public void Receive_ReplyToReceivedObject_ObjectIsSentBack()
{
//Arrange
string replayPayload = null;
Client client = new Client("10.0.0.1", 123);
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel()
.OnSendHandle((Client, payload) => replayPayload = payload);
//Act
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
transport.Receive <MockObjectMessage>()
.Reply(o =>
{
MockObjectMessage sendBack = new MockObjectMessage();
sendBack.Property1_string = "Reply message";
sendBack.Property2_int = 12;
sendBack.Property3_decimal = 1.33M;
return(sendBack);
})
.Execute();
networkChannel.SimulateClientConnect(client);
networkChannel.SimulateClientResponse(client,
"OTransport.tests.MockObjectMessage, ObjectTransport.Test, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null::{\"Property1_string\":\"Test String\",\"Property2_int\":12,\"Property3_decimal\":1.33}"
);
//Assert
Assert.AreEqual("OTransport.tests.MockObjectMessage, ObjectTransport.Test, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null::{\"Property1_string\":\"Reply message\",\"Property2_int\":12,\"Property3_decimal\":1.33}", replayPayload);
}
public void Receive_ObjectType_ObjectReceiveFunctionExecuted()
{
//Arrange
Client client = new Client("10.0.0.1", 123);
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel();
MockObjectMessage receive = new MockObjectMessage();
//Act
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
transport.Receive <MockObjectMessage>(o =>
{
receive = o;
}
)
.Execute();
networkChannel.SimulateClientConnect(client);
networkChannel.SimulateClientResponse(client,
"OTransport.tests.MockObjectMessage, ObjectTransport.Test, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null::{\"Property1_string\":\"Test String\",\"Property2_int\":12,\"Property3_decimal\":1.33}"
);
//Assert
Assert.AreEqual("Test String", receive.Property1_string);
Assert.AreEqual(12, receive.Property2_int);
Assert.AreEqual(1.33M, receive.Property3_decimal);
}
public void TCPClient_SendUnreliably_ExceptionThrown()
{
//Arrange
Client client = null;
Client clientDisconnect = null;
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(Server);
serverObjectTransport.Start("127.0.0.1", 0);
ObjectTransport clientObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(Client1);
clientObjectTransport.OnClientDisconnect(c => clientDisconnect = c);
clientObjectTransport.Start("127.0.0.1", Server.LocalPort);
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 1);
client = clientObjectTransport.GetConnectedClients().First();
Utilities.WaitFor(ref client);
var message = new MockObjectMessage();
//Act
clientObjectTransport.Send(message)
.Unreliable()
.Execute();
}
public void TCPClient_ObjectTransportStartCalled_ServerIsAddedAsClient()
{
//Arrange
Client client = null;
server.Start("127.0.0.1", 0);
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(server);
ObjectTransport clientObjectTransport = TestObjectTransportFactory.CreateNewObjectTransportTCPclient();
clientObjectTransport.Start("127.0.0.1", server.LocalPort);
//When the start method is called, there should be clients
client = clientObjectTransport.GetConnectedClients().First();
Utilities.WaitFor(ref client);
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 1);
//Act
//Assert
Assert.AreEqual(client.IPAddress, "127.0.0.1");
Assert.AreEqual(client.Port, server.LocalPort);
}
public void SendWithResponse_ObjectWithPropertiesSet_PayloadWithObjectAndTokenSent()
{
//Arrange
var sentPayload = string.Empty;
var client = new Client("10.0.0.1", 123);
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel()
.OnSendHandle((Client, payload) => sentPayload = payload);
MockObjectMessage sendObject = new MockObjectMessage();
sendObject.Property1_string = "Test String";
sendObject.Property2_int = 12;
sendObject.Property3_decimal = 1.33M;
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
