source: trunk/IPs/systemC/processor/Morpheo/Behavioural/src/Stat.cpp @ 146

#ifdef STATISTICS
#include "Behavioural/include/Stat.h"

namespace morpheo {
namespace behavioural {

  Stat::Stat (std::string             name_instance,
              std::string             name_component,
              Parameters_Statistics * param):
    _name_instance         (name_instance),
    _name_component        (name_component),
    _nb_cycle_before_begin (static_cast<cycle_t>(param->_nb_cycle_before_begin)),
    _period                (static_cast<cycle_t>(param->_period_save)),
    _save_periodic         (_period>0)
  {
    _generate_file = true;

    _list_operand         = new std::map<std::string, var_t>;
    _list_expr_per_cycle  = new std::list<expr_t>;
    _list_expr_per_period = new std::list<expr_t>;
    _list_stat            = new std::list<Stat *>;
    _list_counters        = new std::list<counters_t *>;

    _cycle                = create_variable("cycle");
//  _cycle                = create_counter("cycle","","");
    *_cycle               = 0; // for the first period
  }

  Stat::Stat (std::string name_instance,
              std::string name_component,
              cycle_t     nb_cycle_before_begin,
              cycle_t     period):
    _name_instance         (name_instance),
    _name_component        (name_component),
    _nb_cycle_before_begin (nb_cycle_before_begin),
    _period                (period),
    _save_periodic         (period>0)
  {
    _generate_file = true;

    _list_operand         = new std::map<std::string, var_t>;
    _list_expr_per_cycle  = new std::list<expr_t>;
    _list_expr_per_period = new std::list<expr_t>;
    _list_stat            = new std::list<Stat *>;
    _list_counters        = new std::list<counters_t *>;

    _cycle                = create_variable("cycle");
//  _cycle                = create_counter("cycle","","");
    *_cycle               = 0; // for the first period
  }

  Stat::~Stat (void)
  {
    if (_generate_file)
      generate_file();

    // parcourir la liste et desallouer les counters
    for (std::map<std::string, var_t>::iterator i=_list_operand->begin();
         i!= _list_operand->end();
         ++i)
      {
        delete i->second.counter;
      }
    delete _list_operand;

    // parcourir la liste et desallouer les arbres
    for (std::list<expr_t>::iterator i=_list_expr_per_cycle->begin();
         i!= _list_expr_per_cycle->end();
         ++i)
      {
        delete i->expression;
      }
    delete _list_expr_per_cycle;

    for (std::list<expr_t>::iterator i=_list_expr_per_period->begin();
         i!= _list_expr_per_period->end();
         ++i)
      {
        delete i->expression;
      }
    delete _list_expr_per_period;

    // parcourir la liste et desallouer les arbres
    for (std::list<counters_t*>::iterator i=_list_counters->begin();
         i!= _list_counters->end();
         ++i)
      {
        delete *i;
      }
    delete _list_counters;

    delete _list_stat;
  }
};
};
#endif