public void ShouldWorkWithZeroEncoders()
{
var compositeEncoder = new CompositeEncoder();
var bytes = Encoding.UTF8.GetBytes("lalala");
var encoderResult = compositeEncoder.Encode(bytes).ToArray();
Assert.AreEqual(1, encoderResult.Count());
Assert.AreEqual(bytes, encoderResult.ElementAt(0));
}
protected override ITransport InitializeTransport(IEasyGelfLogger logger)
{
var remoteIpAddress = Dns.GetHostAddresses(RemoteAddress)
.Shuffle()
.FirstOrDefault() ?? IPAddress.Loopback;
var encoder = new CompositeEncoder(new GZipEncoder(), new ChunkingEncoder(new MessageBasedIdGenerator(), MessageSize.UdpMessageSize()));
var configuration = new UdpTransportConfiguration
{
Host = new IPEndPoint(remoteIpAddress, RemotePort),
};
return new UdpTransport(configuration, encoder, new GelfMessageSerializer());
}
public void ShouldWorkWithMultipleEncoders()
{
var firstEncoder = mockRepository.StrictMultiMock<ITransportEncoder>();
firstEncoder.Replay();
var secondEncoder = mockRepository.StrictMultiMock<ITransportEncoder>();
secondEncoder.Replay();
var compositeEncoder = new CompositeEncoder(firstEncoder, secondEncoder);
var bytes = Encoding.UTF8.GetBytes("lalala");
firstEncoder.Expect(x => x.Encode(bytes)).Return(new List<byte[]> { bytes });
secondEncoder.Expect(x => x.Encode(bytes)).Return(new List<byte[]> { bytes });
var encoderResult = compositeEncoder.Encode(bytes).ToArray();
Assert.AreEqual(1, encoderResult.Count());
Assert.AreEqual(bytes, encoderResult.ElementAt(0));
}
protected override ITransport InitializeTransport(IEasyGelfLogger logger)
{
var configuration = new AmqpTransportConfiguration
{
ConnectionUri = ConnectionUri,
Exchange = Exchange,
ExchangeType = ExchangeType,
Queue = Queue,
RoutingKey = RoutingKey,
Persistent = Persistent,
};
var encoder = new CompositeEncoder(new GZipEncoder(), new ChunkingEncoder(new MessageBasedIdGenerator(), MessageSize));
return new AmqpTransport(configuration, encoder, new GelfMessageSerializer());
}