networkChannel.SimulateClientConnect(client);
//Act
transport.Send(sendObject)
.Response <MockObjectMessage>(o => o.GetType())
.Execute();
Utilities.WaitFor(ref sentPayload);
//Assert
Regex rgx = new Regex(typeof(MockObjectMessage).AssemblyQualifiedName + "::(.*)::{\"Property1_string\":\"Test String\",\"Property2_int\":12,\"Property3_decimal\":1.33}");
Assert.IsTrue(rgx.IsMatch(sentPayload));
}
public void SendReceiveThroughChannel_ObjectTransportConnectedChannel_ObjectSentAndReceivedBetweenClients()
{
//Arrange
var joinedNetworkChannels = MockNetworkChannelFactory.GetConnectedChannels();
MockObjectMessage sendMessage = new MockObjectMessage();
sendMessage.Property1_string = "test send";
sendMessage.Property2_int = 123;
sendMessage.Property3_decimal = 56M;
MockObjectMessage receivedMessage = null;
//Act
ObjectTransport client1 = TestObjectTransportFactory.CreateNewObjectTransport(joinedNetworkChannels.Item1);
client1.Receive <MockObjectMessage>(o =>
{
receivedMessage = o;
})
.Execute();
ObjectTransport client2 = TestObjectTransportFactory.CreateNewObjectTransport(joinedNetworkChannels.Item2);
client2.Send(sendMessage)
.Execute();
Utilities.WaitFor(ref receivedMessage);
//Assert
Assert.AreEqual(sendMessage.Property3_decimal, receivedMessage.Property3_decimal);
Assert.AreEqual(sendMessage.Property1_string, receivedMessage.Property1_string);
Assert.AreEqual(sendMessage.Property2_int, receivedMessage.Property2_int);
}
public void UDPClient_ClientDisconnectsServer_ServerOnClientDisconnectCalled()
{
//Arrange
Client disconnectedClient = null;
Client connectedServer = null;
udpServer = new UDPServerChannel("127.0.0.1", 0, 32);
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpServer);
serverObjectTransport.OnClientDisconnect(c => disconnectedClient = c);
udpClient = new UDPClientChannel("127.0.0.1", udpServer.LocalPort);
ObjectTransport clientObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpClient);
clientObjectTransport.OnClientConnect(c => connectedServer = c);
udpClient2 = new UDPClientChannel("127.0.0.1", udpServer.LocalPort);
ObjectTransport clientObjectTransport2 = TestObjectTransportFactory.CreateNewObjectTransport(udpClient2);
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 2);
//Act
//disconnect the server from the client
clientObjectTransport.DisconnectClient();
Utilities.WaitFor(ref disconnectedClient);
//Assert
//Ensure that the client record was disconnect from the server
Assert.AreEqual(1, serverObjectTransport.GetConnectedClients().Count());
//Esnure that the client who disconnected from the server was the one that we called disconect
Assert.AreEqual(disconnectedClient.Port, udpClient.LocalPort);
}
public void SendExecute_ObjectWithProperties_PayloadWithObjectAndTypeSent()
{
//Arrange
var sentPayload = string.Empty;
var client = new Client("10.0.0.1", 123);
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel()
.OnSendHandle((Client, payload) => sentPayload = payload);
MockObjectMessage sendObject = new MockObjectMessage();
sendObject.Property1_string = "Test String";
sendObject.Property2_int = 12;
sendObject.Property3_decimal = 1.33M;
//Act
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
networkChannel.SimulateClientConnect(client);
transport.Send(sendObject)
.To(client)
.Execute();
//Assert
Assert.AreEqual(typeof(MockObjectMessage).AssemblyQualifiedName + "::{\"Property1_string\":\"Test String\",\"Property2_int\":12,\"Property3_decimal\":1.33}", sentPayload);
}
public void ClientDisconnectsServer_ServerOnClientDisconnectCalled()
{
//Arrange
//Create a second client
ObjectTransport clientObjectTransport2 = TestObjectTransportFactory.CreateNewObjectTransport(Client2);
clientObjectTransport2.Start("127.0.0.1", Server.LocalPort);
//Wait for the connection to have been made
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 2);
//Act
//disconnect the server from the client
