public void Construct(RawAnalyzerHandler.AnalysesCompleted f,
RawAnalyzerHandler.NeutronOutOfSequenceErrorEvent f2,
RawAnalyzerHandler.BlockCountMismatchErrorEvent f3,
double theTicSizeInSeconds)
{
handler = new RawAnalyzerHandler(theTicSizeInSeconds: theTicSizeInSeconds, logger: logger);
handler.OnAnalysesCompleted += f;
handler.OnNeutronOutOfSequenceErrorEvent += f2;
handler.OnBlockCountMismatchErrorEvent += f3;
}
internal void SetupCountingAnalyzerHandler(Config cfg,
double tickSizeInSeconds,
RawAnalyzerHandler.AnalysesCompleted f = null,
RawAnalyzerHandler.NeutronOutOfSequenceErrorEvent f2 = null,
RawAnalyzerHandler.BlockCountMismatchErrorEvent f3 = null)
{
State.Sup.SetLogger(analogger);
if (f == null) // use the local handle
{
State.Sup.Construct((string s) =>
{
AssayPendingComplete();
logger.TraceEvent(LogLevels.Info, 139, "Neutron counting processing complete: '" + s + "'");
},
(string s) =>
{
AssayPendingComplete();
logger.TraceEvent(LogLevels.Error, 138, "Neutron counting processing stopped with error: '" + s + "'");
EndAnalysisImmediately();
throw new FatalNeutronCountingException(s); // emergency exit, caught and noted in buffer handler PassToAnalysis
},
(string s) =>
{
AssayPendingComplete();
logger.TraceEvent(LogLevels.Error, 137, "Neutron counting processing [Block] stopped with error: '" + s + "'");
EndAnalysisImmediately();
throw new FatalNeutronCountingException(s); // emergency exit, caught and noted in buffer handler PassToAnalysis
},
theTicSizeInSeconds: tickSizeInSeconds); // starts the threads, so watch out!
}
else
{
State.Sup.Construct(f, f2, f3, theTicSizeInSeconds: tickSizeInSeconds); // ditto
}
logger.TraceEvent(LogLevels.Verbose, 146, "Neutron counting task running, {0} time base", tickSizeInSeconds);
}
