public SelfRefreshingSegmentFetcher(ISegmentChangeFetcher segmentChangeFetcher, IReadinessGatesCache gates, int interval, ISegmentCache segmentsCache, int numberOfParallelSegments) : base(segmentsCache)
{
this.segmentChangeFetcher = segmentChangeFetcher;
this.segments = new ConcurrentDictionary <string, SelfRefreshingSegment>();
worker = new SegmentTaskWorker(numberOfParallelSegments);
this.interval = interval;
this.gates = gates;
StartWorker();
}
public SelfRefreshingSegmentFetcher(ISegmentChangeFetcher segmentChangeFetcher,
IReadinessGatesCache gates,
int interval,
ISegmentCache segmentsCache,
int numberOfParallelSegments) : base(segmentsCache)
{
_cancelTokenSource = new CancellationTokenSource();
_segmentChangeFetcher = segmentChangeFetcher;
_segments = new ConcurrentDictionary <string, SelfRefreshingSegment>();
_worker = new SegmentTaskWorker(numberOfParallelSegments);
_interval = interval;
_gates = gates;
_wrappedAdapter = new WrapperAdapter();
StartWorker();
}
public SelfRefreshingSegmentFetcher(ISegmentChangeFetcher segmentChangeFetcher,
IStatusManager statusManager,
int interval,
ISegmentCache segmentsCache,
int numberOfParallelSegments,
ISegmentTaskQueue segmentTaskQueue,
ITasksManager tasksManager,
IWrapperAdapter wrapperAdapter) : base(segmentsCache)
{
_segmentChangeFetcher = segmentChangeFetcher;
_segments = new ConcurrentDictionary <string, SelfRefreshingSegment>();
_worker = new SegmentTaskWorker(numberOfParallelSegments, segmentTaskQueue);
_interval = interval;
_statusManager = statusManager;
_wrappedAdapter = wrapperAdapter;
_segmentTaskQueue = segmentTaskQueue;
_tasksManager = tasksManager;
}