public DrawingEngine(UdpCommunicator c, Form1.Connectivity connectivity)
{
this.selected = null;
this.offlineShapes = new List <Shape>();
this.com = c;
this.mode = connectivity;
}
static void Main(string[] args)
{
Tuple <string, string> userInput = GetUserInput();
string domainName = userInput.Item1;
string dnsServerIp = userInput.Item2;
try
{
for (int i = 0; i < 100; i++)
{
// use IoC to resolve these...
IUdpCommunicator communicator = new UdpCommunicator();
IDnsString dnsString = new DnsString();
//IStringBuilderObjectPool stringBuilder = new StringBuilderObjectPool();
IDnsDatagramReader reader = new DnsDatagramReader(dnsString);
INetworkMessageProcessor messageProcessor = new DnsQueryMessageProcessor(reader, dnsString);
DnsResolver resolver = new DnsResolver(communicator, messageProcessor);
DnsResponseMessage response = resolver.Resolve(dnsServerIp, domainName);
PrintResult(response);
}
}
catch (Exception e)
{
Console.WriteLine(e);
}
Console.WriteLine("Press any key to exit");
Console.ReadKey();
}
public void UdpCommunicator_ReceivingOfBadMessages()
{
// Setup a socket from which to send bad data
var localEp = new IPEndPoint(IPAddress.Any, 0);
var sender = new UdpClient(localEp);
var commReciever = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope4
};
commReciever.Start();
Random rand = new Random();
short gameId = (short)rand.Next(1, 1000);
byte[] bytesToSend = Encoding.ASCII.GetBytes("Garabage");
var targetIpAddress = new IPEndPoint(IPAddress.Loopback, commReciever.Port);
sender.Send(bytesToSend, bytesToSend.Length, targetIpAddress);
// Give the receiver time to run
Thread.Sleep(100);
// No message should received
Assert.IsNull(_lastIncomingEnvelope4);
sender.Close();
commReciever.Stop();
}
public void TestSendAndReceive()
{
var blockComm1 = new ManualResetEvent(false);
var blockComm2 = new ManualResetEvent(false);
var expectedCount = 0;
var comm1 = new UdpCommunicator(CommEndPoint1, Converter);
var comm2 = new UdpCommunicator(CommEndPoint2, Converter);
comm1.OnEnvelope += (Envelope env) =>
{
blockComm1.Set();
Assert.True(env.MessageContent.SenderId == CommId2);
Assert.True(env.MessageContent.ConversationId == ConvoId);
Assert.True(env.MessageContent.MessageCount == expectedCount);
expectedCount++;
};
comm2.OnEnvelope += (Envelope env) =>
{
blockComm2.Set();
Assert.True(env.MessageContent.SenderId == CommId1);
Assert.True(env.MessageContent.ConversationId == ConvoId);
Assert.True(env.MessageContent.MessageCount == expectedCount);
expectedCount++;
};
comm1.Start();
comm2.Start();
var startMessage = new Message()
{
SenderId = CommId1,
MessageId = MessageType.UNKNOWN,
ConversationId = ConvoId,
MessageCount = expectedCount
};
comm1.SendEnvelope(new Envelope(startMessage, CommEndPoint2));
Assert.True(blockComm2.WaitOne(UdpCommunicator.Timeout * WaitFactor), "Communicator 2 never received message");
var nextMessage = new Message()
{
SenderId = CommId2,
MessageId = MessageType.UNKNOWN,
ConversationId = ConvoId,
MessageCount = expectedCount
};
comm2.SendEnvelope(new Envelope(nextMessage, CommEndPoint1));
Assert.True(blockComm1.WaitOne(UdpCommunicator.Timeout * WaitFactor), "Communicator 1 never received message");
comm1.Stop();
comm2.Stop();
}
public void UserApp_StartGameConversation_Test()
{
//--------------SET UP VARIABLES-------------------//
RegistryData registryData = new RegistryData();
RegistryData.GameInfo gameInfo = new RegistryData.GameInfo();
TestAppWorker testAppWorker = new TestAppWorker(registryData);
testAppWorker.StartTest();
var gameManager = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope1
};
gameManager.Start();
IPEndPoint registryEp = new IPEndPoint(IPAddress.Loopback, testAppWorker.commFacility.udpCommunicator.Port);
IPEndPoint gameManagerEp = new IPEndPoint(IPAddress.Loopback, gameManager.Port);
gameInfo.RemoteEndPoint = gameManagerEp;
gameInfo.GameActive = false;
Assert.IsTrue(registryData.AddGame(gameInfo));
