public async Task starting_from_first_detection_some_gaps_with_nonzero_buffer()
{
NumberOfStreams = 10;
await PublishSingleThreaded();
var gaps = new long[] { NumberOfEvents - 100, NumberOfEvents - 95, NumberOfEvents - 88, NumberOfEvents - 33 };
await deleteEvents(gaps);
var statistics = await theDetector.Detect(CancellationToken.None);
// This gets under the gap, using the buffer
statistics.CurrentMark.ShouldBe(NumberOfEvents - 101);
statistics.HighestSequence.ShouldBe(NumberOfEvents);
var statistics2 = await theDetector.DetectInSafeZone(CancellationToken.None);
statistics2.CurrentMark.ShouldBe(NumberOfEvents - 96);
}
public async Task starting_from_first_detection_some_gaps_with_nonzero_buffer()
{
NumberOfStreams = 10;
await PublishSingleThreaded();
var gaps = new long[] { NumberOfEvents - 100, NumberOfEvents - 95, NumberOfEvents - 88, NumberOfEvents - 33 };
await deleteEvents(gaps);
var statistics = await theDetector.Detect(CancellationToken.None);
// This gets under the gap, using the buffer
statistics.CurrentMark.ShouldBe(NumberOfEvents - 101);
statistics.HighestSequence.ShouldBe(NumberOfEvents);
await makeOldWhereSequenceIsLessThanOrEqualTo(NumberOfEvents - 40);
var safeTimestamp = statistics.LastUpdated.Value.Subtract(1.Seconds());
var statistics2 = await theDetector.DetectInSafeZone(safeTimestamp, CancellationToken.None);
statistics2.CurrentMark.ShouldBe(NumberOfEvents - 34);
}