def wids(self):
'''
@brief Return the collected information from wids module.
'''
# 먼저 진행 중이던 작업을 취소.
if self.pentesting:
self.pentesting.stop()
self.pentesting = None
if self.scanner:
self.scanner.stop()
self.scanner = None
if self.fake_ap:
self.fake_ap.stop()
self.fake_ap = None
if not self.wids_handle:
self.wids_handle = Wireless_IDS('atear_wids')
self.wids_handle.start()
if request.method == 'GET':
try:
return_value = ast.literal_eval(self.wids_handle.get_values())
return json.dumps(return_value, ensure_ascii=False, encoding='EUC-KR')
except:
return json.dumps([{}])
def scanstatus(self):
''' It responds to the airodump-scan results. '''
# 먼저 진행 중이던 작업을 취소.
#print self.scanner, self.pentesting, self.fake_ap, self.wids_handle
if self.pentesting:
self.pentesting.stop()
self.pentesting = None
if self.fake_ap:
self.fake_ap.stop()
self.fake_ap = None
if request.method == 'GET':
if not self.scanner:
# Class Atear-Beta.module.airodump line 106.
self.scanner = airodump.Scanner(self.scan_iface)
self.scanner.run()
# class AtEar-Beta.module.wids.Wireless_IDS
# Prepare a file to store the results.
print "[*] START AtEar-WIDS"
print BASEPATH
if not os.path.isdir(BASEPATH + '/log'):
os.mkdir(BASEPATH + '/log')
wids = Wireless_IDS(self.scan_iface)
# def AtEar-Beta.module.wids.Wireless_IDS.run(self) line 78
# Generate wids.run to child process.
wids.start()
self.wids_handle = True
print "[*] START AtEar-UI"
return "[]", 200
else:
try:
# Return the scan results.
return Response(json.dumps(self.scanner.get_value(),
cls=PythonObjectEncoder,
ensure_ascii=False,
encoding='EUC-KR'),
mimetype='application/json')
except:
return "[]", 200
elif request.method == 'POST':
if self.scanner:
self.scanner.stop()
self.scanner = None
return '', 200
return '', 200
def main():
'''
@brief AtEar main function.
'''
wids_process = False
from module.network import auto_monitor, stop_monitor
try:
print "START AtEar-Beta...."
# def AtEar-Beta.module.network.stop_monitor() line 314
# Clear the self-made device.
stop_monitor()
# def AtEar-Beta.module.network.auto_monitor() line 272
# Search for wireless devices, ensure that the support AP mode or monitor mode,
# if support makes the device to the supported mode.
ret = auto_monitor()
if ret == False:
# Not supported or Failed to create device in monitor.
stop_monitor()
return -1
# class AtEar-Beta.module.wids.Wireless_IDS
# Prepare a file to store the results.
print "[*] START AtEar-WIDS"
wids = Wireless_IDS('atear_wids')
# def AtEar-Beta.module.wids.Wireless_IDS.run(self) line 78
# Generate wids.run to child process.
wids.start()
print "[*] START AtEar-UI"
# Class "main_app" is a flask module.
main_app(wids)
# Stop Signal
except KeyboardInterrupt:
stop_monitor()
if wids_process:
wids_process.terminate()
return json.dumps([{}])
return '', 200
def hidden(self, wids_option):
if request.method == 'GET':
if wids_option == '1':
recent_val = wids.get_recent_values()
try:
recent_val = ast.literal_eval(recent_val)
return json.dumps({"message": recent_val})
except:
return json.dumps({"message": []})
elif wids_option == '0':
wids.stop()
return json.dumps({"message": []})
return '', 200
if __name__ == '__main__':
from module.network import auto_monitor, stop_monitor
try:
stop_monitor()
auto_monitor()
wids = Wireless_IDS('atear_wids')
wids_process = Process(target=wids.run)
wids_process.start()
main_app()
# Stop Signal
except KeyboardInterrupt:
stop_monitor()
wids_process.terminate()
