/// <summary>
/// A convenience method for creating an adapter for an outlet pair.
/// This will automatically connect the adapter to the internal outlet and pass events between the adapter and external outlet.
///
/// The external outlet should be the outlet the world can interact with, while the internal outlet is the corresponding outlet of
/// our internal pipe system - the implementation of this pipe.
/// </summary>
protected IAdapterInlet <TMessage> CreateAndConnectAdapter <TMessage>(IOutlet <TMessage> internalOutlet, IOutlet <TMessage> externalOutlet)
{
var promisedPipe = new Promised <IPipe>();
promisedPipe.Fulfill(this);
var adapterInlet = new AdapterInlet <TMessage>(promisedPipe);
SharedResource.ConnectTo(adapterInlet.SharedResource);
adapterInlets.Add(adapterInlet);
inletOutletBiLookup.Add(adapterInlet, externalOutlet);
// Do not check if the graph forms a tree - it probably doesn't as all adapters are connected
// to this pipe. However, messages should never be passed in a cycle or violate the "tree-ness" nevertheless.
adapterInlet.ConnectTo(internalOutlet, false);
return(adapterInlet);
}
public void Add_CanAddASinglePair()
{
// Act
biLookup.Add(1, "1");
// Assert
biLookup[1].Should().BeEquivalentTo("1");
biLookup["1"].Should().BeEquivalentTo(1);
}