public static void Test_Probuf_Serializes_Message_And_Serializes_Message_With_Payload()
{
ProtobufnetRegistry registry = new ProtobufnetRegistry();
registry.Register(typeof(NetworkMessage));
registry.Register(typeof(RequestMessage));
registry.Register(typeof(RequestMessage));
registry.Register(typeof(EventMessage));
registry.Register(typeof(ResponseMessage));
registry.Register(typeof(StatusMessage));
registry.Register(typeof(NetSendable<>));
registry.Register(typeof(NetSendable<PacketPayload>));
registry.Register(typeof(TestPayload));
RequestMessage message = new RequestMessage(new TestPayload());
message.Payload.Serialize(new ProtobufnetSerializerStrategy());
message.Payload.Deserialize(new ProtobufnetDeserializerStrategy());
Assert.NotNull(message.Payload.Data);
message.Payload.Serialize(new ProtobufnetSerializerStrategy());
message.Push(1);
message.Pop();
ProtobufnetSerializerStrategy serializer = new ProtobufnetSerializerStrategy();
Assert.NotNull((new ProtobufnetDeserializerStrategy()).Deserialize<NetworkMessage>(serializer.Serialize(message as NetworkMessage)).Payload);
}
public static void Test_Serialized_Stack_Results_In_Same_Order()
{
ProtobufnetRegistry registry = new ProtobufnetRegistry();
registry.Register(typeof(NetworkMessage));
registry.Register(typeof(RequestMessage));
registry.Register(typeof(EventMessage));
registry.Register(typeof(ResponseMessage));
RequestMessage message = new RequestMessage(new StatusChangePayload(Common.NetStatus.Connected));
message.Push(1);
message.Push(2);
message.Push(3);
message.Push(4);
ProtobufnetSerializerStrategy serializer = new ProtobufnetSerializerStrategy();
Assert.NotNull((new ProtobufnetDeserializerStrategy()).Deserialize<RequestMessage>(serializer.Serialize(message as NetworkMessage)));
RequestMessage deserializedMessage = (new ProtobufnetDeserializerStrategy()).Deserialize<RequestMessage>(serializer.Serialize(message as NetworkMessage));
//check that the stack is in the same order
Assert.AreEqual(message.Pop(), deserializedMessage.Pop());
Assert.AreEqual(message.Pop(), deserializedMessage.Pop());
Assert.AreEqual(message.Pop(), deserializedMessage.Pop());
Assert.AreEqual(message.Pop(), deserializedMessage.Pop());
}
public static void Test_Construction()
{
//arrange
Mock<PacketPayload> packet = new Mock<PacketPayload>(MockBehavior.Strict);
//act
RequestMessage message = new RequestMessage(packet.Object);
//assert
//Just that it doesn't throw
}
public static void Test_Can_Serialize_MessageType()
{
ProtobufnetRegistry registry = new ProtobufnetRegistry();
registry.Register(typeof(NetworkMessage));
registry.Register(typeof(RequestMessage));
RequestMessage message = new RequestMessage(Mock.Of<PacketPayload>());
ProtobufnetSerializerStrategy serializer = new ProtobufnetSerializerStrategy();
Assert.NotNull(serializer.Serialize(message));
}
public static void Test_Dispatch_Null_Parameters()
{
//arrange
Mock<PacketPayload> packet = new Mock<PacketPayload>(MockBehavior.Strict);
RequestMessage message = new RequestMessage(packet.Object);
Mock<INetworkMessageReceiver> receiever = new Mock<INetworkMessageReceiver>(MockBehavior.Strict);
//Sets up the method that should be called so it doesn't throw.
//Also rigs it up so that the two mocks above should be the values provided.
receiever.Setup((actual) => actual.OnNetworkMessageReceive(message, null));
//assert
//Exception should be thrown for null.
Assert.Throws<ArgumentNullException>(() => message.Dispatch(receiever.Object, null));
}
public static void Test_Can_Deserialize_MessageType()
{
ProtobufnetRegistry registry = new ProtobufnetRegistry();
registry.Register(typeof(NetworkMessage));
registry.Register(typeof(RequestMessage));
registry.Register(typeof(EventMessage));
registry.Register(typeof(ResponseMessage));
RequestMessage message = new RequestMessage(new StatusChangePayload(Common.NetStatus.Connected));
ProtobufnetSerializerStrategy serializer = new ProtobufnetSerializerStrategy();
Assert.NotNull((new ProtobufnetDeserializerStrategy()).Deserialize<RequestMessage>(serializer.Serialize(message as NetworkMessage)));
}
public static void Test_Dispatch()
{
//arrange
Mock<PacketPayload> packet = new Mock<PacketPayload>(MockBehavior.Strict);
RequestMessage message = new RequestMessage(packet.Object);
Mock<IMessageParameters> parameters = new Mock<IMessageParameters>(MockBehavior.Strict);
Mock<INetworkMessageReceiver> receiever = new Mock<INetworkMessageReceiver>(MockBehavior.Strict);
//Sets up the method that should be called so it doesn't throw.
