CorrelatorConfigChecker.h

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#ifndef CARMA_CORRELATOR_LIB_CORRELATORCONFIGCHECKER_H
#define CARMA_CORRELATOR_LIB_CORRELATORCONFIGCHECKER_H

#include "carma/correlator/lib/BandManager.h"
#include "carma/util/ConfigChecker.h"

#include <string>

namespace carma {
  namespace correlator {
    namespace lib {

      class CorrelatorListener;
      class CorrelatorConfigChecker: public carma::util::ConfigChecker {
      public:

        virtual ~CorrelatorConfigChecker();

        static CorrelatorConfigChecker *
        getInstance( const ::std::string & filename = ::std::string() );

        bool isDebug(const std::string& ClassName);

        bool isLogCmd(const std::string& ClassName);

        bool printTime();

        bool prettyFunction();

        bool isTransportCorrelatorData();

        bool isTransportCorrelatorMonitorData();

        bool isTransportIntegratorMonitorData();

        bool isTransportDecimatorMonitorData();
        bool isTransportPassBandMonitorData();
        bool isTransportTsysMonitorData();
        bool isTransportFluxMonitorData();
        bool isTransportBlankFlagMonitorData();
        bool isTransportLinelengthCorrectionMonitorData();
        bool isTransportIFcorrectionMonitorData();
        bool isTransportWvrMonitorData();
        bool isTransportSelfCalMonitorData();
        bool isTransportCorrelatorPublisherMonitorData();
        bool isTransportVisBrickWriterMonitorData();

        bool isTransportPipelineMonitorData();

        bool isCatchDataNotifyCorrelatorListener(const CorrelatorListener* cl);

        bool isCorrelatorIpqWriter();

        bool  isDecimator();

        bool  isPassBand();

        bool  isTsys();

        bool  isFlux();

        bool  isBlankFlag();

        bool  isLinelengthCorrection();

        bool  isIFcorrection();

        bool  isWvr();

        bool isSelfCal( );

        bool  isCorrelatorPublisher();

        bool isCorrelatorIntegrator();

        bool isCorrelatorVisBrickWriter();

        int getNumberOfRecordsToIntegrate();

        float getIntegrationTime();

        bool isApplyDelays();

        double getCorrelatorMonitorDelay();

        double getCatchDataMonitorDelay();

        carma::correlator::lib::BandManager* getSlBandManager();

        carma::correlator::lib::BandManager* getWbBandManager();

        std::string getCatchDataIPQfilename();

        std::string getIntegratorIPQfilename();

        int getIntegratorIPQnumberOfElements();

        int getIPQmaxsize();

        int getCatchDataIPQnumberOfElements();

        int getCatchDataWaitForData();

      protected:
        explicit CorrelatorConfigChecker( const ::std::string & filename );

      private:
        double defaultCorrelatorMonitorDelay_;
        double defaultCatchDataMonitorDelay_;
        double defaultDecimatorMonitorDelay_;
        double defaultPassBandMonitorDelay_;
        double defaultTsysMonitorDelay_;
        double defaultFluxMonitorDelay_;
        double defaultBlankFlagMonitorDelay_;
        double defaultLinelengthCorrectionMonitorDelay_;
        double defaultIFcorrectionMonitorDelay_;
        double defaultWvrMonitorDelay_;
        double defaultCorrelatorPublisherMonitorDelay_;
        double defaultIntegratorMonitorDelay_;
        double defaultVisBrickWriterMonitorDelay_;
        int defaultVisBrickWriterFilesize_;
        int defaultNumberOfBands_;
        std::string defaultCatchDataIPQfilename_;
        int defaultCatchDataIPQnumberOfElements_;
        std::string defaultIntegratorIPQfilename_;
        int defaultIntegratorIPQnumberOfElements_;
        float defaultIntegrationTime_;
        int defaultIPQmaxsize_;
        int defaultNumberOfRecordsToIntegrate_;
        int defaultCatchDataWaitForData_; // in msec
        std::vector<std::string> bandNames_;
        carma::correlator::lib::BandManager bandManager_;
      };

    } // End namespace lib
  } // End namespace correlator
} // End namespace carma



#endif