scheduleDeletion_tpl.h

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 *       - Christophe GONZALES(_at_AMU)                                     *
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 *       - Pierre-Henri WUILLEMIN(_at_LIP6)                                 *
 *       - Christophe GONZALES(_at_AMU)                                     *
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#pragma once
 

 
#include <agrum/base/graphicalModels/inference/scheduler/scheduleDeletion.h>   // to ease IDE parser
#ifndef DOXYGEN_SHOULD_SKIP_THIS
 
#  include <agrum/agrum.h>
 
#  include <agrum/base/graphicalModels/inference/scheduler/scheduleDeletion.h>
 
namespace gum {
 

  template < typename TABLE >
  ScheduleDeletion< TABLE >::ScheduleDeletion(const ScheduleMultiDim< TABLE >& table) :
      ScheduleOperator(ScheduleOperatorType::DELETE_MULTIDIM, true, false),
      _arg_(const_cast< ScheduleMultiDim< TABLE >* >(&table)) {
    // save the arg into _args_ (no need to update _results_)
    _args_ << _arg_;
 
    // for debugging purposes
    GUM_CONSTRUCTOR(ScheduleDeletion);
  }

  template < typename TABLE >
  ScheduleDeletion< TABLE >::ScheduleDeletion(const ScheduleDeletion< TABLE >& from) :
      ScheduleOperator(from), _arg_(from._arg_), _is_executed_(from._is_executed_) {
    // save the arg into _args_ (no need to update _results_)
    _args_ << _arg_;
 
    // for debugging purposes
    GUM_CONS_CPY(ScheduleDeletion);
  }

  template < typename TABLE >
  ScheduleDeletion< TABLE >::ScheduleDeletion(ScheduleDeletion< TABLE >&& from) :
      ScheduleOperator(std::move(from)), _arg_(from._arg_), _is_executed_(from._is_executed_) {
    // save the arg into _args_ (no need to update _results_)
    _args_ = std::move(from._args_);
 
    // for debugging purposes
    GUM_CONS_MOV(ScheduleDeletion);
  }

  template < typename TABLE >
  ScheduleDeletion< TABLE >* ScheduleDeletion< TABLE >::clone() const {
    return new ScheduleDeletion< TABLE >(*this);
  }

  template < typename TABLE >
  ScheduleDeletion< TABLE >::~ScheduleDeletion() {
    // for debugging purposes
    GUM_DESTRUCTOR(ScheduleDeletion);
  }

  template < typename TABLE >
  ScheduleDeletion< TABLE >&
      ScheduleDeletion< TABLE >::operator=(const ScheduleDeletion< TABLE >& from) {
    _arg_ = from._arg_;
    _args_.clear();
    _args_ << _arg_;
    _is_executed_ = from._is_executed_;
    ScheduleOperator::operator=(from);
    return *this;
  }

