/*!
* @file SWaveformParser.h
* @author Nick Ryder & Dan Saunders, on behalf of the SoLid collaboration.
* @date 17 Aug 2016
*/


#ifndef SWaveformParser_h_
#define SWaveformParser_h_

#include "SAlgorithms/ISAlgorithm.h"

enum ParserStatus {
    parserContinue = 0x0,
    parserEnd = 0x1,
    parserError = 0x2
};

//! Parsing raw data into waveforms.
class SWaveformParser : public ISAlgorithm {
    public:
      SWaveformParser(SDetector * dtr, SClipboard * cb);
      ~SWaveformParser();

      void initialize();
      void execute();
      void finalize();

    private:
        /**
         * Parse a data containing a single time block from a single plane.
         *
         * @param block: reference to data in SRawBuffer
         * @returns true for successful parsing.
         */
        STriggerRecord * parseTriggerBlock(SRawBlock block);
        SWaveformBlock * parseWaveformBlock(SRawBlock block);

      SRawBuffer * m_buf;
      std::vector<STimeBlock*> * m_timeblocks;
      STimeBlock* m_timeblock;
      uint64_t m_cyclestarttime;
      STriggerRecord * m_triggerrecord;
      bool m_stopnext;
      //! maximum (human time [ns]) within one cycle
      double m_maxhtime;
      //! maximum gap between two successive time blocks within a single cycle.
      double m_maxgaphtime;
};

#endif /* SWaveformParser_h_ */