public void Test()
{
SimulationTransportAddress.Enable();
SimulationTransportAddressOther.Enable();
TransportAddress tas = TransportAddressFactory.CreateInstance("b.s://234580");
Assert.AreEqual(tas.ToString(), "b.s://234580", "Simulation string");
Assert.AreEqual((tas as SimulationTransportAddress).ID, 234580, "Simulation id");
Assert.AreEqual(TransportAddress.TAType.S, tas.TransportAddressType, "Simulation ta type");
TransportAddress taso = TransportAddressFactory.CreateInstance("b.so://234580");
Assert.AreEqual(taso.ToString(), "b.so://234580", "Simulation string");
Assert.AreEqual((taso as SimulationTransportAddressOther).ID, 234580, "Simulation id");
Assert.AreEqual(TransportAddress.TAType.SO, taso.TransportAddressType, "Simulation ta type");
Assert.AreNotEqual(taso, tas, "TAs not equal");
Assert.AreNotEqual(taso.TransportAddressType, tas.TransportAddressType, "Type not equal");
var tas1 = TransportAddressFactory.CreateInstance("b.s://-234581");
Assert.AreEqual(-234581, (tas1 as SimulationTransportAddress).ID);
var tas2 = (tas as SimulationTransportAddress).Invert();
Assert.AreEqual(tas1, tas2, "Invert equal");
}
static public Node AddNode(Simulator sim, NatTypes type0, NatTypes type1, bool relay)
{
Node node = sim.AddNode();
NatFactory.AddNat(node.EdgeListenerList, type0);
if (relay)
{
Relay.IRelayOverlap ito = new Relay.SimpleRelayOverlap();
EdgeListener el = new Relay.RelayEdgeListener(node, ito);
node.AddEdgeListener(el);
el.Start();
}
if (type1 != NatTypes.Disabled)
{
NodeMapping nm = sim.Nodes[node.Address];
int id = nm.ID;
string tas = SimulationTransportAddress.GetString(TransportAddress.TAType.SO, id);
INat nat = GetNat(TransportAddressFactory.CreateInstance(tas), type1);
SimulationEdgeListener el = new SimulationEdgeListener(id, 0, null,
true, TransportAddress.TAType.SO, nat);
node.AddEdgeListener(el);
el.Start();
}
return(node);
}
public override bool Equals(object o)
{
if (o == this)
{
return(true);
}
SimulationTransportAddress other = o as SimulationTransportAddress;
return(other != null ? ID == other.ID : false);
}
public void Test()
{
SimulationTransportAddress.Enable();
SimulationTransportAddressOther.Enable();
var ta = TransportAddressFactory.CreateInstance("b.s://234580") as SimulationTransportAddress;
var tai = ta.Invert();
TransportAddress[] tas = new TransportAddress[2] {
tai, ta
};
var ta_oth = TransportAddressFactory.CreateInstance("b.s://234581");
var ta_oth0 = TransportAddressFactory.CreateInstance("b.s://234582");
var nat = new SymmetricNat(ta, 30000);
Assert.IsFalse(nat.Incoming(ta_oth), "No outbound yet...");
Assert.IsTrue(nat.Outgoing(ta_oth), "outbound...");
Assert.IsFalse(nat.AllowingIncomingConnections, "SymmetricNat does not allow incoming cons");
Assert.AreEqual(nat.InternalTransportAddresses, nat.KnownTransportAddresses, "ITA and KTA match");
nat.UpdateTAs(ta_oth, ta);
Assert.IsTrue(nat.Incoming(ta_oth), "Allowed incoming");
Assert.IsFalse(nat.Incoming(ta_oth0), "Port mapped systems must send out a packet first...");
Assert.IsFalse(nat.AllowingIncomingConnections, "SymmetricNat does not allow incoming cons");
Assert.AreEqual(tas, nat.KnownTransportAddresses, "Two TAs!");
Assert.IsTrue(nat.Outgoing(ta_oth0), "outbound...");
Brunet.Util.SimpleTimer.RunSteps(7500);
Assert.IsTrue(nat.Incoming(ta_oth0), "Allowed incoming 0");
Brunet.Util.SimpleTimer.RunSteps(7500);
Assert.IsTrue(nat.Incoming(ta_oth0), "Allowed incoming 0");
Brunet.Util.SimpleTimer.RunSteps(7500);
Assert.IsTrue(nat.Incoming(ta_oth0), "Allowed incoming 0");
Brunet.Util.SimpleTimer.RunSteps(7500);
Assert.IsTrue(nat.Incoming(ta_oth0), "Allowed incoming 0");
Assert.IsFalse(nat.AllowingIncomingConnections, "SymmetricNat does not allow incoming cons");
Assert.AreEqual(tas, nat.KnownTransportAddresses, "Two TAs!");
Brunet.Util.SimpleTimer.RunSteps(60000);
Assert.IsFalse(nat.AllowingIncomingConnections, "SymmetricNat does not allow incoming cons");
Assert.IsFalse(nat.Incoming(ta_oth), "Incoming: Timed out....");
}
public void Test()
{
SimulationTransportAddress.Enable();
SimulationTransportAddressOther.Enable();
var ta = TransportAddressFactory.CreateInstance("b.s://234580") as SimulationTransportAddress;
var tai = ta.Invert();
TransportAddress[] tas = new TransportAddress[2] {
tai, ta
};
var ta_oth = TransportAddressFactory.CreateInstance("b.s://234581");
var ta_oth0 = TransportAddressFactory.CreateInstance("b.s://234582");
ConeNat nat = new ConeNat(ta, 30000);
Assert.IsFalse(nat.Incoming(ta_oth), "No outbound yet...");
Assert.IsTrue(nat.Outgoing(ta_oth), "outbound...");
Assert.IsFalse(nat.AllowingIncomingConnections, "Have not received external ta.");
Assert.AreEqual(nat.InternalTransportAddresses, nat.KnownTransportAddresses, "ITA and KTA match");
nat.UpdateTAs(ta_oth, ta);
Assert.IsTrue(nat.Incoming(ta_oth), "Allowed incoming");
Assert.IsTrue(nat.Incoming(ta_oth0), "Allowed incoming 0");
Assert.IsTrue(nat.AllowingIncomingConnections, "Have received external ta.");
Assert.AreEqual(tas, nat.KnownTransportAddresses, "Two TAs!");
Brunet.Util.SimpleTimer.RunSteps(7500);
Assert.IsTrue(nat.Incoming(ta_oth0), "Allowed incoming 0");
Brunet.Util.SimpleTimer.RunSteps(7500);
Assert.IsTrue(nat.Incoming(ta_oth0), "Allowed incoming 0");
Brunet.Util.SimpleTimer.RunSteps(7500);
Assert.IsTrue(nat.Incoming(ta_oth0), "Allowed incoming 0");
Brunet.Util.SimpleTimer.RunSteps(7500);
Assert.IsTrue(nat.Incoming(ta_oth0), "Allowed incoming 0");
Assert.IsTrue(nat.AllowingIncomingConnections, "Have received external ta.");
Assert.AreEqual(tas, nat.KnownTransportAddresses, "Two TAs!");
Brunet.Util.SimpleTimer.RunSteps(60000);
Assert.IsFalse(nat.AllowingIncomingConnections, "AllowIC: Timed out...");
Assert.IsFalse(nat.Incoming(ta_oth), "Incoming: Timed out....");
}
