static async Task Main(string[] args)
{
//should run RSocketDemo.Server first.
Console.WriteLine($"Enter any key to launch the client...");
Console.ReadKey();
Console.WriteLine($"Client started...{Thread.CurrentThread.ManagedThreadId}");
ClientSocketTransport socketTransport = new ClientSocketTransport("127.0.0.1", 8888);
_client = new RSocketDemoClient(socketTransport, new RSocketOptions()
{
InitialRequestSize = int.MaxValue, KeepAlive = TimeSpan.FromSeconds(60), Lifetime = TimeSpan.FromSeconds(120)
});
await _client.ConnectAsync(data : Encoding.UTF8.GetBytes("setup.data"), metadata : Encoding.UTF8.GetBytes("setup.metadata"));
while (true)
{
await RequestFireAndForgetTest();
ReadKey();
await RequestResponseTest();
ReadKey();
await RequestStreamTest();
ReadKey();
await RequestStreamTest1();
ReadKey();
await RequestChannelTest();
ReadKey();
await RequestChannelTest(metadata : "echo");
ReadKey();
await RequestChannelTest1();
ReadKey();
await RequestChannelTest_Backpressure(); //backpressure
ReadKey();
await ErrorTest();
ReadKey();
await RunParallel();
ReadKey();
Console.WriteLine("-----------------------------------over-----------------------------------");
Console.ReadKey();
}
Console.ReadKey();
}
static async Task Main(string[] args)
{
Console.WriteLine("Run RSocketDemo.Client and RSocketDemo.Server please.");
Console.ReadKey();
await Test();
IPAddress iP = IPAddress.Parse("127.0.0.1");
IPEndPoint iPEndPoint = new IPEndPoint(iP, 8888);
SocketListenerFactory socketListenerFactory = new SocketListenerFactory();
RSocketHost host = new RSocketHost(socketListenerFactory, iPEndPoint, a =>
{
return(new EchoServer(a));
});
var hostTask = host.ExecuteAsync(CancellationToken.None);
ClientSocketTransport socketTransport = await ClientSocketTransport.Create("tcp://127.0.0.1:8888/");
_client = new EchoRSocketClient(socketTransport, new RSocketOptions()
{
InitialRequestSize = int.MaxValue
});
await _client.ConnectAsync();
Console.ReadKey();
}
public void TestInitialize()
{
Loopback = new LoopbackTransport(DuplexPipe.ImmediateOptions, DuplexPipe.ImmediateOptions);
Client = new RSocketClient(Loopback);
Server = new RSocketServer(Loopback.Beyond);
Client.ConnectAsync().Wait();
Server.ConnectAsync().Wait();
StringClient = new RSocketClient.ForStrings(Client);
}
//TODO Connection Cleanup on Unsubscribe/failure/etc
//TODO General Error handling -> OnError
static async Task Main(string[] args)
{
var loopback = new LoopbackTransport();
var server = new EchoServer(loopback.Beyond);
await server.ConnectAsync();
//var client = new RSocketClient(new SocketTransport("tcp://localhost:9091/"), new RSocketOptions() { InitialRequestSize = 3 });
//var client = new RSocketClient(new WebSocketTransport("ws://localhost:9092/"), new RSocketOptions() { InitialRequestSize = 3 });
var client = new RSocketClient(loopback, new RSocketOptions()
{
InitialRequestSize = int.MaxValue
});
await client.ConnectAsync();
Console.WriteLine("Requesting Raw Protobuf Stream...");
var persondata = new Person()
{
Id = 1234, Name = "Someone Person", Address = new Address()
{
Line1 = "123 Any Street", Line2 = "Somewhere, LOC"
}
};
var personmetadata = new Person()
{
Id = 567, Name = "Meta Person", Address = new Address()
{
Line1 = "", Line2 = ""
}
};
//Make a Raw binary call just to show how it's done.
//var stream = client.RequestStream(
// resultmapper: result => (Data: ProtobufNetSerializer.Deserialize<Person>(result.Data), Metadata: ProtobufNetSerializer.Deserialize<Person>(result.Metadata)),
// data: ProtobufNetSerializer.Serialize(persondata), metadata: ProtobufNetSerializer.Serialize(personmetadata));
var stream = client.RequestStream(ProtobufNetSerializer.Serialize(persondata), ProtobufNetSerializer.Serialize(personmetadata));
await stream.ForEachAsync(persons => Console.WriteLine($"RawDemo.OnNext===>[{ProtobufNetSerializer.Deserialize<Person>(persons.Metadata)}]{ProtobufNetSerializer.Deserialize<Person>(persons.Data)}"));
Console.WriteLine("\nRequesting String Serializer Stream...");
await client.RequestStream("A Demo Payload")
.ForEachAsync(result => Console.WriteLine($"StringDemo.OnNext===>{result}"));
Console.ReadKey();
//var sender = from index in Observable.Interval(TimeSpan.FromSeconds(1)) select new Person() { Id = (int)index, Name = $"Person #{index:0000}" };
//using (personclient.RequestChannel(obj).Subscribe(
// onNext: value => Console.WriteLine($"RequestChannel.OnNext ===>{value}"), onCompleted: () => Console.WriteLine($"RequestChannel.OnComplete!")))
