/*!
* @file STimeBlock.h
* @author Nick Ryder, on behalf of the SoLid collaboration.
* @date 31 Oct 2016
*/


#ifndef __STIMEBLOCK_H__
#define __STIMEBLOCK_H__

#include "SWaveform.h"
#include "STriggerRecord.h"

/* ! Time block container
 *
 * Data from the FPGA is conceptially split into time blocks.
 * The time blocks are synchronous aross the detector and nominally
 * 256 samples (6.4 microseconds) in length.
 *
 * Trigger decisions are made for each time block. All (zero supressed)
 * data within a time block is transmitted if a trigger occurs.
 *
 * Each front end FPGA sends a trigger record and the waveform
 * data from all triggered channels associated with a single time block.
 */
class STimeBlock {
    public:
        STimeBlock(uint64_t);
        ~STimeBlock();
        std::vector<SWaveformBlock*> * waveformblocks() {return &m_waveformblocks;};
        std::vector<STriggerRecord*> * triggerRecords() {
            return &m_triggerrecords;
        };
        bool addTriggerRecord(STriggerRecord *);
        bool addWaveformBlock(SWaveformBlock *);
        uint64_t timestamp() {return m_timestamp;};
        double htime() {return m_htime;};
    private:
        uint64_t m_timestamp, m_blocklen;
        int m_nblocks;
        double m_htime;
        std::vector<SWaveformBlock*> m_waveformblocks;
        std::vector<STriggerRecord*> m_triggerrecords;
};

#endif // __STIMEBLOCK_H__