//Also rigs it up so that the two mocks above should be the values provided.
receiever.Setup((actual) => actual.OnNetworkMessageReceive(message, parameters.Object));
//act
message.Dispatch(receiever.Object, parameters.Object);
//asset
receiever.Verify((actual) => actual.OnNetworkMessageReceive(message, parameters.Object));
}
public static void Test_Serialized_Stack_Empty_Results_In_Not_Throw()
{
ProtobufnetRegistry registry = new ProtobufnetRegistry();
registry.Register(typeof(NetworkMessage));
registry.Register(typeof(RequestMessage));
registry.Register(typeof(EventMessage));
registry.Register(typeof(ResponseMessage));
RequestMessage message = new RequestMessage(new StatusChangePayload(Common.NetStatus.Connected));
message.Push(1);
message.Pop();
ProtobufnetSerializerStrategy serializer = new ProtobufnetSerializerStrategy();
Assert.DoesNotThrow(() => (new ProtobufnetDeserializerStrategy()).Deserialize<RequestMessage>(serializer.Serialize(message as NetworkMessage)));
}
public static void Test_Event_Message_Routing_Stack_Can_Export_To_Other_Message()
{
//arrange
Mock<PacketPayload> packet = new Mock<PacketPayload>(MockBehavior.Strict);
RequestMessage message = new RequestMessage(packet.Object);
//act
message.Push(5);
message.Push(4);
message.Push(3);
ResponseMessage rMessage = new ResponseMessage(packet.Object);
//export routing stack
message.ExportRoutingDataTo(rMessage);
List<IRoutableMessage> Messages = new List<IRoutableMessage>() { rMessage, message };
foreach (IRoutableMessage m in Messages)
{
Assert.NotNull(m.Peek());
Assert.True(m.isMessageRoutable);
Assert.AreEqual(3, m.Pop());
Assert.AreEqual(4, m.Pop());
Assert.AreEqual(5, m.Pop());
Assert.IsNull(m.Peek());
Assert.IsFalse(m.isMessageRoutable);
}
}
public static void Test_Dispatch_Null_Receiver()
{
//arrange
Mock<PacketPayload> packet = new Mock<PacketPayload>(MockBehavior.Strict);
RequestMessage message = new RequestMessage(packet.Object);
Mock<IMessageParameters> parameters = new Mock<IMessageParameters>(MockBehavior.Strict);
//assert
//Exception should be thrown for null.
Assert.Throws<ArgumentNullException>(() => message.Dispatch(null, parameters.Object));
}
public static void Test_Properties_After_Construction()
{
//arrange
Mock<PacketPayload> packet = new Mock<PacketPayload>(MockBehavior.Strict);
//act
RequestMessage message = new RequestMessage(packet.Object);
//assert
Assert.AreSame(packet.Object, message.Payload.Data);
}
public static void Test_OperationType_Returning_Correctly()
{
//arrange
Mock<PacketPayload> packet = new Mock<PacketPayload>(MockBehavior.Strict);
//act
RequestMessage message = new RequestMessage(packet.Object);
//assert
//Just that it doesn't throw
Assert.AreEqual(message.OperationTypeMappedValue, OperationType.Request);
}
public static void Test_Event_Message_Routing_Stack_Has_Pushed_Values()
{
//arrange
Mock<PacketPayload> packet = new Mock<PacketPayload>(MockBehavior.Strict);
RequestMessage message = new RequestMessage(packet.Object);
//act
message.Push(5);
message.Push(4);
message.Push(3);
//assert
Assert.NotNull(message.Peek());
Assert.True(message.isMessageRoutable);
Assert.AreEqual(3, message.Pop());
Assert.AreEqual(4, message.Pop());
Assert.AreEqual(5, message.Pop());
Assert.IsNull(message.Peek());
Assert.IsFalse(message.isMessageRoutable); //shouldn't be able to rout
}
public static void Test_Event_Message_Routing_Stack_Empty_On_Initial_Creation()
{
//arrange
Mock<PacketPayload> packet = new Mock<PacketPayload>(MockBehavior.Strict);
RequestMessage message = new RequestMessage(packet.Object);
//assert
Assert.IsNull(message.Peek());
Assert.IsFalse(message.isMessageRoutable); //shouldn't be able to rout
}
