public static Pipeline Create(string name, IElementProcessor elementProcessor,IBrowsableElementStore elementStore)
{
const int minimumPendingEvents = 10;
const int batchSize = 20;
return new Pipeline(name, elementProcessor, elementStore, new ThresholdedFetchPolicy(minimumPendingEvents, batchSize));
}
public Pipeline(string name, IElementProcessor elementProcessor, IBrowsableElementStore elementStore, IFetchPolicy fetchPolicy)
{
_name = name;
_elementStore = elementStore;
_demultiplexer = new Demultiplexer();
_demultiplexer.EventDemultiplexed += OnDemultiplexed;
_processor = new PipelineProcessor(elementProcessor);
_processor.EventProcessed += OnEventProcessed;
_fetcher = new ElementFetcher(fetchPolicy, _elementStore, name);
_fetcher.ElementFetched += OnElementFetched;
_fetchTimer = new Timer(x => EvaluateFetchPolicy(), null, TimeSpan.Zero, TimeSpan.FromSeconds(1));
}
public Pipeline(string name, IElementProcessor elementProcessor, IBrowsableElementStore elementStore, IFetchPolicy fetchPolicy)
{
_name = name;
_elementStore = elementStore;
_demultiplexer = new Demultiplexer();
_demultiplexer.EventDemultiplexed += OnDemultiplexed;
_processor = new PipelineProcessor(elementProcessor);
_processor.EventProcessed += OnEventProcessed;
_fetcher = new ElementFetcher(fetchPolicy, _elementStore, name);
_fetcher.ElementFetched += OnElementFetched;
_fetchTimer = new Timer(x => EvaluateFetchPolicy(), null, TimeSpan.Zero, TimeSpan.FromSeconds(1));
}
public void SetUp()
{
_event = new FakeProcessingElement();
_eventStore = MockRepository.GenerateMock <IBrowsableElementStore>();
_eventQueue = MockRepository.GenerateMock <IEventQueue>();
}
public LazyMarkingBrowsableElementStore(IBrowsableElementStore wrappedStore, int threshold = DefaultThreshold)
{
_wrappedStore = wrappedStore;
_threshold = threshold;
}
public ElementFetcher(IFetchPolicy fetchPolicy, IBrowsableElementStore elementStore, string pipelineName)
{
_fetchPolicy = fetchPolicy;
_pipelineName = pipelineName;
_elementStore = elementStore;
}
public InMemoryBufferedBrowsableElementStore(IBrowsableElementStore persistentStore, int fetchSize)
{
_persistentStore = persistentStore;
_fetchSize = fetchSize;
_buffer = new FixedSizeChunkBuffer(fetchSize);
}
public InMemoryBufferedBrowsableElementStore(IBrowsableElementStore persistentStore, int fetchSize)
{
_persistentStore = persistentStore;
_fetchSize = fetchSize;
_buffer = new FixedSizeChunkBuffer(fetchSize);
}
public void SetUp()
{
_event = new FakeProcessingElement();
_eventStore = MockRepository.GenerateMock<IBrowsableElementStore>();
_eventQueue = MockRepository.GenerateMock<IEventQueue>();
}
public static Pipeline CreateWithLazyElementMarking(string name, IElementProcessor elementProcessor, IBrowsableElementStore elementStore)
{
return Create(name,elementProcessor, new LazyMarkingBrowsableElementStore(elementStore));
}
public static Pipeline Create(string name, IElementProcessor elementProcessor, IBrowsableElementStore elementStore)
{
const int minimumPendingEvents = 10;
const int batchSize = 20;
return(new Pipeline(name, elementProcessor, elementStore, new ThresholdedFetchPolicy(minimumPendingEvents, batchSize)));
}
public static Pipeline CreateWithLazyElementMarking(string name, IElementProcessor elementProcessor, IBrowsableElementStore elementStore)
{
return(Create(name, elementProcessor, new LazyMarkingBrowsableElementStore(elementStore)));
}
public LazyMarkingBrowsableElementStore(IBrowsableElementStore wrappedStore, int threshold = DefaultThreshold)
{
_wrappedStore = wrappedStore;
_threshold = threshold;
}
public ElementFetcher(IFetchPolicy fetchPolicy, IBrowsableElementStore elementStore, string pipelineName)
{
_fetchPolicy = fetchPolicy;
_pipelineName = pipelineName;
_elementStore = elementStore;
}
