def s3hunt(self):
for i in range(2,len(self.content)):
self.scan = scanner.Scanner(self.content[i].lower(), _kenzerdb, _kenzer)
message = self.scan.s3hunt()
self.sendMessage(message)
if self.upload:
self.uploader(self.content[i], "s3hunt.kenz")
return
def favinize(self):
for i in range(2,len(self.content)):
self.scan = scanner.Scanner(self.content[i].lower(), _kenzerdb, _kenzer)
message = self.scan.favinize()
self.sendMessage(message)
if self.upload:
self.uploader(self.content[i], "favinize.kenz")
return
def vulnscan(self):
for i in range(2, len(self.content)):
self.scan = scanner.Scanner(self.content[i].lower(), _kenzerdb,
_kenzer)
message = self.scan.vulnscan()
self.sendMessage(message)
if self.upload:
self.uploader(self.content[i], "vulnscan.log")
return
def idscan(self):
for i in range(2,len(self.content)):
self.sendMessage("started idscan for: "+self.content[i].lower())
self.scan = scanner.Scanner(self.content[i].lower(), _kenzerdb, _kenzer)
message = self.scan.idscan()
self.sendMessage(message)
if self.upload:
self.uploader(self.content[i], "idscan.kenz")
return
def subover(self):
for i in range(2, len(self.content)):
self.scan = scanner.Scanner(self.content[i].lower(), _kenzerdb,
_kenzer)
message = self.scan.subover()
self.sendMessage(message)
if self.upload:
self.uploader(self.content[i], "suboverWEB.log")
self.uploader(self.content[i], "suboverDNS.log")
self.uploader(self.content[i], "suboverDNSWILD.log")
return
def idscan(self):
for i in range(2,len(self.content)):
if(validators.domain(self.content[i].lower())!= True and self.content[i].lower() != "monitor"):
self.sendMessage("[invalid] {0}".format(self.content[i].lower()))
continue
self.sendMessage("[idscan - #({0}/{1})] {2}".format(i-1, len(self.content)-2, self.content[i].lower()))
self.scan = scanner.Scanner(self.content[i].lower(), _kenzerdb, _kenzer)
message = self.scan.idscan()
self.sendMessage("[idscan - #({0}/{1}) - {2}] {3}".format(i-1, len(self.content)-2, message, self.content[i].lower()))
if self.upload:
file = "idscan.kenz"
self.uploader(self.content[i], file)
return
def vizscan(self):
for i in range(2,len(self.content)):
if(validators.domain(self.content[i].lower())!= True and self.content[i].lower() != "monitor"):
self.sendMessage("[invalid] {0}".format(self.content[i].lower()))
continue
self.sendMessage("[vizscan - #({0}/{1})] {2}".format(i-1, len(self.content)-2, self.content[i].lower()))
self.scan = scanner.Scanner(self.content[i].lower(), _kenzerdb, _kenzer)
message = self.scan.vizscan()
self.sendMessage("[vizscan - #({0}/{1}) ~] {2}".format(i-1, len(self.content)-2, self.content[i].lower()))
if self.upload:
for file in os.listdir(_kenzerdb+self.content[i].lower()+"/aquatone/screenshots/"):
self.uploader(self.content[i], "aquatone/screenshots/"+file)
return
def main():
try:
ser = serial.Serial(port=serial_port, baudrate=115200, timeout=115200)
except serial.SerialException as e:
print("Port error on {}: {}".format(serial_port, e))
ser.flushInput()
ser.flushOutput()
try:
mbed = serial.Serial(port=mbed_port, baudrate=9600, timeout=9600)
except serial.SerialException as e:
print("Port error on {}: {}".format(mbed_port, e))
mbed.flushInput()
mbed.flushOutput()
scanner_obj = scanner.Scanner(bgapi, ser)
router_obj = syncrouter.SyncRouter(bgapi, ser, mbed, f)
while True:
print("ready, starting scan")
scanner_thread = Thread(target=scanner_obj.scan)
#let the scan take place in the background
scanner_thread.daemon = True
scanner_thread.start()
#wait 30 seconds to allow the scan to take place.
scanner_thread.join(10.0)
#stop the scan, then wait for the scanner to finish running.
scanner_obj.stop_scan()
scanner_thread.join()
router_obj.set_devices(scanner_obj.scanned_list.values())
router_thread = Thread(target=router_obj.sync_devices)
router_thread.daemon = True
router_thread.start()
router_thread.join()
delays = [10, 30, 60, 500]
for delay in delays:
print("Waiting for {} seconds before firing event".format(delay))
time.sleep(delay)
router_obj.generate_event(delay)
def vulnscan(self):
for i in range(2,len(self.content)):
self.scan = scanner.Scanner(self.content[i].lower(), _kenzerdb)
message = self.scan.vulnscan()
self.sendMessage(message)
return
