public ServerTests()
{
_err = Substitute.For<IDeliveryErrorsQueue>();
_transporter = Substitute.For<IDeliverToEndpoint>();
_sut =new DispatcherServer(c =>
{
c.DeliveryErrorsQueue = _err;
c.Storage = Substitute.For<IStoreDispatcherServerState>();
c.Transporters.Add(Setup.TestEndpoint,_transporter);
c.EndpointUpdatesNotifier = Substitute.For<IGetEndpointUpdates>();
c.MessageNotifier = Substitute.For<IGetMessages>();
});
_sut.ReceiveConfigurations(new [] {SetupConfig()});
_sut.Start();
}
public ServerTests()
{
_err = Substitute.For <IDeliveryErrorsQueue>();
_transporter = Substitute.For <IDeliverToEndpoint>();
_sut = new DispatcherServer(c =>
{
c.DeliveryErrorsQueue = _err;
c.Storage = Substitute.For <IStoreDispatcherServerState>();
c.Transporters.Add(Setup.TestEndpoint, _transporter);
c.EndpointUpdatesNotifier = Substitute.For <IGetEndpointUpdates>();
c.MessageNotifier = Substitute.For <IGetMessages>();
});
_sut.ReceiveConfigurations(new [] { SetupConfig() });
_sut.Start();
}
private async Task Send(IDeliverToEndpoint transporter, EnvelopeToClient envelopeTo)
{
try
{
await transporter.Send(envelopeTo).ConfigureFalse();
}
catch (CouldntSendMessagesException ex)
{
this.LogError(ex);
_config.DeliveryErrorsQueue.TransporterError(ex);
}
//we need the server to not crash if one transporter throws an unhandled exception
catch (Exception ex)
{
this.LogError(ex);
}
}
private async Task Send(IDeliverToEndpoint transporter, EnvelopeToClient envelopeTo)
{
try
{
await transporter.Send(envelopeTo).ConfigureFalse();
}
catch (CouldntSendMessagesException ex)
{
this.LogError(ex);
_config.DeliveryErrorsQueue.TransporterError(ex);
}
//we need the server to not crash if one transporter throws an unhandled exception
catch (Exception ex)
{
this.LogError(ex);
}
}
public void Add(EndpointId id, IDeliverToEndpoint instance) => _transporters.Add(id, instance);
public void Add(EndpointId id, IDeliverToEndpoint instance) => _transporters.Add(id, instance);
