public void Initialize()
{
Logger.Debug("Initializing Commsubsystem");
Communicator = new Communicator();
EnvelopeQueueDictionary = new EnvelopeQueueDictionary();
Dispatcher = new Dispatcher() { CommSubsystem = this, Label = "Dispatcher" };
ProcessAddressBook = new ProcessAddressBook();
ConversationFactory.CommSubsystem = this;
}
public void BalloonStore_TestLogoutConversation()
{
Communicator mockRegistry = new Communicator() { MinPort = 13000, MaxPort = 13050 };
mockRegistry.Start();
PublicEndPoint mockEp = new PublicEndPoint(String.Format("127.0.0.1:{0}", mockRegistry.Port));
balloonStore.RegistryEndPoint = mockEp;
//test wrong status
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.NotInitialized;
LogoutConversation conv = balloonStore.CommSubsystem.ConversationFactory.CreateFromConversationType<LogoutConversation>();
conv.TargetEndPoint = mockEp;
conv.Launch();
Envelope env = mockRegistry.Receive(1000);
Assert.That(env, Is.Null);
//test successful conversation
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.PlayingGame;
conv = balloonStore.CommSubsystem.ConversationFactory.CreateFromConversationType<LogoutConversation>();
conv.TargetEndPoint = mockEp;
conv.Launch();
env = mockRegistry.Receive(1000);
IPEndPoint balloonStoreEP = env.IPEndPoint;
LogoutRequest req = env.ActualMessage as LogoutRequest;
env = new Envelope()
{
IPEndPoint = balloonStoreEP,
Message = new Reply()
{
ConvId = req.ConvId,
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Success = true
}
};
mockRegistry.Send(env);
Thread.Sleep(2000);
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.Terminating));
mockRegistry.Stop();
}
public void BalloonStore_TestStartGameConversation()
{
Communicator mockRegistry = new Communicator() { MinPort = 13000, MaxPort = 13050 };
mockRegistry.Start();
PublicEndPoint mockEp = new PublicEndPoint(String.Format("127.0.0.1:{0}", mockRegistry.Port));
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.Initializing;
balloonStore.RegistryEndPoint = mockEp;
balloonStore.GetConversation().Launch(); // launch a bogus conversation in order to get the balloon store endpoint
Envelope env = mockRegistry.Receive(1000);
IPEndPoint balloonStoreEP = env.IPEndPoint;
// test successful conversation
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.JoinedGame;
env = new Envelope()
{
IPEndPoint = balloonStoreEP,
Message = new StartGame()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 1 },
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Success = true
}
};
mockRegistry.Send(env);
Thread.Sleep(2000);
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.PlayingGame));
// test failed conversation
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.JoinedGame;
env = new Envelope()
{
IPEndPoint = balloonStoreEP,
Message = new StartGame()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 2 },
MsgId = new MessageNumber() { Pid = 1, Seq = 2 },
Success = false
}
};
mockRegistry.Send(env);
Thread.Sleep(2000);
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.LeavingGame));
mockRegistry.Stop();
}
public void BalloonStore_TestJoinGameConversation()
{
Communicator mockRegistry = new Communicator() { MinPort = 13000, MaxPort = 13050 };
mockRegistry.Start();
PublicEndPoint mockEp = new PublicEndPoint(String.Format("127.0.0.1:{0}", mockRegistry.Port));
balloonStore.ProxyEndPoint = mockEp;
//test wrong status
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.Registered;
JoinGameConversation conv = balloonStore.CommSubsystem.ConversationFactory.CreateFromConversationType<JoinGameConversation>();
conv.ToProcessId = 2;
conv.Launch();
Envelope env = mockRegistry.Receive(1000);
Assert.That(env, Is.Null);
//test successful conversation
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.JoiningGame;
conv = balloonStore.CommSubsystem.ConversationFactory.CreateFromConversationType<JoinGameConversation>();
conv.ToProcessId = GM_ID;
conv.Launch();
env = mockRegistry.Receive(1000);
IPEndPoint balloonStoreEP = env.IPEndPoint;