StartGameMessage msg1 = new StartGameMessage(1);
Envelope env1 = new Envelope(msg1, registryEp);
//--------------TEST INITIAL SET UP AND SEND INITIAL MESSAGE-------------------//
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
Assert.IsFalse(gameInfo.GameActive);
gameManager.Send(env1);
Thread.Sleep(1000);
//--------------TEST OUTCOME-------------------//
Assert.AreNotSame(msg1, _lastIncomingEnvelope1);
// Make sure received message isn't null
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
// Make sure received message is AckMessage
Assert.AreEqual(msg1.convId, _lastIncomingEnvelope1.message.convId);
AckMessage msg2 = _lastIncomingEnvelope1.message as AckMessage;
Assert.IsNotNull(msg2);
Assert.IsTrue(gameInfo.GameActive);
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
//--------------CLOSE EVERYTHING-------------------//
testAppWorker.StopTest();
gameManager.Stop();
}
public void UserApp_EndTurnConversation_Test()
{
TestAppWorker testAppWorker = new TestAppWorker();
testAppWorker.StartTest();
var fakeGameManager = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope1
};
fakeGameManager.Start();
IPEndPoint targetEndPoint = new IPEndPoint(IPAddress.Loopback, fakeGameManager.Port);
Message msg1 = new EndTurnMessage(1, 6);
Envelope env = new Envelope(msg1, targetEndPoint);
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
testAppWorker.commFacility.Process(env);
Assert.IsNotNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
Thread.Sleep(100);
Assert.AreNotSame(msg1, _lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
Assert.AreEqual(msg1.msgId, _lastIncomingEnvelope1.message.msgId);
Assert.AreEqual(msg1.convId, _lastIncomingEnvelope1.message.convId);
}
public void Start()
{
var converter = new JsonMessageConverter();
var comm = new UdpCommunicator(new IPEndPoint(IPAddress.Any, 4000), converter);
comm.Start();
var router = new MessageRouter(comm);
var content = new Content()
{
FileName = "test_file.txt",
ByteSize = 1024,
ContentHash = new byte[] { 0xDE, 0xAD, 0xBE, 0xEF },
Description = "Test file",
LocalPath = "."
};
var chunks = new HashSet <int>(new List <int>()
{
0, 1, 2, 3
});
var worker = new ChunkReceiver(content, chunks, new Guid("11f684d9-53a5-4fd9-948f-5526e881f60c"));
router.AddConversation(worker, new IPEndPoint(IPAddress.Loopback, 4001));
Console.ReadLine();
comm.Stop();
}
public JoinRoom(Dictionary <int, Room> r, UdpCommunicator c)
{
InitializeComponent();
//this.available = rooms;
this.boxes = r;
this.roomsLabel.Text = RoomsToString();
this.com = c;
}
public DrawingRoom(string s, IPEndPoint e, UdpCommunicator c)
{
InitializeComponent();
this.self = s;
this.ownIp = e;
this.com = c;
}
public void UdpCommunicator_Multicast()
{
var commSender = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = NoOp
};
commSender.Start();
var commReciever = new UdpCommunicator()
{
MinPort = 5000,
MaxPort = 5000,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope5
};
commReciever.Start();
Random rand = new Random();
short gameId = (short)rand.Next(1, 1000);
// Note, we can't test multiple receivers on the same host (localhost), because the
// port number has to be the same for all receivers
// Have the receivers join a Group Multicast address
var multiCastAddress = new IPAddress(new byte[] { 224, 1, 1, 2 });
commReciever.JoinMulticastGroup(multiCastAddress);
// Send message to Group Multicast address
var msg = new StartGameMessage(gameId);
var targetEndPoint = new IPEndPoint(IPAddress.Loopback, 5000);
var env = new Envelope(msg, targetEndPoint);
commSender.Send(env);
Thread.Sleep(100);
Assert.AreNotSame(msg, _lastIncomingEnvelope5);
Assert.IsNotNull(_lastIncomingEnvelope5);
Assert.IsNotNull(_lastIncomingEnvelope5.message);
Assert.AreEqual(msg.msgId, _lastIncomingEnvelope5.message.msgId);
Assert.AreEqual(msg.convId, _lastIncomingEnvelope5.message.convId);
StartGameMessage msg2 = _lastIncomingEnvelope5.message as StartGameMessage;
Assert.IsNotNull(msg2);
