void IncrGAnalysisListener.OnMatch(GAnlysInput nextInput, AfterMatchListener afterListener, AlternativeIncrGAnalyzer alternative)
{
List <IndexedAfterMatchListener> updatedMatches = new List <IndexedAfterMatchListener>(previoudMatches);
updatedMatches.Add(new IndexedAfterMatchListener(nextIndex - 1, afterListener));
if (nextIndex < analyzers.Count)
{
var recordingListener = new RecordingIncrGAnalysListener {
baseListener = new ChainListenerOld {
analyzers = analyzers, nextIndex = nextIndex + 1, rootListener = rootListener, previoudMatches = updatedMatches, afterListenerFactory = afterListenerFactory
}
};
analyzers[nextIndex].Analyze(nextInput, recordingListener);
if (!recordingListener.didMatch && alternative != null)
{
updatedMatches.RemoveAt(updatedMatches.Count - 1);
AlternativeIncrGAnalyzer currentAlternative = alternative;
var altListener = new ChainListenerOld {
analyzers = analyzers, nextIndex = nextIndex, rootListener = rootListener, previoudMatches = updatedMatches, afterListenerFactory = afterListenerFactory
};
alternative.AnalyzeAgain(altListener);
}
}
else
{
//rootListener.OnMatch(nextInput, new ClusterAfterListener { afterListeners = updatedMatches });
rootListener.OnMatch(nextInput, afterListenerFactory(updatedMatches), alternative);
}
}
void IncrementalGAnalyzer.Analyze(GAnlysInput input, IncrGAnalysisListener listener)
{
var recLis = new RecordingIncrGAnalysListener {
baseListener = listener
};
baseAnalyzer.Analyze(input, recLis);
if (!recLis.didMatch)
{
listener.OnMatch(input, StbAfterLis.instance);
}
}