Client1ObjectTransport.DisconnectClient();
Utilities.WaitFor(() => ServerOnDisconnectClients.Count == 1);
//Assert
//Ensure that the client record was disconnect from the server
Assert.AreEqual(1, serverObjectTransport.GetConnectedClients().Count());
//Esnure that the client who disconnected from the server was the one that we called disconect
Assert.AreEqual(ServerOnDisconnectClients.First().Port, Client1.LocalPort);
}
public void UDPServerWith2Clients_Disconnect1Client_1ClientDisconnected()
{
//Arrange
Client disconnectedClient = null;
udpServer = new UDPServerChannel("127.0.0.1", 0, 32);
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpServer);
serverObjectTransport.OnClientDisconnect(c => disconnectedClient = c);
udpClient = new UDPClientChannel("127.0.0.1", udpServer.Port);
ObjectTransport clientObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpClient);
udpClient2 = new UDPClientChannel("127.0.0.1", udpServer.Port);
ObjectTransport clientObjectTransport2 = TestObjectTransportFactory.CreateNewObjectTransport(udpClient2);
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 2);
//Act
var FirstClient = serverObjectTransport.GetConnectedClients().First();
serverObjectTransport.DisconnectClient(FirstClient);
Utilities.WaitFor(ref disconnectedClient);
//Assert
Client LastClient = serverObjectTransport.GetConnectedClients().First();
Assert.AreEqual(1, serverObjectTransport.GetConnectedClients().Count());
Assert.AreNotEqual(FirstClient.Port, LastClient.Port);
}
public void UDPServerWith2Clients_Disconnect2Client_AllClientsDisconnected()
{
//Arrange
List <Client> disconnectedClients = new List <Client>();
udpServer = new UDPServerChannel("127.0.0.1", 0, 32);
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpServer);
serverObjectTransport.OnClientDisconnect(c => disconnectedClients.Add(c));
udpClient = new UDPClientChannel("127.0.0.1", udpServer.Port);
ObjectTransport clientObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpClient);
udpClient2 = new UDPClientChannel("127.0.0.1", udpServer.Port);
ObjectTransport clientObjectTransport2 = TestObjectTransportFactory.CreateNewObjectTransport(udpClient2);
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 2);
//Act
var allClients = serverObjectTransport.GetConnectedClients().ToArray();
serverObjectTransport.DisconnectClient(allClients);
Utilities.WaitFor(() => disconnectedClients.Count == 2);
//Assert
Assert.AreEqual(0, serverObjectTransport.GetConnectedClients().Count());
Assert.AreEqual(2, disconnectedClients.Count());
}
public void SendToAll_Except2Client_AllClientsExcept2AreSendTo()
{
//Arrange
var client1 = new Client("10.0.0.1", 123);
var client2 = new Client("10.0.0.2", 123);
var client3 = new Client("10.0.0.3", 123);
var clientsSendTo = new List <Client>();
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel()
.OnSendHandle((Client, paylaod) => clientsSendTo.Add(Client));
MockObjectMessage sendObject = new MockObjectMessage();
sendObject.Property1_string = "Test String";
sendObject.Property2_int = 12;
sendObject.Property3_decimal = 1.33M;
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
networkChannel.SimulateClientConnect(client1);
networkChannel.SimulateClientConnect(client2);
networkChannel.SimulateClientConnect(client3);
//Act
transport.Send(sendObject)
.Response <MockObjectMessage>(o => o.GetType())
.ToAllExcept(client1, client3)
.Execute();
//Assert
Assert.AreEqual(1, clientsSendTo.Count);
Assert.AreEqual(clientsSendTo[0].IPAddress, "10.0.0.2");
}
public void TCPServer_ClientDisconnects_CallbackCalled()
{
//Arrange
Client clientConnect = null;
Client clientDisconnect = null;
tcpserver = new TCPServerChannel("127.0.0.1", 0);
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(tcpserver);
serverObjectTransport.OnClientConnect(c => clientConnect = c);
serverObjectTransport.OnClientDisconnect(c => clientDisconnect = c);