Assert.AreEqual(msg.GameId, msg2.GameId);
commReciever.DropMulticastGroup(multiCastAddress);
commReciever.Stop();
commSender.Stop();
}
public void UserApp_JoinGameConversation_Test()
{
TestAppWorker testAppWorker = new TestAppWorker();
testAppWorker.StartTest();
var fakeRegistry = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope1
};
fakeRegistry.Start();
IPEndPoint targetEndPoint = new IPEndPoint(IPAddress.Loopback, fakeRegistry.Port);
Message msg1 = new RequestGameMessage();
Envelope env = new Envelope(msg1, targetEndPoint);
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
testAppWorker.commFacility.Process(env);
Assert.IsNotNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
Thread.Sleep(100);
Assert.AreNotSame(msg1, _lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
Assert.AreEqual(msg1.msgId, _lastIncomingEnvelope1.message.msgId);
Assert.AreEqual(msg1.convId, _lastIncomingEnvelope1.message.convId);
RequestGameMessage msg2 = _lastIncomingEnvelope1.message as RequestGameMessage;
Assert.IsNotNull(msg2);
GameInfoMessage msg3 = new GameInfoMessage(msg1.convId, 1, 1, "GMAddress", "UAAddress");
Assert.AreNotSame((IPEndPoint)fakeRegistry._myUdpClient.Client.LocalEndPoint, _lastIncomingEnvelope1.remoteEndPoint);
Envelope env2 = new Envelope(msg3, _lastIncomingEnvelope1.remoteEndPoint);
fakeRegistry.Send(env2);
Thread.Sleep(100);
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
fakeRegistry.Stop();
testAppWorker.StopTest();
}
public void Registry_JoinGameConversation_Test()
{
IPEndPoint registryEndPoint = new IPEndPoint(IPAddress.Parse("127.0.0.1"), 11000);
RegistryData registryData = new RegistryData();
TestAppWorker testAppWorker = new TestAppWorker(registryData, registryEndPoint);
testAppWorker.StartTest();
var comm1 = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope1
};
comm1.Start();
Message msg1 = new RequestGameMessage();
Envelope env = new Envelope(msg1, registryEndPoint);
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
Assert.IsNull(registryData.GetAvailableGameManager());
comm1.Send(env);
Thread.Sleep(1000);
/*
* //The conversation happens to fast. After the sleep, the conv is already gone
* Assert.IsNotNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
*/
Assert.AreNotSame(msg1, _lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
Assert.AreEqual(msg1.convId, _lastIncomingEnvelope1.message.convId);
GameInfoMessage msg2 = _lastIncomingEnvelope1.message as GameInfoMessage;
Assert.IsNotNull(msg2);
Assert.IsNotNull(registryData.GetAvailableGameManager());
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
//-------------STOPPING------------//
testAppWorker.StopTest();
comm1.Stop();
}
public void TestStartAndStop()
{
var blockComm = new ManualResetEvent(false);
var comm = new UdpCommunicator(CommEndPoint1, Converter);
Assert.False(comm.IsRunning);
comm.Start();
Thread.Yield();
Assert.True(comm.IsRunning);
comm.Stop();
Thread.Yield();
Assert.False(comm.IsRunning);
}
public void UdpCommTest()
{
//Create 4 queue for both systems
EnvelopeQueue inQ1 = new EnvelopeQueue();
EnvelopeQueue outQ1 = new EnvelopeQueue();
EnvelopeQueue inQ2 = new EnvelopeQueue();
EnvelopeQueue outQ2 = new EnvelopeQueue();
//Create the communicators
UdpCommunicator udpCom1 = new UdpCommunicator(inQ1, outQ1, new IPEndPoint(IPAddress.Loopback, 0));
UdpCommunicator udpCom2 = new UdpCommunicator(inQ2, outQ2, new IPEndPoint(IPAddress.Loopback, 0));
//Start communicators
udpCom1.startThreads();
udpCom2.startThreads();
//Create a message to send.
AssignIdMessage mess = new AssignIdMessage(4, new byte[] { 0x1, 0x3 }, new byte[] { 0x1, 0x2 }, new Identifier(1, 1), new Identifier(1, 1));
//Try to send a message between them
Envelope env = new Envelope(mess, udpCom1.GetEndPoint(), udpCom2.GetEndPoint(), false);
outQ1.Enqueue(env);
//Wait for the message.
Thread.Sleep(4000);
//Make sure we received something.
Assert.IsTrue(!inQ2.IsEmpty);
//Check the message.
