public InMemoryStateStoreActor(IEnumerable <IDispatcher> dispatchers, long checkConfirmationExpirationInterval, long confirmationExpiration)
{
if (dispatchers == null)
{
throw new ArgumentNullException(nameof(dispatchers), "Dispatcher must not be null.");
}
_dispatchers = dispatchers.ToList();
_entryAdapterProvider = EntryAdapterProvider.Instance(Stage.World);
_stateAdapterProvider = StateAdapterProvider.Instance(Stage.World);
_entries = new List <IEntry>();
_entryReaders = new Dictionary <string, IStateStoreEntryReader>();
_store = new Dictionary <string, Dictionary <string, TRawState> >();
_dispatchables = new List <Dispatchable>();
_readAllResultCollector = new ReadAllResultCollector();
var dispatcherControlDelegate = new InMemoryDispatcherControlDelegate(_dispatchables);
_dispatcherControl = Stage.ActorFor <IDispatcherControl>(
() => new DispatcherControlActor(
_dispatchers,
dispatcherControlDelegate,
checkConfirmationExpirationInterval,
confirmationExpiration));
}
public InMemoryStateStoreActor(IDispatcher <Dispatchable <TEntry, TRawState> > dispatcher, long checkConfirmationExpirationInterval, long confirmationExpiration)
{
if (dispatcher == null)
{
throw new ArgumentNullException(nameof(dispatcher), "Dispatcher must not be null.");
}
_dispatcher = dispatcher;
_entryAdapterProvider = EntryAdapterProvider.Instance(Stage.World);
_stateAdapterProvider = StateAdapterProvider.Instance(Stage.World);
_entries = new List <TEntry>();
_entryReaders = new Dictionary <string, IStateStoreEntryReader <TEntry> >();
_store = new Dictionary <string, Dictionary <string, TRawState> >();
_dispatchables = new List <Dispatchable <TEntry, TRawState> >();
var dispatcherControlDelegate = new InMemoryDispatcherControlDelegate <TEntry, TRawState>(_dispatchables);
_dispatcherControl = Stage.ActorFor <IDispatcherControl>(
Definition.Has <DispatcherControlActor <TEntry, TRawState> >(
Definition.Parameters(
dispatcher,
dispatcherControlDelegate,
checkConfirmationExpirationInterval,
confirmationExpiration)));
}
public InMemoryObjectStoreActor(IDispatcher <Dispatchable <TEntry, TState> > dispatcher, long checkConfirmationExpirationInterval, long confirmationExpiration)
{
_entryAdapterProvider = EntryAdapterProvider.Instance(Stage.World);
_dispatcher = dispatcher;
_entryReaders = new Dictionary <string, IObjectStoreEntryReader <IEntry <T> > >();
_storeDelegate = new InMemoryObjectStoreDelegate <TEntry, TState>(StateAdapterProvider.Instance(Stage.World));
_dispatcherControl = Stage.ActorFor <IDispatcherControl>(
() => new DispatcherControlActor <TEntry, TState>(dispatcher, _storeDelegate,
checkConfirmationExpirationInterval, confirmationExpiration));
}
public InMemoryEventJournalActorTest(ITestOutputHelper output)
{
var converter = new Converter(output);
Console.SetOut(converter);
_world = World.StartWithDefaults("test-journal");
_dispatcher = new MockDispatcher <string, TextEntry, TextState>(new MockConfirmDispatchedResultInterest());
_journal = Journal <string> .Using <InMemoryJournalActor <string, TextEntry, TextState>, TextEntry, TextState>(_world.Stage, _dispatcher);
EntryAdapterProvider.Instance(_world).RegisterAdapter(new Test1SourceAdapter());
EntryAdapterProvider.Instance(_world).RegisterAdapter(new Test2SourceAdapter());
StateAdapterProvider.Instance(_world).RegisterAdapter(new SnapshotStateAdapter());
}
public InMemoryJournal(IEnumerable <IDispatcher> dispatchers, World world, long checkConfirmationExpirationInterval = 1000L, long confirmationExpiration = 1000L)
{
_dispatchers = dispatchers.ToList();
_entryAdapterProvider = EntryAdapterProvider.Instance(world);
_stateAdapterProvider = StateAdapterProvider.Instance(world);
_journal = new List <IEntry>();
_journalReaders = new Dictionary <string, IJournalReader>(1);
_streamReaders = new Dictionary <string, IStreamReader>(1);
_streamIndexes = new Dictionary <string, Dictionary <int, int> >();
_snapshots = new Dictionary <string, IState>();
_dispatchables = new List <Dispatchable>();
var dispatcherControlDelegate = new InMemoryDispatcherControlDelegate(_dispatchables);
_dispatcherControl = world.Stage.ActorFor <IDispatcherControl>(
() => new DispatcherControlActor(
_dispatchers,
dispatcherControlDelegate,
checkConfirmationExpirationInterval,
confirmationExpiration));
}
public InMemoryJournal(IDispatcher <Dispatchable <TEntry, TState> > dispatcher, World world, long checkConfirmationExpirationInterval = 1000L, long confirmationExpiration = 1000L)
{
_dispatcher = dispatcher;
_entryAdapterProvider = EntryAdapterProvider.Instance(world);
_stateAdapterProvider = StateAdapterProvider.Instance(world);
_journal = new List <TEntry>();
_journalReaders = new Dictionary <string, IJournalReader <TEntry> >(1);
_streamReaders = new Dictionary <string, IStreamReader <T> >(1);
_streamIndexes = new Dictionary <string, Dictionary <int, int> >();
_snapshots = new Dictionary <string, TState>();
_dispatchables = new List <Dispatchable <TEntry, TState> >();
var dispatcherControlDelegate = new InMemoryDispatcherControlDelegate <TEntry, TState>(_dispatchables);
_dispatcherControl = world.Stage.ActorFor <IDispatcherControl>(
Definition.Has <DispatcherControlActor <TEntry, TState> >(
Definition.Parameters(
dispatcher,
dispatcherControlDelegate,
checkConfirmationExpirationInterval,
confirmationExpiration)));
}
/// <summary>
/// Construct my default state and register me with the <see cref="World"/>.
/// </summary>
/// <param name="world">The World to which I am registered</param>
public StatefulTypeRegistry(World world)
{
world.RegisterDynamic(InternalName, this);
StateAdapterProvider.Instance(world);
}