public ICoverageState Consume(CircularArray <double>[] buffers, int startBufferIdx, long sampleIdx, Action <long, long> segmentFound)
{
var isComplete = CoverageStateMachine.IsCompleteAtIndex(sampleIdx, buffers, startBufferIdx);
if (isComplete)
{
return(m_stateFactory.Extend(sampleIdx));
}
return(this);
}
public ICoverageState Consume(CircularArray <double>[] buffers, int startBufferIdx, long sampleIdx, Action <long, long> segmentFound)
{
var complete = CoverageStateMachine.IsCompleteAtIndex(sampleIdx, buffers, startBufferIdx);
if (complete)
{
m_endIdx = sampleIdx;
return(this);
}
return(Done(segmentFound));
}
public CoverageCircularBuffer(int[] loggedParametersIds, int loggedParametersRateInMilliHz,
int bufferWidthInSeconds, ITimeUtils <TTime> timeUtils)
{
m_loggedParametersIds = loggedParametersIds;
m_loggedParametersRateInMilliHz = loggedParametersRateInMilliHz;
m_timeUtils = timeUtils;
m_coverageStateMachine = new CoverageStateMachine(new FixedCoverageStateFactory());
var bufferSize = loggedParametersRateInMilliHz * bufferWidthInSeconds / 1000;
m_buffers = new CircularArray <double> [loggedParametersIds.Length];
for (int i = 0; i < m_buffers.Length; i++)
{
m_buffers[i] = new CircularArray <double>(bufferSize, double.NaN);
}
m_timeZero = timeUtils.Zero();
}