Envelope tmpEnv;
inQ2.TryDequeue(out tmpEnv);
Assert.AreEqual(mess.getId(), ((AssignIdMessage)tmpEnv.Message).getId());
udpCom1.closeCommunicator();
udpCom2.closeCommunicator();
}
public Form1()
{
InitializeComponent();
seederDataGridView.CellFormatting += formatBytes;
this.FormClosing += CleanUp;
persistenceManager = new PersistenceManager();
persistenceManager.Clear(PersistenceManager.StorageType.Remote);
seederDataGridView.DataSource = persistenceManager.ReadContent().LocalContent;
searchDataGridView.DataSource = persistenceManager.ReadContent().RemoteContent;
converter = new JsonMessageConverter();
comm = new UdpCommunicator(new IPEndPoint(IPAddress.Any, Properties.Settings.Default.HostPort), converter);
comm.Start();
router = new MessageRouter(comm);
router.OnConversationRequest += HandleNewConversation;
RegistryEndpoint = new IPEndPoint(IPAddress.Parse(Properties.Settings.Default.RegistryAddress), Properties.Settings.Default.RegistryPort);
}
public void UdpSendReceiveTest()
{
var testGuid = Guid.NewGuid();
IPEndPoint ep = new IPEndPoint(IPAddress.Parse("127.0.0.1"), 12000);
Message message = new CanvasMessage()
{
ConversationId = new Tuple <Guid, short>(testGuid, 1),
MessageNumber = new Tuple <Guid, short>(testGuid, 1),
CanvasId = 1
};
Envelope envelope = new Envelope()
{
RemoteEP = ep, Message = message
};
UdpCommunicator communicator1 = new UdpCommunicator()
{
EnvelopeHandler = FirstEnvelope
};
communicator1.SetPort(12001);
communicator1.Start();
UdpCommunicator communicator2 = new UdpCommunicator()
{
EnvelopeHandler = SecondEnvelope
};
communicator2.SetPort(12000);
communicator2.Start();
Thread.Sleep(2000);
communicator1.Send(envelope);
Thread.Sleep(1000);
Assert.IsNotNull(envelope2);
Assert.IsNotNull(envelope2.Message);
Assert.AreEqual(envelope.Message.ConversationId, envelope2.Message.ConversationId);
Assert.AreEqual(envelope.Message.MessageNumber, envelope2.Message.MessageNumber);
Assert.AreEqual((envelope.Message as CanvasMessage).CanvasId, (envelope2.Message as CanvasMessage).CanvasId);
}
public void Start()
{
var converter = new JsonMessageConverter();
var comm = new UdpCommunicator(new IPEndPoint(IPAddress.Any, 4001), converter);
comm.Start();
var router = new MessageRouter(comm);
router.OnConversationRequest += HandleNewConversation;
ContentInfo = new Content()
{
FileName = "test_file.txt",
ByteSize = 1024,
ContentHash = new byte[] { 0xDE, 0xAD, 0xBE, 0xEF },
Description = "Test file",
LocalPath = "TestData"
};
Console.ReadLine();
comm.Stop();
}
public void UdpCommunicator_SendingOfBadEnvelopes()
{
var commSender = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = NoOp
};
commSender.Start();
var commReciever = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope3
};
commReciever.Start();
Random rand = new Random();
short gameId = (short)rand.Next(1, 1000);
// Send a message to a non-existant remote end point
// Expected behavior - no error, but no delivery
var msg = new StartGameMessage(gameId);
var targetEndPoint = new IPEndPoint(IPAddress.Loopback, 1012);
var env = new Envelope(msg, targetEndPoint);
var error = commSender.Send(env);
Assert.IsNull(error);
Assert.IsNull(_lastIncomingEnvelope3);
// Send a message to a remote end point with a 0 for the port
// Expected behavior - error
env.remoteEndPoint = new IPEndPoint(IPAddress.Loopback, 0);
error = commSender.Send(env);
Assert.IsNotNull(error);
Assert.IsNull(_lastIncomingEnvelope3);
// Send a message to a remote end point with a 0.0.0.0 for the address
// Expected behavior - error
env.remoteEndPoint = new IPEndPoint(IPAddress.Any, 1245);
error = commSender.Send(env);
Assert.IsNotNull(error);
Assert.IsNull(_lastIncomingEnvelope3);
// Send to a null remote end point