JoinGameRequest req = env.ActualMessage as JoinGameRequest;
Assert.That(req.GameId, Is.EqualTo(3));
Assert.That(req.Process.LabelAndId, Is.EqualTo(balloonStore.MyProcessInfo.LabelAndId));
env = new Envelope()
{
IPEndPoint = balloonStoreEP,
Message = new JoinGameReply()
{
ConvId = req.ConvId,
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Success = true,
GameId = 3,
InitialLifePoints = 100
}
};
mockRegistry.Send(env);
Thread.Sleep(2000);
Assert.That(balloonStore.Game.GameManagerId, Is.EqualTo(GM_ID));
Assert.That(balloonStore.Game.GameId, Is.EqualTo(GAME_ID));
Assert.That(balloonStore.Game.Status, Is.EqualTo(GameInfo.StatusCode.Available));
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.JoinedGame));
mockRegistry.Stop();
}
public void BalloonStore_TestGameStatusNotification()
{
Communicator mockRegistry = new Communicator() { MinPort = 13000, MaxPort = 13050 };
mockRegistry.Start();
PublicEndPoint mockEp = new PublicEndPoint(String.Format("127.0.0.1:{0}", mockRegistry.Port));
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.Initializing;
balloonStore.RegistryEndPoint = mockEp;
balloonStore.GetConversation().Launch(); // launch a bogus conversation in order to get the balloon store endpoint
Envelope env = mockRegistry.Receive(1000);
IPEndPoint balloonStoreEp = env.IPEndPoint;
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.JoinedGame;
GameInfo gameEnding = new GameInfo()
{
Status = GameInfo.StatusCode.Ending
};
GameInfo gameComplete = new GameInfo()
{
Status = GameInfo.StatusCode.Complete
};
GameInfo gameInProgress = new GameInfo()
{
Status = GameInfo.StatusCode.InProgress
};
// test game ending
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.PlayingGame;
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new GameStatusNotification()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 1 },
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Game = gameEnding
}
};
mockRegistry.Send(env);
Thread.Sleep(2000);
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.LeavingGame));
// test game complete
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.PlayingGame;
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new GameStatusNotification()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 2 },
MsgId = new MessageNumber() { Pid = 1, Seq = 2 },
Game = gameComplete
}
};
mockRegistry.Send(env);
Thread.Sleep(2000);
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.LeavingGame));
// test game in progress
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.JoinedGame;
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new GameStatusNotification()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 3 },
MsgId = new MessageNumber() { Pid = 1, Seq = 3 },
Game = gameInProgress
}
};
mockRegistry.Send(env);
Thread.Sleep(2000);
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.PlayingGame));
mockRegistry.Stop();
}
public void BalloonStore_TestBuyBalloonConversation()
{
Communicator mockRegistry = new Communicator() { MinPort = 13000, MaxPort = 13050 };
mockRegistry.Start();
PublicEndPoint mockEp = new PublicEndPoint(String.Format("127.0.0.1:{0}", mockRegistry.Port));
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.Initializing;
balloonStore.RegistryEndPoint = mockEp;
balloonStore.GetConversation().Launch(); // launch a bogus conversation in order to get the balloon store endpoint
Envelope env = mockRegistry.Receive(1000);
IPEndPoint balloonStoreEp = env.IPEndPoint;
Penny penny = new Penny() { Id = 1 };
// test not in game
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.PlayingGame;
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new BuyBalloonRequest()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 1 },
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Penny = penny
}
};
mockRegistry.Send(env);
BalloonReply reply = mockRegistry.Receive(2000).ActualMessage as BalloonReply;
Assert.That(reply.Balloon, Is.Null);
Assert.That(reply.Success, Is.False);
Assert.That(reply.Note, Is.StringContaining("You are not in the Game"));