  template < typename TABLE >
  ScheduleDeletion< TABLE >&
      ScheduleDeletion< TABLE >::operator=(ScheduleDeletion< TABLE >&& from) {
    _arg_         = from._arg_;
    _args_        = std::move(from._args_);
    _is_executed_ = from._is_executed_;
    ScheduleOperator::operator=(std::move(from));
    return *this;
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::operator==(const ScheduleDeletion< TABLE >& op) const {
    return (*_arg_ == *op._arg_);
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::operator==(const ScheduleOperator& op) const {
    try {
      const ScheduleDeletion< TABLE >& real_op
          = dynamic_cast< const ScheduleDeletion< TABLE >& >(op);
      return ScheduleDeletion< TABLE >::operator==(real_op);
    } catch (std::bad_cast&) { return false; }
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::operator!=(const ScheduleDeletion< TABLE >& op) const {
    return !ScheduleDeletion< TABLE >::operator==(op);
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::operator!=(const ScheduleOperator& op) const {
    return !ScheduleDeletion< TABLE >::operator==(op);
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::hasSimilarArguments(const ScheduleDeletion< TABLE >& op) const {
    return _arg_->hasSameVariables(*op._arg_);
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::hasSimilarArguments(const ScheduleOperator& op) const {
    try {
      const ScheduleDeletion< TABLE >& real_op
          = dynamic_cast< const ScheduleDeletion< TABLE >& >(op);
      return ScheduleDeletion< TABLE >::hasSimilarArguments(real_op);
    } catch (std::bad_cast&) { return false; }
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::hasSameArguments(const ScheduleDeletion< TABLE >& op) const {
    return _arg_->hasSameVariables(*op._arg_) && _arg_->hasSameContent(*op._arg_);
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::hasSameArguments(const ScheduleOperator& op) const {
    try {
      const ScheduleDeletion< TABLE >& real_op
          = dynamic_cast< const ScheduleDeletion< TABLE >& >(op);
      return ScheduleDeletion< TABLE >::hasSameArguments(real_op);
    } catch (std::bad_cast&) { return false; }
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::isSameOperator(const ScheduleDeletion< TABLE >& op) const {
    return true;
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::isSameOperator(const ScheduleOperator& op) const {
    try {
      const ScheduleDeletion< TABLE >& real_op
          = dynamic_cast< const ScheduleDeletion< TABLE >& >(op);
      return ScheduleDeletion< TABLE >::isSameOperator(real_op);
    } catch (std::bad_cast&) { return false; }
  }

  template < typename TABLE >
  const ScheduleMultiDim< TABLE >& ScheduleDeletion< TABLE >::arg() const {
    return *_arg_;
  }

  template < typename TABLE >
  const Sequence< const IScheduleMultiDim* >& ScheduleDeletion< TABLE >::args() const {
    return _args_;
  }

  template < typename TABLE >
  const Sequence< const IScheduleMultiDim* >& ScheduleDeletion< TABLE >::results() const {
    return _results_;
  }

  template < typename TABLE >
  void ScheduleDeletion< TABLE >::updateArgs(const Sequence< const IScheduleMultiDim* >& new_args) {
    // check that there is exactly one argument in new_args and that its type
    // is compatible with TABLE
    if (new_args.size() != Size(1)) {
      GUM_ERROR(SizeError,
                "Method ScheduleDeletion::updateArgs expects 1 new "
                    << "argument, but " << new_args.size() << " were passed.");
    }
    const ScheduleMultiDim< TABLE >* arg;
    try {
      arg = dynamic_cast< const ScheduleMultiDim< TABLE >* >(new_args[0]);
    } catch (std::bad_cast&) {
      GUM_ERROR(TypeError,
                "The type of the argument passed to "
                    << "ScheduleDeletion::updateArgs does not match what "
                    << "the ScheduleOperator expects");
    }
 
    // save the new argument
    _arg_ = (ScheduleMultiDim< TABLE >*)arg;
    _args_.clear();
    _args_ << _arg_;
    _is_executed_ = false;
  }

  template < typename TABLE >
  bool ScheduleDeletion< TABLE >::isExecuted() const {
    return _is_executed_;
  }

  template < typename TABLE >
  void ScheduleDeletion< TABLE >::execute() {
    _arg_->makeAbstract();
    _is_executed_ = true;
  }

  template < typename TABLE >
  void ScheduleDeletion< TABLE >::undo() {
    GUM_ERROR(OperationNotAllowed, "ScheduleDeletion cannot be undone.");
  }

  template < typename TABLE >
  double ScheduleDeletion< TABLE >::nbOperations() const {
    return 1.0;
  }

  template < typename TABLE >
  std::pair< double, double > ScheduleDeletion< TABLE >::memoryUsage() const {
    const double size_table = double(_arg_->domainSize()) * _arg_->sizeOfContent() + sizeof(TABLE);
    return {-size_table, -size_table};
  }

  template < typename TABLE >
  std::string ScheduleDeletion< TABLE >::toString() const {
    return "delete ( " + _arg_->toString() + " )";
  }
 
}   // namespace gum
 
#endif /* DOXYGEN_SHOULD_SKIP_THIS */