// Expected behavior -- error
env.remoteEndPoint = null;
error = commSender.Send(env);
Assert.IsNotNull(error);
Assert.IsNull(_lastIncomingEnvelope3);
// Send a null message
// Expected behavior -- error
env.message = null;
env.remoteEndPoint = new IPEndPoint(IPAddress.Loopback, 1012);
error = commSender.Send(env);
Assert.IsNotNull(error);
Assert.IsNull(_lastIncomingEnvelope3);
// Send a null envelope
// Expected behavior -- error
error = commSender.Send(null);
Assert.IsNotNull(error);
Assert.IsNull(_lastIncomingEnvelope3);
commSender.Stop();
commReciever.Stop();
}
public void UdpCommunicator_SimpleSendReceives()
{
var comm1 = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope1
};
comm1.Start();
var comm2 = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope2
};
comm2.Start();
Random rand = new Random();
short gameId = (short)rand.Next(1, 1000);
StartGameMessage msg = new StartGameMessage(gameId);
IPEndPoint targetEndPoint = new IPEndPoint(IPAddress.Loopback, comm2.Port);
Envelope env = new Envelope(msg, targetEndPoint);
comm1.Send(env);
Thread.Sleep(100);
Assert.AreNotSame(msg, _lastIncomingEnvelope2);
Assert.IsNotNull(_lastIncomingEnvelope2);
Assert.IsNotNull(_lastIncomingEnvelope2.message);
Assert.AreEqual(msg.msgId, _lastIncomingEnvelope2.message.msgId);
Assert.AreEqual(msg.convId, _lastIncomingEnvelope2.message.convId);
StartGameMessage msg2 = _lastIncomingEnvelope2.message as StartGameMessage;
Assert.IsNotNull(msg2);
Assert.AreEqual(msg.GameId, msg2.GameId);
AckMessage msg3 = new AckMessage(msg2.convId, msg2.GameId);
Assert.AreNotEqual(msg2.msgId, msg3.msgId);
Assert.AreEqual(msg2.convId, msg3.convId);
targetEndPoint = new IPEndPoint(IPAddress.Loopback, comm1.Port);
Envelope env3 = new Envelope(msg3, targetEndPoint);
comm2.Send(env3);
Thread.Sleep(100);
Assert.AreNotSame(msg3, _lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
Assert.AreEqual(msg3.msgId, _lastIncomingEnvelope1.message.msgId);
Assert.AreEqual(msg3.convId, _lastIncomingEnvelope1.message.convId);
AckMessage msg4 = _lastIncomingEnvelope1.message as AckMessage;
Assert.IsNotNull(msg4);
Assert.AreEqual(msg3.GameId, msg4.GameId);
comm1.Stop();
comm2.Stop();
}
public Registry()
{
Converter = new JsonMessageConverter();
Communicator = new UdpCommunicator(new IPEndPoint(IPAddress.Any, 5000), Converter);
Router = new MessageRouter(Communicator);
}
public void UserApp_StartGameConversation_Test()
{
//--------------SET UP VARIABLES-------------------//
UserInfo userInfo = new UserInfo()
{
PlayerId = 0,
CurrentPlayerId = -1,
AcceptUserInput = false
};
TestAppWorker testAppWorker = new TestAppWorker(userInfo);
testAppWorker.StartTest();
var gameManager = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope1
};
gameManager.Start();
IPEndPoint userAppEp = new IPEndPoint(IPAddress.Loopback, testAppWorker.commFacility.udpCommunicator.Port);
testAppWorker.UserInfo.GameManagerEP = new IPEndPoint(IPAddress.Loopback, gameManager.Port);
StartGameMessage msg1 = new StartGameMessage(1);
Envelope env1 = new Envelope(msg1, userAppEp);
//--------------TEST INITIAL SET UP AND SEND INITIAL MESSAGE-------------------//
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
gameManager.Send(env1);
Thread.Sleep(1000);
//--------------TEST OUTCOME-------------------//
Assert.IsTrue(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId) is StartGameConversation);
Assert.AreNotSame(msg1, _lastIncomingEnvelope1);
// Make sure received message isn't null
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
// Make sure received message is AckMessage
Assert.AreEqual(msg1.convId, _lastIncomingEnvelope1.message.convId);
AckMessage msg2 = _lastIncomingEnvelope1.message as AckMessage;
Assert.IsNotNull(msg2);