// test no balloons
balloonStore.Players.Add(new GameProcessData() { ProcessId = 1 });
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new BuyBalloonRequest()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 1 },
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Penny = penny
}
};
mockRegistry.Send(env);
reply = mockRegistry.Receive(2000).ActualMessage as BalloonReply;
Assert.That(reply.Balloon, Is.Null);
Assert.That(reply.Success, Is.False);
Assert.That(reply.Note, Is.StringContaining("No balloons left in inventory"));
// test cached penny
balloonStore.CachedPennies.Add(penny);
balloonStore.CreateBalloons();
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new BuyBalloonRequest()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 1 },
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Penny = penny
}
};
mockRegistry.Send(env);
reply = mockRegistry.Receive(2000).ActualMessage as BalloonReply;
Assert.That(reply.Balloon, Is.Null);
Assert.That(reply.Success, Is.False);
Assert.That(reply.Note, Is.StringContaining("Invalid Penny, I've seen this one before"));
balloonStore.CachedPennies.Remove(penny);
// test invalid signature
RSACryptoServiceProvider rsa = new RSACryptoServiceProvider();
RSAParameters parameters = rsa.ExportParameters(false);
balloonStore.PennyBankPublicKey = new PublicKey()
{
Exponent = parameters.Exponent,
Modulus = parameters.Modulus
};
penny.DigitalSignature = new byte[] { 1, 2, 3 };
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new BuyBalloonRequest()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 1 },
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Penny = penny
}
};
mockRegistry.Send(env);
reply = mockRegistry.Receive(2000).ActualMessage as BalloonReply;
Assert.That(reply.Balloon, Is.Null);
Assert.That(reply.Success, Is.False);
Assert.That(reply.Note, Is.StringContaining("Invalid Penny, the signature doesn't check out"));
// test valid signature, but failed ValidatePennyConversation
balloonStore.PennyBankEndPoint = balloonStore.RegistryEndPoint;
RSAPKCS1SignatureFormatter rsaSigner = new RSAPKCS1SignatureFormatter(rsa);
rsaSigner.SetHashAlgorithm("SHA1");
SHA1Managed hasher = new SHA1Managed();
byte[] bytes = penny.DataBytes();
byte[] hash = hasher.ComputeHash(bytes);
penny.DigitalSignature = rsaSigner.CreateSignature(hash);
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new BuyBalloonRequest()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 1 },
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Penny = penny
}
};
mockRegistry.Send(env);
// balloon store would have started a PennyValidation conversation
PennyValidation request = mockRegistry.Receive(2000).ActualMessage as PennyValidation;
Assert.That(request.MarkAsUsedIfValid, Is.True);
Assert.That(request.Pennies[0].Id, Is.EqualTo(penny.Id));
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new Reply()
{
ConvId = request.ConvId,
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Success = false
}
};
reply = mockRegistry.Receive(2000).ActualMessage as BalloonReply;
Assert.That(reply.Balloon, Is.Null);
Assert.That(reply.Success, Is.False);
Assert.That(reply.Note, Is.StringContaining("Invalid Penny, PennyBank said no"));
// test successful conversation
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new BuyBalloonRequest()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 1 },
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Penny = penny
}
};
mockRegistry.Send(env);
// balloon store would have started a PennyValidation conversation
request = mockRegistry.Receive(500).ActualMessage as PennyValidation;
Assert.That(request.MarkAsUsedIfValid, Is.True);
Assert.That(request.Pennies[0].Id, Is.EqualTo(penny.Id));
env = new Envelope()
{
IPEndPoint = balloonStoreEp,
Message = new Reply()
{
ConvId = request.ConvId,
MsgId = new MessageNumber() { Pid = 1, Seq = 1 },
Success = true
}
};
mockRegistry.Send(env);
reply = mockRegistry.Receive(2000).ActualMessage as BalloonReply;
Assert.That(reply.Balloon, Is.Not.Null);
