Correlator.hpp

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#pragma once
#ifndef BIL_CORRELATOR_HPP
#define BIL_CORRELATOR_HPP

#include <map>
#include <correlation/CorrelationUnit.hpp>
#include <correlation/cfgextraction/CfgExtractor.hpp>
#include <correlation/xdlextraction/XDLExtractor.hpp>
#include <mappingdb/DeviceCfgDb.hpp>
#include <xdl/model/Design.hpp>
#include <xdlrc/model/Device.hpp>


namespace bil {

    class Correlator {
    public:

        void run(DeviceCfgDb& db, const Design& design, const Device& device, CfgExtractor& cfgExtractor);


    private:

        void gatherCorrelationUnits(size_t tileTypeIndex, const Design& design, const Device& device, CfgExtractor& cfgExtractor);
        void buildPIPControlSetMap(const PIPControlSets& pipControlSets);
        void initPIPStates(size_t pipCount, size_t cfgBitCount);
        void isolatePIPs(CorrelationUnits& correlationUnits);
        void writePIPsToDb(TileTypeCfgDb& tileTypeDb);
        void getCfgBitPositions(BitPositions &bitPositions, const PIPBitValues& pipBitValues) const;
        void getCfgBitValues(PIPBitValues& pipBitValues, const BitPositions &bitPositions) const;

        CorrelationUnits m_tileUnits;
        CorrelationUnits m_pipStates;
        typedef std::map<size_t, const PIPControlSet*> pipControlSetMap_t;
        pipControlSetMap_t m_pipControlSetMap;

        TileIndices m_tileIndices;
        std::vector<boost::uint32_t> m_buffer;

    };

}

#endif