//{
// Console.ReadKey();
//}
}
static async Task Main1(string[] args)
{
//Create a new Client.
var client = new RSocketClient(
new WebSocketTransport("ws://localhost:9092/"));
// new SocketTransport("tcp://localhost:9091/"));
//Bind a Service to this Client.
var service = new EchoService.EchoServiceClient(client);
//Connect to a Server and establish communications.
await client.ConnectAsync();
//Make a service method call with no return to the server.
await service.FireAndForget(Value.ForString($"{nameof(service.FireAndForget)}: Calling service..."));
//Make a service method call returning a single value.
var result = await service.RequestResponse(Value.ForString($"{nameof(service.RequestResponse)}: Calling service..."));
Console.WriteLine($"Sample Result: {result.StringValue}");
//C# 8.0: Change the target language version to see IAsyncEnumerable iteration using built-in language constructs. (Project -> Properties -> Build -> Advanced -> Language Version)
#if CSHARP8
//Make a service call and asynchronously iterate the returning values.
var stream = service.RequestStream(Value.ForString($"{nameof(service.RequestStream)}: Calling service..."));
await foreach (var value in stream)
{
Console.WriteLine($"Stream Result: {value.StringValue}");
}
Console.WriteLine("Stream Done");
//Make a service call taking asynchronous values and asynchronously iterate the returning values.
var channel = service.RequestChannel(GenerateValues());
await foreach (var value in channel)
{
Console.WriteLine($"Channel Result: {value.StringValue}");
}
Console.WriteLine("Channel Done");
#else
//Make a service call and asynchronously iterate the returning values.
var stream = service.RequestStream(Value.ForString($"{nameof(service.RequestStream)}: Calling service..."));
await ForEach(stream, value => Console.WriteLine($"Stream Result: {value.StringValue}"), () => Console.WriteLine("Stream Done"));
//Make a service call taking asynchronous values and asynchronously iterate the returning values.
var channel = service.RequestChannel(GenerateValues());
await ForEach(channel, value => Console.WriteLine($"Channel Result: {value.StringValue}"), () => Console.WriteLine("Channel Done"));
//Wait for a keypress to end session.
{ Console.WriteLine($"Press any key to continue..."); Console.ReadKey(); }
#endif
}
static async Task Main(string[] args)
{
var transport = new LoopbackTransport();
// new WebSocketTransport("ws://localhost:9092/"));
// new SocketTransport("tcp://localhost:9091/")
var client = new RSocketClient(transport);
var service = new EchoService.EchoServiceClient(client);
var server = new RSocketServer(transport.Beyond);
var producer = new MyEchoServer(server);
//TODO ASK: Should these be present in the generated methods to allow one-line construction?
await server.ConnectAsync();
await client.ConnectAsync();
//await service.FireAndForget(Value.ForString("Fire and Forget Test Requrest"));
//Console.WriteLine($"{nameof(service.FireAndForget)}() => void");
var responseresult = await service.RequestResponse(Value.ForString("Request Response Test Requrest"));
Console.WriteLine($"{nameof(service.RequestResponse)}() => {responseresult.StringValue}");
var streamresults = await service.RequestStream(Value.ForString("Test Stream Request"))
.ToListAsync(); //Collect all of the results. In C#8, this can be an async foreach - nice!
streamresults.ForEach(result => Console.WriteLine($"{nameof(service.RequestStream)}() => {result.StringValue}"));
var channelresults = await service.RequestChannel((
from value in Enumerable.Range(1, 3) select Value.ForString($"Test Channel Value {value}")
).ToAsyncEnumerable()).ToListAsync();
//Wait for a keypress to end session.
{ Console.WriteLine($"Press any key to continue..."); Console.ReadKey(); }
}
public async Task ConnectAsync()
{
await client.ConnectAsync(options, metadata : writeSetupMetadata());
}
public void TestInitialize()
{
Loopback = new Transports.LoopbackTransport(DuplexPipe.ImmediateOptions, DuplexPipe.ImmediateOptions);
Server = new TestServer(Loopback);
Server.Connect();
_Client = new Lazy <RSocketClient>(() => { var rsocket = new RSocketClient(Loopback); rsocket.ConnectAsync().Wait(); return(rsocket); });
}
