public IUnaryMethodCall <TResponse> CallUnary <TRequest, TResponse>(MethodCallDescriptor descriptor, TRequest request, ContextLinkageOptions contextLinkageOptions = default)
{
_log.Debug("Starting unary call: {0}", descriptor);
var call = new UnaryMethodCall <TRequest, TResponse>(() => _outcomingInvocationFactory.CreateAsync <TRequest, TResponse>(descriptor, request, contextLinkageOptions));
call.Start();
return(call);
}
public IUnaryMethodCall CallUnary <TRequest>(MethodCallDescriptor descriptor, TRequest request)
{
_log.Debug("Starting unary call: {0}", descriptor);
var call = new UnaryMethodCall <TRequest, Nothing>(() => _outcomingInvocationFactory.CreateAsync <TRequest, Nothing>(descriptor, request));
call.Start();
return(call);
}
public void CallDescriptorConstructionWorksWithNoArguments()
{
// --- Act
var descriptor = new MethodCallDescriptor(this, typeof(MethodDescriptorTest)
.GetMethod("ConstructionWorksWithNoArguments"), null);
// --- Assert
descriptor.ArgumentCount.ShouldEqual(0);
}
internal DiscoveredMethod(
ProvidedMethodReference providedMethod,
Maybe <string> title,
string inputMessageId,
string outputMessageId,
MethodType type,
MethodCallDescriptor callDescriptor)
{
ProvidedMethod = providedMethod;
Title = title;
InputMessageId = inputMessageId;
OutputMessageId = outputMessageId;
Type = type;
CallDescriptor = callDescriptor;
}
public async ValueTask <IOutcomingInvocation <TRequest, TResponse> > CreateAsync <TRequest, TResponse>(
MethodCallDescriptor methodCall, Maybe <TRequest> request = default, Maybe <ContextLinkageOptions> contextLinkageOptions = default)
{
var channel = await _connection.CreateChannelAsync().ConfigureAwait(false);
InvocationMethodDescriptor methodDescriptor = null;
InvocationTargetDescriptor targetDescriptor = null;
if (methodCall.Method.HasValue)
{
var method = methodCall.Method.Value;
methodDescriptor = new InvocationMethodDescriptor(method.Service.Id, method.Name, method.Service.Alias);
}
if (methodCall.ProvidedMethod.HasValue)
{
var method = methodCall.ProvidedMethod.Value;
methodDescriptor = new InvocationMethodDescriptor(method.ProvidedService.ServiceId, method.Name, method.ProvidedService.ServiceId);
targetDescriptor = new InvocationTargetDescriptor(method.ProvidedService.ApplicationId, method.ProvidedService.ConnectionId, method.ProvidedService.ServiceAlias);
}
var descriptor = new OutcomingInvocationDescriptor(methodDescriptor, targetDescriptor, contextLinkageOptions);
var invocation = new OutcomingInvocation <TRequest, TResponse>(
descriptor,
channel,
_protocol,
GetMarshaller <TRequest>(),
GetMarshaller <TResponse>());
invocation.Start();
if (request.HasValue)
{
await invocation.Out.WriteAsync(request.Value).ConfigureAwait(false);
invocation.Out.TryComplete();
}
return(invocation);
}
internal MethodReference(ServiceReference service, string name)
{
Service = service;
Name = name;
CallDescriptor = new MethodCallDescriptor(this);
}
internal ProvidedMethodReference(ProvidedServiceReference providedService, string methodName)
{
ProvidedService = providedService;
Name = methodName;
CallDescriptor = new MethodCallDescriptor(this);
}
public IDuplexStreamingMethodCall <TRequest, TResponse> CallDuplexStreaming <TRequest, TResponse>(MethodCallDescriptor descriptor)
{
_log.Debug("Starting duplex streaming call: {0}", descriptor);
var call = new DuplexStreamingMethodCall <TRequest, TResponse>(() => _outcomingInvocationFactory.CreateAsync <TRequest, TResponse>(descriptor));
call.Start();
return(call);
}
public IServerStreamingMethodCall <TResponse> CallServerStreaming <TRequest, TResponse>(MethodCallDescriptor descriptor, TRequest request)
{
_log.Debug("Starting server streaming call: {0}", descriptor);
var call = new ServerStreamingMethodCall <TRequest, TResponse>(() => _outcomingInvocationFactory.CreateAsync <TRequest, TResponse>(descriptor, request));
call.Start();
return(call);
}
public IClientStreamingMethodCall <TRequest, TResponse> CallClientStreaming <TRequest, TResponse>(MethodCallDescriptor descriptor, ContextLinkageOptions contextLinkageOptions = default)
{
_log.Debug("Starting client streaming call: {0}", descriptor);
var call = new ClientStreamingMethodCall <TRequest, TResponse>(() => _outcomingInvocationFactory.CreateAsync <TRequest, TResponse>(descriptor, contextLinkageOptions: contextLinkageOptions));
call.Start();
return(call);
}
public IDuplexStreamingMethodCall <TRequest, TResponse> CallDuplexStreaming <TRequest, TResponse>(MethodCallDescriptor descriptor, ContextLinkageOptions contextLinkageOptions = default)
{
CheckConnectionState();
_log.Debug("Starting duplex streaming call: {0}", descriptor);
var call = new DuplexStreamingMethodCall <TRequest, TResponse>(() => _outcomingInvocationFactory.CreateAsync <TRequest, TResponse>(descriptor, contextLinkageOptions: contextLinkageOptions));
call.Start();
return(call);
}