tcpclient = new TCPClientChannel("127.0.0.1", tcpserver.LocalPort);
ObjectTransport clientObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(tcpclient);
Utilities.WaitFor(ref clientConnect);
Utilities.WaitFor(() => clientObjectTransport.GetConnectedClients().Count() == 1);
//Act
clientObjectTransport.Stop();
Utilities.WaitFor(ref clientDisconnect);
Utilities.Wait();
//Assert
Assert.AreEqual(clientConnect.IPAddress, "127.0.0.1");
Assert.AreEqual(clientDisconnect.IPAddress, "127.0.0.1");
Assert.AreEqual(clientDisconnect, clientConnect);
Assert.AreEqual(0, clientObjectTransport.GetConnectedClients().Count());
Assert.AreEqual(0, serverObjectTransport.GetConnectedClients().Count());
}
public void Receive_InvalidPayload_PayloadNotProcessed()
{
//Arrange
Client client = new Client("10.0.0.1", 123);
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel();
MockObjectMessage receive = null;
//Act
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
transport.Receive <MockObjectMessage>(o =>
{
receive = o;
}
)
.Execute();
networkChannel.SimulateClientConnect(client);
networkChannel.SimulateClientResponse(client,
"{\"Type\":\"OTransport.tests.MockObjectMessage, ObjectTransport.Test, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null\",:{\"Property1_string\":\"Test String\",\"Property2_int\":12,\"Property3_decimal\":1.33}}"
);
//Assert
Assert.IsNull(receive);
}
public void UDPClient_ServerDisconnects_ClientDisconnectCallbackCalled()
{
//Arrange
Client client = null;
Client clientDisconnect = null;
udpServer = new UDPServerChannel("127.0.0.1", 0, 32);
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpServer);
udpClient = new UDPClientChannel("127.0.0.1", udpServer.LocalPort);
ObjectTransport clientObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpClient);
clientObjectTransport.OnClientDisconnect(c => clientDisconnect = c);
client = clientObjectTransport.GetConnectedClients().First();
Utilities.WaitFor(ref client);
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 1);
//Act
serverObjectTransport.Stop();
Utilities.WaitFor(ref clientDisconnect);
//Assert
Assert.AreEqual(client.IPAddress, "127.0.0.1");
Assert.AreEqual(clientDisconnect.IPAddress, "127.0.0.1");
Assert.AreEqual(clientDisconnect, client);
Utilities.WaitFor(() => clientObjectTransport.GetConnectedClients().Count() == 0);
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 0);
}
public void OnFailedReceived_InvalidPayloadReceived_OnFailHandleExecuted()
{
//Arrange
Client client = new Client("10.0.0.1", 123);
ReceivedMessage receivedMessage = null;
Exception failedException = null;
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel();
MockObjectMessage receive = new MockObjectMessage();
//Act
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
transport.Receive <MockObjectMessage>(o =>
{
receive = o;
}
)
.Execute();
transport.OnFailedReceive((r, e) =>
{
receivedMessage = r;
failedException = e;
});
networkChannel.SimulateClientConnect(client);
networkChannel.SimulateClientResponse(client, "OTransport.tests.NOTHING, ObjectTransport.Test, Version=1.0.0.0, Culture=neutral, PublicKeyToken=nullProperty1_string\":\"Test String\",\"Property2_int\":12,\"Property3_decimal\":1.33}");
Assert.IsNotNull(receivedMessage);
Assert.IsNotNull(failedException);
}
public void Receive_ObjectWithBinaryProperty_BinaryReceived()
{
//Arrange
var joinedNetworkChannels = MockNetworkChannelFactory.GetConnectedChannels();
MockObjectMessageWithBinary sendMessage = new MockObjectMessageWithBinary();
sendMessage.Property2_String = "Message with binary";
sendMessage.Property1_Bytes = Encoding.ASCII.GetBytes("hello world");
MockObjectMessageWithBinary receivedMessage = null;
Client receivedClient = null;
//Act
ObjectTransport client1 = TestObjectTransportFactory.CreateNewObjectTransport(joinedNetworkChannels.Item1);
client1.Receive <MockObjectMessageWithBinary>((c, o) =>
{
receivedClient = c;
