kwargs)
rp = EModule.sendmessagesocket(self, **kwargs)
return opcuaResponseDecoder(rp)
def verify(self, **kwargs):
error = EModule.verify(self, **kwargs)
return error
def run(self, **kwargs):
EModule.run(self, **kwargs)
def __init__(self, **kwargs):
EModule.__init__(self, **kwargs)
def run(self, **kwargs): # {{{
"""
Use to launch all attacks instances and all option verifications
"""
EModule.run(self, **kwargs)