public async Task CanGetState()
{
var serverAddress = "inproc://get-state-test";
var serverSocket = new PairSocket();
serverSocket.Bind(serverAddress);
var processor = new TransactionProcessor(serverAddress);
processor.Start();
var context = new TransactionContext(processor, "context");
var addresses = new[] { "address1", "address2" };
var task = Task.Run(() =>
{
var message = new Message();
message.MergeFrom(serverSocket.ReceiveFrameBytes());
Assert.Equal(MessageType.TpStateGetRequest, message.MessageType);
var response = new TpStateGetResponse();
response.Entries.AddRange(addresses.Select(x => new TpStateEntry {
Address = x, Data = ByteString.Empty
}));
serverSocket.SendFrame(response.Wrap(message, MessageType.TpStateGetResponse).ToByteArray());
});
var stateResponse = await context.GetStateAsync(addresses);
Assert.Equal(addresses.Length, stateResponse.Count());
}
public void RespondToPing()
{
// Setup
var serverSocket = new PairSocket();
serverSocket.Bind("inproc://stream-test");
var pingMessage = new PingRequest().Wrap(MessageType.PingRequest);
var stream = new Stream("inproc://stream-test");
stream.Connect();
// Run test case
var task1 = Task.Run(() => serverSocket.SendFrame(pingMessage.ToByteString().ToByteArray()));
var task2 = Task.Run(() =>
{
var message = new Message();
message.MergeFrom(serverSocket.ReceiveFrameBytes());
return(message);
});
Task.WhenAll(new[] { task1, task2 });
var actualMessage = task2.Result;
// Verify
Assert.Equal(MessageType.PingResponse, actualMessage.MessageType);
Assert.Equal(pingMessage.CorrelationId, actualMessage.CorrelationId);
serverSocket.Unbind("inproc://stream-test");
stream.Disconnect();
}
public byte[] ReceiveFrameBytes()
{
return(m_messagesPipe.ReceiveFrameBytes());
}
