public InMemoryTransportProvider(IInMemoryHostConfiguration hostConfiguration, IInMemoryTopologyConfiguration topologyConfiguration)
{
_hostConfiguration = hostConfiguration;
_topologyConfiguration = topologyConfiguration;
_messageFabric = new Lazy <IMessageFabric>(() => new MessageFabric(hostConfiguration.TransportConcurrencyLimit));
}
public InMemoryBusConfiguration(IInMemoryTopologyConfiguration topologyConfiguration)
: base(topologyConfiguration)
{
_topologyConfiguration = topologyConfiguration;
_hosts = new HostCollection <IInMemoryHostConfiguration>();
}
public InMemoryTopologyConfiguration(IInMemoryTopologyConfiguration topologyConfiguration)
{
_messageTopology = topologyConfiguration.Message;
_sendTopology = topologyConfiguration.Send;
_publishTopology = topologyConfiguration.Publish;
_consumeTopology = new InMemoryConsumeTopology(topologyConfiguration.Message);
}
public InMemoryBusConfiguration(IInMemoryTopologyConfiguration topologyConfiguration, Uri baseAddress)
: base(topologyConfiguration)
{
_hostConfiguration = new InMemoryHostConfiguration(this, baseAddress, topologyConfiguration);
_busEndpointConfiguration = CreateEndpointConfiguration();
_busObservers = new BusObservable();
}
public InMemoryHostConfiguration(IInMemoryBusConfiguration busConfiguration, Uri baseAddress, IInMemoryTopologyConfiguration topologyConfiguration)
{
_busConfiguration = busConfiguration;
_topologyConfiguration = topologyConfiguration;
_hostAddress = baseAddress ?? new Uri("loopback://localhost/");
TransportConcurrencyLimit = Environment.ProcessorCount;
_sendTransportCacheConfigurator = new CacheConfigurator();
_proxy = new InMemoryHostProxy();
}
InMemoryEndpointConfiguration(IInMemoryEndpointConfiguration parentConfiguration, IInMemoryTopologyConfiguration topologyConfiguration,
IConsumePipe consumePipe = null)
: base(parentConfiguration, topologyConfiguration, consumePipe)
{
_topologyConfiguration = topologyConfiguration;
}
public InMemoryHostConfiguration(IInMemoryBusConfiguration busConfiguration, Uri baseAddress, IInMemoryTopologyConfiguration topologyConfiguration)
: base(busConfiguration)
{
_busConfiguration = busConfiguration;
_hostAddress = baseAddress ?? new Uri("loopback://localhost/");
_hostTopology = new InMemoryHostTopology(this, topologyConfiguration);
TransportConcurrencyLimit = Math.Min(Environment.ProcessorCount, 4);
ReceiveTransportRetryPolicy = Retry.CreatePolicy(x =>
{
x.Handle <ConnectionException>();
x.Exponential(1000, TimeSpan.FromSeconds(3), TimeSpan.FromSeconds(30), TimeSpan.FromSeconds(3));
});
_transportProvider = new Recycle <IInMemoryTransportProvider>(() => new InMemoryTransportProvider(this, topologyConfiguration));
}
public InMemoryHostTopology(IInMemoryTopologyConfiguration configuration)
: base(configuration)
{
_configuration = configuration;
}
public InMemoryHostConfiguration(IInMemoryBusConfiguration busConfiguration, Uri baseAddress, IInMemoryTopologyConfiguration topologyConfiguration)
: base(busConfiguration)
{
_busConfiguration = busConfiguration;
_hostAddress = baseAddress ?? new Uri("loopback://localhost/");
_hostTopology = new InMemoryHostTopology(this, topologyConfiguration);
TransportConcurrencyLimit = Math.Min(Environment.ProcessorCount, 4);
_transportProvider = new Recycle <IInMemoryTransportProvider>(() => new InMemoryTransportProvider(this, topologyConfiguration));
}
public InMemoryHostTopology(IInMemoryTopologyConfiguration topologyConfiguration)
: base(topologyConfiguration)
{
_topologyConfiguration = topologyConfiguration;
}
InMemoryEndpointConfiguration(IInMemoryEndpointConfiguration parentConfiguration, IInMemoryTopologyConfiguration topologyConfiguration)
: base(parentConfiguration, topologyConfiguration)
{
_topologyConfiguration = topologyConfiguration;
}
protected InMemoryEndpointConfiguration(IInMemoryTopologyConfiguration topologyConfiguration)
: base(topologyConfiguration)
{
_topologyConfiguration = topologyConfiguration;
}