receivedMessage = o;
})
.Execute();
ObjectTransport client2 = TestObjectTransportFactory.CreateNewObjectTransport(joinedNetworkChannels.Item2);
client2.Send(sendMessage)
.Execute();
//Assert
Assert.AreEqual("hello world", System.Text.Encoding.UTF8.GetString(receivedMessage.Property1_Bytes));
Assert.AreEqual(receivedMessage.Property2_String, "Message with binary");
Assert.AreEqual("10.0.0.2", receivedClient.IPAddress);
}
protected void SetUpNetworkChannels(INetworkChannel client, INetworkChannel client2, INetworkChannel server)
{
Client1 = client;
Client2 = client2;
Server = server;
ServerOnConnectClients = new List <Client>();
ServerOnDisconnectClients = new List <Client>();
Client1OnConnectClients = new List <Client>();
Client1OnDisconnectClients = new List <Client>();
serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(Server);
serverObjectTransport.OnClientConnect(c => ServerOnConnectClients.Add(c));
serverObjectTransport.OnClientDisconnect(c => ServerOnDisconnectClients.Add(c));
serverObjectTransport.Start("127.0.0.1", 0);
Utilities.WaitFor(() => server.LocalPort != 0);
Client1ObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(Client1);
Client1ObjectTransport.OnClientConnect(c => Client1OnConnectClients.Add(c));
Client1ObjectTransport.OnClientDisconnect(c => Client1OnDisconnectClients.Add(c));
Client1ObjectTransport.Start("127.0.0.1", Server.LocalPort);
//Wait for the connection to have been made
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 1);
Utilities.WaitFor(() => Client1ObjectTransport.GetConnectedClients().Count() == 1);
}
public void Receve_RegisterSameTypeTwice_ObjectTransportExceptionThrown()
{
//Arrange
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel();
//Act
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
transport.Receive <MockObjectMessage>().Execute();
transport.Receive <MockObjectMessage>().Execute();
}
public static Tuple <ObjectTransport, ObjectTransport> GetConnectObjectTransports()
{
server.Start("127.0.0.1", 0);
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(server);
tcpclient.Start("127.0.0.1", server.LocalPort);
ObjectTransport client = TestObjectTransportFactory.CreateNewObjectTransport(tcpclient);
Tuple <ObjectTransport, ObjectTransport> result = new Tuple <ObjectTransport, ObjectTransport>(serverObjectTransport, client);
return(result);
}
public static Tuple <ObjectTransport, ObjectTransport> GetConnectObjectTransports()
{
server = new UDPServerChannel("127.0.0.1", 0, 32);
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(server);
udpclient = new UDPClientChannel("127.0.0.1", server.Port);
ObjectTransport client = TestObjectTransportFactory.CreateNewObjectTransport(udpclient);
Tuple <ObjectTransport, ObjectTransport> result = new Tuple <ObjectTransport, ObjectTransport>(serverObjectTransport, client);
return(result);
}
public void SendReceiveReplyThroughChannel_TwoObjectTransportsConnected_SameTokenUsed()
{
//Arrange
var client2ReceiveFunctionCalled = false;
var client2RespondFunctionCalled = false;
var joinedNetworkChannels = MockNetworkChannelFactory.GetConnectedChannels();
MockObjectMessage sendMessage = new MockObjectMessage();
sendMessage.Property1_string = "test send";
sendMessage.Property2_int = 123;
sendMessage.Property3_decimal = 56M;
MockObjectMessage receivedMessage = null;
//Act
ObjectTransport client1 = TestObjectTransportFactory.CreateNewObjectTransport(joinedNetworkChannels.Item1);
client1.Receive <MockObjectMessage>()
.Reply((c, o) =>
{
o.Property1_string = "replied";
return(o);
})
.Execute();
ObjectTransport client2 = TestObjectTransportFactory.CreateNewObjectTransport(joinedNetworkChannels.Item2);
client2.Send(sendMessage)
.Response <MockObjectMessage>(o =>
{
client2RespondFunctionCalled = true;
receivedMessage = o;
})
.Execute();
client2.Receive <MockObjectMessage>(o =>
{
client2ReceiveFunctionCalled = true;
