TPCRawDataProcessor.hpp

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// *** this file is generated by oksdalgen, do not modify it ***
 
#ifndef _TPCRawDataProcessor_0_dunedaq__appmodel_0_appmodel_H_
#define _TPCRawDataProcessor_0_dunedaq__appmodel_0_appmodel_H_
 
#include <stdint.h>   // to define 64 bits types
#include <iostream>
#include <sstream>
#include <string>
#include <map>
#include <vector>
 
#include "conffwk/Configuration.hpp"
#include "conffwk/DalObject.hpp"
 
  // include files for classes used in inheritance hierarchy
 
#include "appmodel/RawDataProcessor.hpp"
 
  // forward declaration for classes used in relationships and algorithms
 
namespace dunedaq {
  namespace appmodel {
    class ProcessingStep;
    class SamplesOverThresholdMinima;
  }
}
 
 
namespace dunedaq {
  namespace appmodel {
 
    class TPCRawDataProcessor : public dunedaq::appmodel::RawDataProcessor {
 
      friend class conffwk::Configuration;
      friend class conffwk::DalObject;
      friend class conffwk::DalFactory;
      friend class conffwk::DalRegistry;
 
      protected:
 
        TPCRawDataProcessor(conffwk::DalRegistry& db, const conffwk::ConfigObject& obj) noexcept;
        virtual ~TPCRawDataProcessor() noexcept;
        virtual void init(bool init_children);
 
      public:
 
        static const std::string& s_class_name;
 
 
        virtual void print(unsigned int offset, bool print_header, std::ostream& s) const;
 
 
        virtual std::vector<const dunedaq::conffwk::DalObject *> get(const std::string& name, bool upcast_unregistered = true) const;
 
 
      protected:
 
        bool get(const std::string& name, std::vector<const dunedaq::conffwk::DalObject *>& vec, bool upcast_unregistered, bool first_call) const;
 
 
      private:
 
        uint32_t m_frame_count_limit;
        uint32_t m_tp_count_limit;
        uint32_t m_metric_collect_opmon_rate;
        std::vector<const dunedaq::appmodel::ProcessingStep*> m_processing_steps;
        const dunedaq::appmodel::SamplesOverThresholdMinima* m_sot_minima;
 
 
      public:
 
          // attribute names
 
        inline static const std::string s_frame_count_limit = "frame_count_limit";
        inline static const std::string s_tp_count_limit = "tp_count_limit";
        inline static const std::string s_metric_collect_opmon_rate = "metric_collect_opmon_rate";
 
        static const std::string& __get_frame_count_limit_str() noexcept { return s_frame_count_limit; }
        static const std::string& __get_tp_count_limit_str() noexcept { return s_tp_count_limit; }
        static const std::string& __get_metric_collect_opmon_rate_str() noexcept { return s_metric_collect_opmon_rate; }
 
 
        uint32_t
        get_frame_count_limit() const
          {
            std::lock_guard scoped_lock(m_mutex);
            check();
            check_init();
            return m_frame_count_limit;
          }
 
        void
        set_frame_count_limit(uint32_t value)
          {
            std::lock_guard scoped_lock(m_mutex);
            check();
            clear();
            p_obj.set_by_val(s_frame_count_limit, value);
          }
 
 
        uint32_t
        get_tp_count_limit() const
          {
            std::lock_guard scoped_lock(m_mutex);
            check();
            check_init();
            return m_tp_count_limit;
          }
 
        void
        set_tp_count_limit(uint32_t value)
          {
            std::lock_guard scoped_lock(m_mutex);
            check();
            clear();
            p_obj.set_by_val(s_tp_count_limit, value);
          }
 
 
        uint32_t
        get_metric_collect_opmon_rate() const
          {
            std::lock_guard scoped_lock(m_mutex);
            check();
            check_init();
            return m_metric_collect_opmon_rate;
          }
 
        void
        set_metric_collect_opmon_rate(uint32_t value)
          {
            std::lock_guard scoped_lock(m_mutex);
            check();
            clear();
            p_obj.set_by_val(s_metric_collect_opmon_rate, value);
          }
 
 
          // relationship names
 
        inline static const std::string s_processing_steps = "processing_steps";
        inline static const std::string s_sot_minima = "sot_minima";
 
        static const std::string& __get_processing_steps_str() noexcept { return s_processing_steps; }
        static const std::string& __get_sot_minima_str() noexcept { return s_sot_minima; }
 
 
        const std::vector<const dunedaq::appmodel::ProcessingStep*>&
        get_processing_steps() const
        {
          std::lock_guard scoped_lock(m_mutex);
          check();
          check_init();
          if (m_processing_steps.empty())
            {
              std::ostringstream text;
              text << "relationship \"" << s_processing_steps << "\" of object " << this << " is empty";
              throw dunedaq::conffwk::Generic(ERS_HERE, text.str().c_str());
            }
          return m_processing_steps;
        }
 
 
        void
        set_processing_steps(const std::vector<const dunedaq::appmodel::ProcessingStep*>& value);
 
        const dunedaq::appmodel::SamplesOverThresholdMinima *
        get_sot_minima() const
        {
          std::lock_guard scoped_lock(m_mutex);
          check();
          check_init();
          if (!m_sot_minima)
            {
              std::ostringstream text;
              text << "relationship \"" << s_sot_minima << "\" of object " << this << " is not set";
              throw dunedaq::conffwk::Generic(ERS_HERE, text.str().c_str());
            }
          return m_sot_minima;
        }
 
 
        void
        set_sot_minima(const dunedaq::appmodel::SamplesOverThresholdMinima * value);
 
    };
 
      // out stream operator
 
    inline std::ostream& operator<<(std::ostream& s, const TPCRawDataProcessor& obj)
      {
        return obj.print_object(s);
      }
 
    typedef std::vector<const TPCRawDataProcessor*>::const_iterator TPCRawDataProcessorIterator;
 
  }
}
 
#endif