Assert.That(reply.Success, Is.True);
Assert.That(reply.Note, Is.StringContaining("Nice doing business"));
Assert.That(balloonStore.CachedPennies.Any(p => p.Id == penny.Id), Is.True);
mockRegistry.Stop();
}
public void BalloonStore_TestAliveConversation()
{
Communicator mockRegistry = new Communicator() { MinPort = 13000, MaxPort = 13050 };
mockRegistry.Start();
PublicEndPoint mockEp = new PublicEndPoint(String.Format("127.0.0.1:{0}", mockRegistry.Port));
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.Initializing;
balloonStore.RegistryEndPoint = mockEp;
balloonStore.GetConversation().Launch(); // launch a bogus conversation in order to get the balloon store endpoint
Envelope env = mockRegistry.Receive(1000);
IPEndPoint balloonStoreEP = env.IPEndPoint;
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.JoinedGame;
env = new Envelope()
{
IPEndPoint = balloonStoreEP,
Message = new AliveRequest()
{
ConvId = new MessageNumber() { Pid = 1, Seq = 1 },
MsgId = new MessageNumber() { Pid = 1, Seq = 1 }
}
};
mockRegistry.Send(env);
env = mockRegistry.Receive(2000);
Assert.That(env, Is.Not.Null);
Reply reply = env.ActualMessage as Reply;
Assert.That(reply.Success, Is.True);
}
public void BalloonStore_TestLoginConversation()
{
Communicator mockRegistry = new Communicator() { MinPort = 13000, MaxPort = 13050 };
mockRegistry.Start();
PublicEndPoint mockEp = new PublicEndPoint(String.Format("127.0.0.1:{0}", mockRegistry.Port));
balloonStore.RegistryEndPoint = mockEp;
balloonStore.MyProcessInfo.Status = ProcessInfo.StatusCode.Initializing;
RequestReply conv = balloonStore.GetConversation();
conv.Launch();
Envelope env = mockRegistry.Receive(1000);
IPEndPoint balloonStoreEP = env.IPEndPoint;
LoginRequest req = env.ActualMessage as LoginRequest;
Assert.That(req.ProcessType, Is.EqualTo(ProcessInfo.ProcessType.BalloonStore));
//send a bad response type
Envelope res = new Envelope()
{
Message = new LoginRequest(),
IPEndPoint = balloonStoreEP
};
mockRegistry.Send(res);
Thread.Sleep(1100);
Assert.That(balloonStore.ProxyEndPoint, Is.Null);
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.Initializing));
conv = balloonStore.GetConversation();
conv.Launch();
env = mockRegistry.Receive(1000);
//send a false success
res = new Envelope()
{
IPEndPoint = balloonStoreEP,
Message = new LoginReply()
{
ProxyEndPoint = mockEp,
Success = false,
ProcessInfo = new ProcessInfo() { ProcessId = 2, Status = ProcessInfo.StatusCode.Registered },
ConvId = new MessageNumber() { Pid = 0, Seq = 2 },
MsgId = new MessageNumber() { Pid = 1, Seq = 2 }
}
};
mockRegistry.Send(res);
Thread.Sleep(1100);
Assert.That(balloonStore.ProxyEndPoint, Is.Null);
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.Initializing));
conv = balloonStore.GetConversation();
conv.Launch();
env = mockRegistry.Receive(100);
//send a good response
res = new Envelope()
{
IPEndPoint = balloonStoreEP,
Message = new LoginReply()
{
ProxyEndPoint = mockEp,
Success = true,
ProcessInfo = new ProcessInfo() { ProcessId = 2, Status = ProcessInfo.StatusCode.Registered },
ConvId = new MessageNumber() { Pid = 0, Seq = 3 },
MsgId = new MessageNumber() { Pid = 1, Seq = 3 }
}
};
mockRegistry.Send(res);
Thread.Sleep(100);
// now execute the next id conversation
env = mockRegistry.Receive(2000);
Assert.That(env, Is.Not.Null);
NextIdRequest idReq = env.ActualMessage as NextIdRequest;
Assert.That(idReq.NumberOfIds, Is.EqualTo(BALLOONS));
env = new Envelope()
{
IPEndPoint = balloonStoreEP,
Message = new NextIdReply()
{
Success = true,
NextId = 5,
ConvId = idReq.ConvId,
MsgId = new MessageNumber() { Pid = 1, Seq = 4 }
}
};
mockRegistry.Send(env);
Thread.Sleep(2000);
Assert.That(balloonStore.ProxyEndPoint, Is.EqualTo(mockEp));
Assert.That(balloonStore.MyProcessInfo.ProcessId, Is.EqualTo(2));
Assert.That(balloonStore.MyProcessInfo.Status, Is.EqualTo(ProcessInfo.StatusCode.Registered));
Assert.That(balloonStore.Balloons.AvailableCount, Is.EqualTo(BALLOONS));
Assert.That(balloonStore.Balloons.Get(5), Is.Not.Null);
mockRegistry.Stop();
}
