public EpoxyTransport(
ILayerStackProvider layerStackProvider,
Func <string, Task <IPAddress> > resolver,
EpoxyServerTlsConfig serverTlsConfig,
EpoxyClientTlsConfig clientTlsConfig,
TimeoutConfig timeoutConfig,
ILogSink logSink, bool enableDebugLogs,
IMetricsSink metricsSink)
{
// Layer stack provider may be null
this.layerStackProvider = layerStackProvider;
// Always need a resolver, so substitute in default if given null
this.resolver = resolver ?? ResolveViaDnsAsync;
// may be null - indicates no TLS for listeners
this.serverTlsConfig = serverTlsConfig;
// Client-side TLS is determined by how the connection is
// established, so we substitute in the Default TLS config if we
// happened to get null
this.clientTlsConfig = clientTlsConfig ?? EpoxyClientTlsConfig.Default;
this.timeoutConfig = timeoutConfig;
// Log sink may be null
logger = new Logger(logSink, enableDebugLogs);
// Metrics sink may be null
metrics = new Metrics(metricsSink);
connections = new CleanupCollection <EpoxyConnection>();
listeners = new CleanupCollection <EpoxyListener>();
}
public EpoxyListener(
EpoxyTransport parentTransport,
IPEndPoint listenEndpoint,
EpoxyServerTlsConfig tlsConfig,
EpoxyTransport.TimeoutConfig timeoutConfig,
Logger logger, Metrics metrics) : base(logger, metrics)
{
Debug.Assert(parentTransport != null);
Debug.Assert(listenEndpoint != null);
this.parentTransport = parentTransport;
// will be null if not using TLS
this.tlsConfig = tlsConfig;
this.timeoutConfig = timeoutConfig;
listener = new TcpListener(listenEndpoint);
serviceHost = new ServiceHost(logger);
connections = new CleanupCollection <EpoxyConnection>();
shutdownTokenSource = new CancellationTokenSource();
ListenEndpoint = listenEndpoint;
}