receivedMessage = o;
}).Execute();
Utilities.WaitFor(ref receivedMessage);
//Assert
Assert.IsFalse(client2ReceiveFunctionCalled);
Assert.IsTrue(client2RespondFunctionCalled);
}
public void TimeOut_MessageSentToMultipleClientsWithSomeResponding_TimeOutFunctionReturnsClientsWhoDidNotRespond()
{
//Arrange
var client1 = new Client("10.0.0.1", 123);
var client2 = new Client("10.0.0.2", 123);
var client3 = new Client("10.0.0.3", 123);
Client[] clientsWhoDidNotRespond = null;
MockObjectMessage messageThatTimedOut = null;
var sentPayload = string.Empty;
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel()
.OnSendHandle((Client, payload) => sentPayload = payload);
MockObjectMessage sendObject = new MockObjectMessage();
sendObject.Property1_string = "Test String";
sendObject.Property2_int = 12;
sendObject.Property3_decimal = 1.33M;
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
networkChannel.SimulateClientConnect(client1);
networkChannel.SimulateClientConnect(client2);
networkChannel.SimulateClientConnect(client3);
//Act
transport.Send(sendObject)
.Response <MockObjectMessage>(o => { })
.SetTimeOut(2)
.OnTimeOut(
(c, o) => {
clientsWhoDidNotRespond = c;
messageThatTimedOut = o;
})
.ToAll()
.Execute();
//Echo back the message
networkChannel.SimulateClientResponse(client2, sentPayload);
Utilities.WaitFor(ref messageThatTimedOut);
//Assert
Assert.AreEqual(2, clientsWhoDidNotRespond.Length);
Assert.IsTrue(clientsWhoDidNotRespond.Contains(client1));
Assert.IsTrue(clientsWhoDidNotRespond.Contains(client3));
Assert.AreEqual(sendObject, messageThatTimedOut);
}
public void OnClientConnect_ClientConnectsToObject_ClientInjectedIntoAction()
{
//Arrange
var sentJson = string.Empty;
var client = new Client("10.0.0.1", 123);
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel();
Client connectedClient = null;
//Act
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
transport.OnClientConnect(c =>
{
connectedClient = c;
});
networkChannel.SimulateClientConnect(client);
//Assert
Assert.AreEqual(client, connectedClient);
}
public void ReceiveReply_WithClientAction_ObjectAndClientInjectedInToAction()
{
//Arrange
var joinedNetworkChannels = MockNetworkChannelFactory.GetConnectedChannels();
MockObjectMessage sendMessage = new MockObjectMessage();
sendMessage.Property1_string = "test send";
sendMessage.Property2_int = 123;
sendMessage.Property3_decimal = 56M;
MockObjectMessage receivedMessage = null;
Client receivedClient = null;
//Act
ObjectTransport client1 = TestObjectTransportFactory.CreateNewObjectTransport(joinedNetworkChannels.Item1);
client1.Receive <MockObjectMessage>()
.Reply((c, o) =>
{
receivedMessage = o;
receivedClient = c;
return(null);
})
.Execute();
ObjectTransport client2 = TestObjectTransportFactory.CreateNewObjectTransport(joinedNetworkChannels.Item2);
client2.Send(sendMessage)
.Execute();
Utilities.WaitFor(ref receivedMessage);
//Assert
Assert.AreEqual(sendMessage.Property3_decimal, receivedMessage.Property3_decimal);
Assert.AreEqual(sendMessage.Property1_string, receivedMessage.Property1_string);
Assert.AreEqual(sendMessage.Property2_int, receivedMessage.Property2_int);
Assert.AreEqual("10.0.0.2", receivedClient.IPAddress);
}
public void UDPServer_SendObject_CorrectObjectSent()
{
//Arrange
MockObjectMessage receivedObject = null;
udpServer = new UDPServerChannel("127.0.0.1", 0, 32);
Client client = null;
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpServer);
serverObjectTransport.OnClientConnect(c => client = c);
udpClient = new UDPClientChannel("127.0.0.1", udpServer.Port);
ObjectTransport clientObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(udpClient);
Utilities.WaitFor(ref client);
//Act
clientObjectTransport.Receive <MockObjectMessage>(o =>
receivedObject = o
).Execute();
serverObjectTransport.Send(new MockObjectMessage()
{
Property1_string = "hello world!",
Property2_int = 123,