//--------------SEND START GAME STATE UPDATE MESSAGE-------------------//
GameStateUpdateMessage msg3 = new GameStateUpdateMessage(msg1.convId, 1, 0, new short[4], new short[4], new short[84], 0, "TEST APP MOVE");
Envelope env2 = new Envelope(msg3, _lastIncomingEnvelope1.remoteEndPoint);
_lastIncomingEnvelope1 = null;
// User should not know it is their turn
Assert.IsFalse(userInfo.IsTurn);
gameManager.Send(env2);
Thread.Sleep(1000);
//--------------TEST OUTCOME-------------------//
// User should know it is their turn
Assert.IsTrue(userInfo.IsTurn);
Assert.AreNotSame(msg1, _lastIncomingEnvelope1);
// Make sure received message isn't null
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
// Make sure received message is AckMessage
Assert.AreEqual(msg1.convId, _lastIncomingEnvelope1.message.convId);
AckMessage msg4 = _lastIncomingEnvelope1.message as AckMessage;
Assert.IsNotNull(msg4);
//--------------SEND FIRST PLAYER GO ACK MESSAGE-------------------//
AckMessage msg5 = new AckMessage(msg1.convId, msg1.GameId);
Envelope env3 = new Envelope(msg5, _lastIncomingEnvelope1.remoteEndPoint);
_lastIncomingEnvelope1 = null;
// Check user isn't able to input
Assert.IsFalse(userInfo.AcceptUserInput);
gameManager.Send(env3);
Thread.Sleep(1000);
//--------------TEST OUTCOME-------------------//
// Check user is able to input
Assert.IsTrue(userInfo.AcceptUserInput);
// Check conversation ended
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
//--------------CLOSE EVERYTHING-------------------//
testAppWorker.StopTest();
gameManager.Stop();
}
public void UdpAndTcpTest()
{
//Create 4 queue for both systems
EnvelopeQueue inQ1A = new EnvelopeQueue();
EnvelopeQueue outQ1A = new EnvelopeQueue();
EnvelopeQueue inQ2A = new EnvelopeQueue();
EnvelopeQueue outQ2A = new EnvelopeQueue();
//Create the communicators
TcpCommunicator tcpCom1 = new TcpCommunicator(inQ1A, outQ1A, new IPEndPoint(IPAddress.Loopback, 2210)); //Sender 1
TcpCommunicator tcpCom2 = new TcpCommunicator(inQ2A, outQ2A, new IPEndPoint(IPAddress.Loopback, 2211)); //Reciever2
//Create the communicators
UdpCommunicator udpCom1 = new UdpCommunicator(inQ1A, outQ1A, new IPEndPoint(IPAddress.Loopback, 2212)); //Sender 1
UdpCommunicator udpCom2 = new UdpCommunicator(inQ2A, outQ2A, new IPEndPoint(IPAddress.Loopback, 2213)); //Reciever2
//Start communicator threads
tcpCom1.startThreads();
tcpCom2.startThreads();
udpCom1.startThreads();
udpCom2.startThreads();
//Create the messages
AssignIdMessage mess1 = new AssignIdMessage(1, new byte[] { 0x1, 0x3 }, new byte[] { 0x1, 0x2 }, new Identifier(1, 1), new Identifier(1, 1));
AssignIdMessage mess2 = new AssignIdMessage(2, new byte[] { 0x1, 0x3 }, new byte[] { 0x1, 0x2 }, new Identifier(1, 1), new Identifier(1, 1));
AssignIdMessage mess3 = new AssignIdMessage(3, new byte[] { 0x1, 0x3 }, new byte[] { 0x1, 0x2 }, new Identifier(1, 1), new Identifier(1, 1));
AssignIdMessage mess4 = new AssignIdMessage(4, new byte[] { 0x1, 0x3 }, new byte[] { 0x1, 0x2 }, new Identifier(1, 1), new Identifier(1, 1));
//Make the Envelopes
Envelope env1 = new Envelope(mess1, udpCom1.GetEndPoint(), udpCom2.GetEndPoint(), false);
Envelope env2 = new Envelope(mess2, udpCom1.GetEndPoint(), udpCom2.GetEndPoint(), false);
Envelope env3 = new Envelope(mess3, tcpCom1.getListenerEndPoint(), tcpCom2.getListenerEndPoint(), true);
Envelope env4 = new Envelope(mess4, tcpCom1.getListenerEndPoint(), tcpCom2.getListenerEndPoint(), true);
//Put in sending Q.
outQ1A.Enqueue(env1);
outQ1A.Enqueue(env3);
outQ1A.Enqueue(env2);
outQ1A.Enqueue(env4);
Thread.Sleep(3000); //Wait for messages to send.
//Pull out messages
Envelope tmpEnv1;
Envelope tmpEnv2;
Envelope tmpEnv3;
Envelope tmpEnv4;
//Is there something in the Q?
