C# (CSharp) Brunet.Tunnel TunnelEdge.UpdateNeighborIntersection示例

UpdateNeighborIntersection() public method

When our tunnel peer has some state change, he notifies us and use that information to update our overlap, here we set the overlap.

public UpdateNeighborIntersection ( List neighbors ) : void
neighbors	List
return	void

示例#1

文件： TunnelEdge.cs 项目： pcbing/brunet

        public void Test()
        {
            AHAddress        addr = new AHAddress(new System.Security.Cryptography.RNGCryptoServiceProvider());
            TransportAddress ta   = TransportAddressFactory.CreateInstance("brunet.tcp://169.0.5.1:5000");
            FakeEdge         fe   = new FakeEdge(ta, ta);
            Connection       fcon = new Connection(fe, addr, "structured", null, null);

            List <Connection> overlap = new List <Connection>();

            overlap.Add(fcon);
            TunnelTransportAddress tta   = new TunnelTransportAddress(addr, overlap);
            TunnelEdge             te1   = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
            Connection             t1con = new Connection(te1, addr, "structured", null, null);

            overlap = new List <Connection>();
            overlap.Add(t1con);
            TunnelEdge te2   = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
            Connection t2con = new Connection(te2, addr, "structured", null, null);

            overlap = new List <Connection>();
            overlap.Add(t2con);
            TunnelEdge te3   = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
            Connection t3con = new Connection(te3, addr, "structured", null, null);

            overlap = new List <Connection>();
            overlap.Add(t3con);
            TunnelEdge te4   = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
            Connection t4con = new Connection(te4, addr, "structured", null, null);

            overlap = new List <Connection>();
            overlap.Add(t4con);
            TunnelEdge te5   = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
            Connection t5con = new Connection(te5, addr, "structured", null, null);

            Assert.AreEqual(te5.ShouldClose(), false, "Shouldn't close yet...");
            te1.DisconnectionHandler(fcon);
            Assert.AreEqual(te5.ShouldClose(), true, "Should close...");

            overlap.Add(t5con);
            overlap.Add(t3con);
            overlap.Add(t1con);
            te2.UpdateNeighborIntersection(overlap);
            Assert.AreEqual(te5.ShouldClose(), true, "Should close... 2");
        }

示例#2

文件： TunnelEdgeListener.cs 项目： johnynek/brunet

 /// <summary>Whenever the node receives a new StatusMessage from a tunnel,
 /// we use this to build a consisting of the intersection of our peers
 /// creating a table of potential tunneling options.  We close the edge if
 /// it is empty.</summary>
 protected void UpdateNeighborIntersection(TunnelEdge from, IDictionary msg)
 {
   List<Connection> overlap = _ito.EvaluateOverlap(_connections, msg);
   from.UpdateNeighborIntersection(overlap);
 }

示例#3

文件： TunnelEdgeListener.cs 项目： pcbing/brunet

        /// <summary>Whenever the node receives a new StatusMessage from a tunnel,
        /// we use this to build a consisting of the intersection of our peers
        /// creating a table of potential tunneling options.  We close the edge if
        /// it is empty.</summary>
        protected void UpdateNeighborIntersection(TunnelEdge from, IDictionary msg)
        {
            List <Connection> overlap = _ito.EvaluateOverlap(_connections, msg);

            from.UpdateNeighborIntersection(overlap);
        }

示例#4

文件： TunnelEdge.cs 项目： johnynek/brunet

    public void Test()
    {
      AHAddress addr = new AHAddress(new System.Security.Cryptography.RNGCryptoServiceProvider());
      TransportAddress ta = TransportAddressFactory.CreateInstance("brunet.tcp://169.0.5.1:5000");
      FakeEdge fe = new FakeEdge(ta, ta);
      Connection fcon = new Connection(fe, addr, "structured", null, null);

      List<Connection> overlap = new List<Connection>();
      overlap.Add(fcon);
      TunnelTransportAddress tta = new TunnelTransportAddress(addr, overlap);
      TunnelEdge te1 = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
      Connection t1con = new Connection(te1, addr, "structured", null, null);

      overlap = new List<Connection>();
      overlap.Add(t1con);
      TunnelEdge te2 = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
      Connection t2con = new Connection(te2, addr, "structured", null, null);

      overlap = new List<Connection>();
      overlap.Add(t2con);
      TunnelEdge te3 = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
      Connection t3con = new Connection(te3, addr, "structured", null, null);

      overlap = new List<Connection>();
      overlap.Add(t3con);
      TunnelEdge te4 = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
      Connection t4con = new Connection(te4, addr, "structured", null, null);

      overlap = new List<Connection>();
      overlap.Add(t4con);
      TunnelEdge te5 = new TunnelEdge(null, tta, tta, new SimpleForwarderSelector(), overlap);
      Connection t5con = new Connection(te5, addr, "structured", null, null);

      Assert.AreEqual(te5.ShouldClose(), false, "Shouldn't close yet...");
      te1.DisconnectionHandler(fcon);
      Assert.AreEqual(te5.ShouldClose(), true, "Should close...");

      overlap.Add(t5con);
      overlap.Add(t3con);
      overlap.Add(t1con);
      te2.UpdateNeighborIntersection(overlap);
      Assert.AreEqual(te5.ShouldClose(), true, "Should close... 2");
    }