Property3_decimal = 12.3M
})
.To(client)
.Execute();
Utilities.WaitFor(ref receivedObject);
//Assert
Assert.AreEqual("hello world!", receivedObject.Property1_string);
Assert.AreEqual(123, receivedObject.Property2_int);
Assert.AreEqual(12.3M, receivedObject.Property3_decimal);
}
public void TimeOut_TimeOutFunctionSet_TimeOutFunctionCalled()
{
//Arrange
var client = new Client("10.0.0.1", 123);
Client[] clientsWhoDidNotRespond = null;
MockObjectMessage messageThatTimedOut = null;
var sentPayload = string.Empty;
var networkChannel = MockNetworkChannelFactory.GetMockedNetworkChannel()
.OnSendHandle((Client, payload) => sentPayload = payload);
MockObjectMessage sendObject = new MockObjectMessage();
sendObject.Property1_string = "Test String";
sendObject.Property2_int = 12;
sendObject.Property3_decimal = 1.33M;
//Act
ObjectTransport transport = TestObjectTransportFactory.CreateNewObjectTransport(networkChannel);
networkChannel.SimulateClientConnect(client);
transport.Send(sendObject)
.Response <MockObjectMessage>(o => { })
.SetTimeOut(1)
.OnTimeOut(
(c, o) => {
clientsWhoDidNotRespond = c;
messageThatTimedOut = o;
})
.Execute();
Utilities.WaitFor(ref clientsWhoDidNotRespond);
//Assert
Assert.AreEqual(1, clientsWhoDidNotRespond.Length);
Assert.AreEqual(sendObject, messageThatTimedOut);
}
public void TCPNetwork_SendAndReplyMessage_ResponseIsCalled()
{
//Arrange
Client client = null;
Client clientDisconnect = null;
server = new TCPServerChannel("127.0.0.1", 0);
ObjectTransport serverObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(server);
tcpclient = new TCPClientChannel("127.0.0.1", server.Port);
ObjectTransport clientObjectTransport = TestObjectTransportFactory.CreateNewObjectTransport(tcpclient);
clientObjectTransport.OnClientDisconnect(c => clientDisconnect = c);
client = clientObjectTransport.GetConnectedClients().First();
Utilities.WaitFor(ref client);
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 1);
//Act
serverObjectTransport.Receive <MockObjectMessage>()
.Reply((o) => { return(o); })
.Execute();
var mockObject = new MockObjectMessage()
{
Property1_string = "Mock Object"
};
MockObjectMessage responseObject = null;
clientObjectTransport.Send(mockObject)
.Response <MockObjectMessage>((r) => { responseObject = r; })
.Execute();
Utilities.WaitFor(ref responseObject);
//Assert
Assert.AreEqual(responseObject.Property1_string, "Mock Object");
}
public void ServerWith2Clients_ServerDisconnects1Client_1ClientDisconnected()
{
//Arrange
ObjectTransport clientObjectTransport2 = TestObjectTransportFactory.CreateNewObjectTransport(Client2);
clientObjectTransport2.Start("127.0.0.1", Server.LocalPort);
//Wait for the connection to have been made
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 2);
var FirstClient = serverObjectTransport.GetConnectedClients().First();
//Act
serverObjectTransport.DisconnectClient(FirstClient);
Utilities.WaitFor(() => ServerOnDisconnectClients.Count() == 1);
//Assert
Client LastClient = serverObjectTransport.GetConnectedClients().First();
Assert.AreEqual(1, serverObjectTransport.GetConnectedClients().Count());
Assert.AreNotEqual(FirstClient.Port, LastClient.Port);
}
public void Server_ServerDisconnects2Client_AllClientsDisconnected()
{
//Arrange
//Create a second client
ObjectTransport clientObjectTransport2 = TestObjectTransportFactory.CreateNewObjectTransport(Client2);
clientObjectTransport2.Start("127.0.0.1", Server.LocalPort);
//Wait for the connection to have been made
Utilities.WaitFor(() => serverObjectTransport.GetConnectedClients().Count() == 2);
//Act
var allClients = serverObjectTransport.GetConnectedClients().ToArray();
serverObjectTransport.DisconnectClient(allClients);
Utilities.WaitFor(() => ServerOnDisconnectClients.Count == 2);
//Assert
Assert.AreEqual(0, serverObjectTransport.GetConnectedClients().Count());
Assert.AreEqual(2, ServerOnDisconnectClients.Count());
}