Assert.IsTrue(!inQ2A.IsEmpty);
inQ2A.TryDequeue(out tmpEnv1);
inQ2A.TryDequeue(out tmpEnv2);
inQ2A.TryDequeue(out tmpEnv3);
inQ2A.TryDequeue(out tmpEnv4);
Console.WriteLine(((AssignIdMessage)tmpEnv1.Message).getId());
Assert.IsTrue(1 == ((AssignIdMessage)tmpEnv1.Message).getId() | 2 == ((AssignIdMessage)tmpEnv1.Message).getId() | 3 == ((AssignIdMessage)tmpEnv1.Message).getId() | 4 == ((AssignIdMessage)tmpEnv1.Message).getId());
Assert.IsTrue(1 == ((AssignIdMessage)tmpEnv2.Message).getId() | 2 == ((AssignIdMessage)tmpEnv2.Message).getId() | 3 == ((AssignIdMessage)tmpEnv2.Message).getId() | 4 == ((AssignIdMessage)tmpEnv2.Message).getId());
Assert.IsTrue(1 == ((AssignIdMessage)tmpEnv3.Message).getId() | 2 == ((AssignIdMessage)tmpEnv3.Message).getId() | 3 == ((AssignIdMessage)tmpEnv3.Message).getId() | 4 == ((AssignIdMessage)tmpEnv3.Message).getId());
Assert.IsTrue(1 == ((AssignIdMessage)tmpEnv4.Message).getId() | 2 == ((AssignIdMessage)tmpEnv4.Message).getId() | 3 == ((AssignIdMessage)tmpEnv4.Message).getId() | 4 == ((AssignIdMessage)tmpEnv4.Message).getId());
tcpCom1.closeCommunicator();
tcpCom2.closeCommunicator();
udpCom1.closeCommunicator();
udpCom2.closeCommunicator();
}
public void GameManager_StartGameConversation_Test()
{
//--------------SET UP VARIABLES-------------------//
string[] args = { "Test Arguments" };
GameInfo gameInfo = new GameInfo();
TestAppWorker testAppWorker = new TestAppWorker(args, gameInfo);
testAppWorker.StartTest();
var ua1 = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope1
};
var ua2 = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope2
};
var ua3 = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope3
};
var ua4 = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope4
};
var registry = new UdpCommunicator()
{
MinPort = 10000,
MaxPort = 10999,
Timeout = 1000,
EnvelopeHandler = ProcessEnvelope5
};
ua1.Start();
ua2.Start();
ua3.Start();
ua4.Start();
registry.Start();
IPEndPoint ua1Ep = new IPEndPoint(IPAddress.Loopback, ua1.Port);
IPEndPoint ua2Ep = new IPEndPoint(IPAddress.Loopback, ua2.Port);
IPEndPoint ua3Ep = new IPEndPoint(IPAddress.Loopback, ua3.Port);
IPEndPoint ua4Ep = new IPEndPoint(IPAddress.Loopback, ua4.Port);
IPEndPoint registryEp = new IPEndPoint(IPAddress.Loopback, registry.Port);
Assert.IsTrue(gameInfo.UserEndPoints.TryAdd(0, ua1Ep));
Assert.IsTrue(gameInfo.UserEndPoints.TryAdd(1, ua2Ep));
Assert.IsTrue(gameInfo.UserEndPoints.TryAdd(2, ua3Ep));
Assert.IsTrue(gameInfo.UserEndPoints.TryAdd(3, ua4Ep));
StartGameMessage msg1 = new StartGameMessage(1);
Envelope env1 = new Envelope(msg1, registryEp);
//--------------TEST INITIAL SET UP AND START CONVERSATION-------------------//
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
testAppWorker.commFacility.Process(env1);
Thread.Sleep(1000);
//--------------TEST OUTCOME-------------------//
Assert.IsTrue(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId) is StartGameConversation);
Assert.AreNotSame(msg1, _lastIncomingEnvelope1);
Assert.AreNotSame(msg1, _lastIncomingEnvelope2);
Assert.AreNotSame(msg1, _lastIncomingEnvelope3);
Assert.AreNotSame(msg1, _lastIncomingEnvelope4);
Assert.AreNotSame(msg1, _lastIncomingEnvelope5);
// Make sure received messages aren't null
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
Assert.IsNotNull(_lastIncomingEnvelope2);
Assert.IsNotNull(_lastIncomingEnvelope2.message);
Assert.IsNotNull(_lastIncomingEnvelope3);
Assert.IsNotNull(_lastIncomingEnvelope3.message);
Assert.IsNotNull(_lastIncomingEnvelope4);
Assert.IsNotNull(_lastIncomingEnvelope4.message);
Assert.IsNotNull(_lastIncomingEnvelope5);
