def toOsm(received_file):
client = pymongo.MongoClient("mongodb://mongo:27017")
setup_obj = setup(client)
validate_obj = validator()
if 'network_functions' in received_file:
doc = setup_obj.db_descriptors["translated_nsd"]
translated = setup_obj.translate_to_osm_nsd(received_file)
check = validate_obj.osm_validator(translated)
if check == "True":
temp = doc.insert_one(translated)
translated_ref = temp.inserted_id
elif 'virtual_deployment_units' in received_file:
doc = setup_obj.db_descriptors["translated_vnfd"]
translated = setup_obj.translate_to_osm_vnfd(received_file)
check = validate_obj.osm_validator(translated)
if check == "True":
temp = doc.insert_one(translated)
translated_ref = temp.inserted_id
return {"descriptor": translated, "VALIDATE STATUS": check}
def toSonata(received_file):
client = pymongo.MongoClient("mongodb://mongo:27017")
setup_obj = setup(client)
validate_obj = validator()
if 'vnfd:vnfd-catalog' in received_file:
doc = setup_obj.db_descriptors["translated_vnfd"]
translated = setup_obj.translate_to_sonata_vnfd(received_file)
check = validate_obj.sonata_vnfd_validate(translated)
if check == "True":
temp = doc.insert_one(translated)
translated_ref = temp.inserted_id
elif 'nsd:nsd-catalog' in received_file:
doc = setup_obj.db_descriptors["translated_nsd"]
translated = setup_obj.translate_to_sonata_nsd(received_file)
check = validate_obj.sonata_nsd_validate(translated)
if check == "True":
temp = doc.insert_one(translated)
translated_ref = temp.inserted_id
return {"descriptor": translated, "VALIDATE STATUS": check}
def login():
if request.method == "POST":
user = request.form["user"]
mail = request.form["mail_id"]
url = request.form["url"]
price = request.form["price"]
if validator(mail, url, user) == "ok":
usr = Users(user, mail, url, price)
db.session.add(usr)
db.session.commit()
return render_template("success.html")
else:
return render_template("home.html")
else:
return render_template("home.html")
f_deauth.start() time_started = time.time() f_scanning = True while f_scanning == True: f_airodump_parent_conn.send(f_scanning) deauth_parent_conn.send(f_scanning) deauth = deauth_parent_conn.recv() time.sleep(10) if deauth == True: files_handshake = os.listdir(handshake_dir) for files in files_handshake: #scan pcap file for valid handshake EAPOL packets handshake_file = (handshake_dir+files) if handshake_file == (handshake_dir+f_xml.name+"_scan-01.cap"): valid = validator(SSID=(f_xml.name), BSSID=(f_xml.bssid), capfile=(handshake_file)) print "Stripping handshake cap file of unnecessary packets" valid.strip(handshake_dir+valid.SSID+'_strip.cap') print "Validating stripped cap file..." strip_valid = validator(SSID=(f_xml.name), BSSID=(f_xml.bssid), capfile=(handshake_dir+valid.SSID+'_strip.cap')) strip_valid.validate_handshake() strip_valid.analyze() print "Validation result of stripped handshake capture:", strip_valid.validation_result print "Analysis result of stripped handshake capture:", strip_valid.analyze_result #when handshake detected stop focussed attack if strip_valid.validation_result or strip_valid.analyze_result == True: print "Handshake captured, my job here is done..." f_xml.cracked = 'True'
from xml_arse import xml_machine
##!!!!!!!!Remeber Vivet Ramachandra said that the incomplete handshake captures fail unless tidied up!!!!!!!!! This is why verifications are failing...
#file locations
##These should be improved to be located in temp files and then cleaned up afterwards
target_dir = '/home/odroid/targets/'
output_dir = '/home/odroid/xmls/'
handshake_dir = '/home/odroid/hs/'
cracked_dir = '/home/odroid/cracked/'
if __name__ == '__main__':
try:
#use hs capture with maybe only two packets or known good capture and test why not getting positive results......
valid = validator(
SSID=('FLACserve'), #add correct variables here
BSSID=('48:5B:39:12:9C:9B'), #add correct variables here
capfile=(handshake_dir + 'test.cap')) #add correct variables here
print "Stripping handshake cap file of unnecessary packets"
valid.strip(handshake_dir + 'test_strip.cap')
valid_strip = validator(
SSID=('FLACserve'), #add correct variables here
BSSID=('48:5B:39:12:9C:9B'), #add correct variables here
capfile=(handshake_dir +
'test_strip.cap')) #add correct variables here
valid_strip.validate_handshake()
print "Validation result of handshake capture:", valid_strip.validation_result
valid_strip.analyze()
print "Analysis result of handshake capture:", valid_strip.analyze_result
#when handshake detected stop focussed attack
if valid_strip.validation_result or valid_strip.analyze_result == True:
print "Handshake captured, my job here is done..."
from xml_arse import xml_machine
##!!!!!!!!Remeber Vivet Ramachandra said that the incomplete handshake captures fail unless tidied up!!!!!!!!! This is why verifications are failing...
#file locations
##These should be improved to be located in temp files and then cleaned up afterwards
target_dir = '/home/odroid/targets/'
output_dir = '/home/odroid/xmls/'
handshake_dir = '/home/odroid/hs/'
cracked_dir = '/home/odroid/cracked/'
if __name__ == '__main__':
try:
#use hs capture with maybe only two packets or known good capture and test why not getting positive results......
valid = validator(SSID=('FLACserve'), #add correct variables here
BSSID=('48:5B:39:12:9C:9B'), #add correct variables here
capfile=(handshake_dir+'test.cap')) #add correct variables here
print "Stripping handshake cap file of unnecessary packets"
valid.strip(handshake_dir+'test_strip.cap')
valid_strip = validator(SSID=('FLACserve'), #add correct variables here
BSSID=('48:5B:39:12:9C:9B'), #add correct variables here
capfile=(handshake_dir+'test_strip.cap')) #add correct variables here
valid_strip.validate_handshake()
print "Validation result of handshake capture:", valid_strip.validation_result
valid_strip.analyze()
print "Analysis result of handshake capture:", valid_strip.analyze_result
#when handshake detected stop focussed attack
if valid_strip.validation_result or valid_strip.analyze_result == True:
print "Handshake captured, my job here is done..."
except KeyboardInterrupt:
print "manually interrupted!"