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0d2955637d
Recycle outgoing dropped messages Encryption using CryptoProviders refactored Added NetUnreliableSizeBehaviour to configure behaviour for unreliable messages above MTU Debug stats show number of received fragments
103 lines
3.2 KiB
C#
103 lines
3.2 KiB
C#
using System;
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using System.Text;
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using Lidgren.Network;
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using System.Security;
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using System.Collections.Generic;
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namespace UnitTests
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{
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public static class EncryptionTests
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{
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public static void Run(NetPeer peer)
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{
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//
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// Test encryption
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//
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List<NetEncryption> algos = new List<NetEncryption>();
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algos.Add(new NetXorEncryption(peer, "TopSecret"));
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algos.Add(new NetXtea(peer, "TopSecret"));
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algos.Add(new NetAESEncryption(peer, "TopSecret"));
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algos.Add(new NetRC2Encryption(peer, "TopSecret"));
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algos.Add(new NetDESEncryption(peer, "TopSecret"));
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algos.Add(new NetTripleDESEncryption(peer, "TopSecret"));
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foreach (var algo in algos)
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{
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NetOutgoingMessage om = peer.CreateMessage();
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om.Write("Hallon");
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om.Write(42);
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om.Write(5, 5);
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om.Write(true);
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om.Write("kokos");
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int unencLen = om.LengthBits;
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om.Encrypt(algo);
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// convert to incoming message
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NetIncomingMessage im = Program.CreateIncomingMessage(om.PeekDataBuffer(), om.LengthBits);
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if (im.Data == null || im.Data.Length == 0)
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throw new NetException("bad im!");
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im.Decrypt(algo);
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if (im.Data == null || im.Data.Length == 0 || im.LengthBits != unencLen)
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throw new NetException("Length fail");
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var str = im.ReadString();
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if (str != "Hallon")
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throw new NetException("fail");
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if (im.ReadInt32() != 42)
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throw new NetException("fail");
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if (im.ReadInt32(5) != 5)
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throw new NetException("fail");
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if (im.ReadBoolean() != true)
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throw new NetException("fail");
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if (im.ReadString() != "kokos")
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throw new NetException("fail");
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Console.WriteLine(algo.GetType().Name + " encryption verified");
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}
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for (int i = 0; i < 100; i++)
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{
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byte[] salt = NetSRP.CreateRandomSalt();
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byte[] x = NetSRP.ComputePrivateKey("user", "password", salt);
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byte[] v = NetSRP.ComputeServerVerifier(x);
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//Console.WriteLine("v = " + NetUtility.ToHexString(v));
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byte[] a = NetSRP.CreateRandomEphemeral(); // NetUtility.ToByteArray("393ed364924a71ba7258633cc4854d655ca4ec4e8ba833eceaad2511e80db2b5");
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byte[] A = NetSRP.ComputeClientEphemeral(a);
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//Console.WriteLine("A = " + NetUtility.ToHexString(A));
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byte[] b = NetSRP.CreateRandomEphemeral(); // NetUtility.ToByteArray("cc4d87a90db91067d52e2778b802ca6f7d362490c4be294b21b4a57c71cf55a9");
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byte[] B = NetSRP.ComputeServerEphemeral(b, v);
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//Console.WriteLine("B = " + NetUtility.ToHexString(B));
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byte[] u = NetSRP.ComputeU(A, B);
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//Console.WriteLine("u = " + NetUtility.ToHexString(u));
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byte[] Ss = NetSRP.ComputeServerSessionValue(A, v, u, b);
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//Console.WriteLine("Ss = " + NetUtility.ToHexString(Ss));
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byte[] Sc = NetSRP.ComputeClientSessionValue(B, x, u, a);
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//Console.WriteLine("Sc = " + NetUtility.ToHexString(Sc));
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if (Ss.Length != Sc.Length)
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throw new NetException("SRP non matching lengths!");
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for (int j = 0; j < Ss.Length; j++)
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{
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if (Ss[j] != Sc[j])
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throw new NetException("SRP non matching session values!");
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}
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var test = NetSRP.CreateEncryption(peer, Ss);
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}
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Console.WriteLine("Message encryption OK");
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}
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}
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}
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