Assert.IsNotNull(_lastIncomingEnvelope5.message);
// Make sure received messages are StartGameMessages
Assert.AreEqual(msg1.convId, _lastIncomingEnvelope1.message.convId);
StartGameMessage msg2 = _lastIncomingEnvelope1.message as StartGameMessage;
Assert.IsNotNull(msg2);
msg2 = _lastIncomingEnvelope2.message as StartGameMessage;
Assert.IsNotNull(msg2);
msg2 = _lastIncomingEnvelope3.message as StartGameMessage;
Assert.IsNotNull(msg2);
msg2 = _lastIncomingEnvelope4.message as StartGameMessage;
Assert.IsNotNull(msg2);
msg2 = _lastIncomingEnvelope5.message as StartGameMessage;
Assert.IsNotNull(msg2);
//--------------SEND START ACK MESSAGE-------------------//
AckMessage msg3 = new AckMessage(msg1.convId, msg1.GameId);
Envelope env2 = new Envelope(msg3, _lastIncomingEnvelope1.remoteEndPoint);
_lastIncomingEnvelope1 = null;
_lastIncomingEnvelope2 = null;
_lastIncomingEnvelope3 = null;
_lastIncomingEnvelope4 = null;
_lastIncomingEnvelope5 = null;
ua1.Send(env2);
ua2.Send(env2);
ua3.Send(env2);
ua4.Send(env2);
registry.Send(env2);
Thread.Sleep(1000);
//--------------TEST OUTCOME-------------------//
Assert.AreNotSame(msg1, _lastIncomingEnvelope1);
Assert.AreNotSame(msg1, _lastIncomingEnvelope2);
Assert.AreNotSame(msg1, _lastIncomingEnvelope3);
Assert.AreNotSame(msg1, _lastIncomingEnvelope4);
Assert.AreNotSame(msg1, _lastIncomingEnvelope5);
// Make sure received messages aren't null, except registry's
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
Assert.IsNotNull(_lastIncomingEnvelope2);
Assert.IsNotNull(_lastIncomingEnvelope2.message);
Assert.IsNotNull(_lastIncomingEnvelope3);
Assert.IsNotNull(_lastIncomingEnvelope3.message);
Assert.IsNotNull(_lastIncomingEnvelope4);
Assert.IsNotNull(_lastIncomingEnvelope4.message);
Assert.IsNull(_lastIncomingEnvelope5);
// Make sure received messages are StartGameMessages
Assert.AreEqual(msg1.convId, _lastIncomingEnvelope1.message.convId);
GameStateUpdateMessage msg4;
msg4 = _lastIncomingEnvelope1.message as GameStateUpdateMessage;
Assert.IsNotNull(msg4);
msg4 = _lastIncomingEnvelope2.message as GameStateUpdateMessage;
Assert.IsNotNull(msg4);
msg4 = _lastIncomingEnvelope3.message as GameStateUpdateMessage;
Assert.IsNotNull(msg4);
msg4 = _lastIncomingEnvelope4.message as GameStateUpdateMessage;
Assert.IsNotNull(msg4);
//--------------SEND UPDATE ACK MESSAGE-------------------//
AckMessage msg5 = new AckMessage(msg1.convId, msg1.GameId);
Envelope env3 = new Envelope(msg5, _lastIncomingEnvelope1.remoteEndPoint);
_lastIncomingEnvelope1 = null;
_lastIncomingEnvelope2 = null;
_lastIncomingEnvelope3 = null;
_lastIncomingEnvelope4 = null;
_lastIncomingEnvelope5 = null;
ua1.Send(env3);
ua2.Send(env3);
ua3.Send(env3);
ua4.Send(env3);
Thread.Sleep(1000);
//--------------TEST OUTCOME-------------------//
Assert.AreNotSame(msg1, _lastIncomingEnvelope1);
Assert.AreNotSame(msg1, _lastIncomingEnvelope2);
Assert.AreNotSame(msg1, _lastIncomingEnvelope3);
Assert.AreNotSame(msg1, _lastIncomingEnvelope4);
Assert.AreNotSame(msg1, _lastIncomingEnvelope5);
// Make sure all received messages are null except ua1's
Assert.IsNotNull(_lastIncomingEnvelope1);
Assert.IsNotNull(_lastIncomingEnvelope1.message);
Assert.IsNull(_lastIncomingEnvelope2);
Assert.IsNull(_lastIncomingEnvelope3);
Assert.IsNull(_lastIncomingEnvelope4);
Assert.IsNull(_lastIncomingEnvelope5);
// Check conversation ended
Assert.IsNull(testAppWorker.commFacility.convDictionary.GetConv(msg1.convId));
//--------------CLOSE EVERYTHING-------------------//
testAppWorker.StopTest();
ua1.Stop();
ua2.Stop();
ua3.Stop();
ua4.Stop();
registry.Stop();
}
