standard.hh

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// standard.hh: this file is part of the Vaucanson project.
//
// Vaucanson, a generic library for finite state machines.
//
// Copyright (C) 2001, 2002, 2003, 2004, 2005, 2006, 2008, 2009, 2010, 2011 The Vaucanson Group.
//
// This program is free software; you can redistribute it and/or
// modify it under the terms of the GNU General Public License
// as published by the Free Software Foundation; either version 2
// of the License, or (at your option) any later version.
//
// The complete GNU General Public Licence Notice can be found as the
// `COPYING' file in the root directory.
//
// The Vaucanson Group consists of people listed in the `AUTHORS' file.
//
#ifndef VCSN_ALGORITHMS_STANDARD_HH
# define VCSN_ALGORITHMS_STANDARD_HH

// INTERFACE: void union_here(Automaton& a1, const Automaton& a2) { return vcsn::union_here(*a1, *a2); }
// INTERFACE: void union_here(GenAutomaton& a1, const GenAutomaton& a2) { return vcsn::union_here(*a1, *a2); }

// INTERFACE: Automaton union_(const Automaton& a1, const Automaton& a2) { return vcsn::union_(*a1, *a2); }
// INTERFACE: GenAutomaton union_(const GenAutomaton& a1, const GenAutomaton& a2) { return vcsn::union_(*a1, *a2); }

// INTERFACE: bool is_standard(const Automaton& a) { return vcsn::is_standard(*a); }
// INTERFACE: bool is_standard(const GenAutomaton& a) { return vcsn::is_standard(*a); }

// INTERFACE: void standardize(Automaton& a) { return vcsn::standardize(*a); }
// INTERFACE: void standardize(GenAutomaton& a) { return vcsn::standardize(*a); }

// INTERFACE: void sum_of_standard_here(Automaton& a1, const Automaton& a2) { return vcsn::sum_of_standard_here(*a1, *a2); }
// INTERFACE: void sum_of_standard_here(GenAutomaton& a1, const GenAutomaton& a2) { return vcsn::sum_of_standard_here(*a1, *a2); }

// INTERFACE: Automaton sum_of_standard(const Automaton& a1, const Automaton& a2) { return vcsn::sum_of_standard(*a1, *a2); }
// INTERFACE: GenAutomaton sum_of_standard(const GenAutomaton& a1, const GenAutomaton& a2) { return vcsn::sum_of_standard(*a1, *a2); }

// INTERFACE: void concat_of_standard_here(Automaton& a1, const Automaton& a2) { return vcsn::concat_of_standard_here(*a1, *a2); }
// INTERFACE: void concat_of_standard_here(GenAutomaton& a1, const GenAutomaton& a2) { return vcsn::concat_of_standard_here(*a1, *a2); }

// INTERFACE: Automaton concat_of_standard(const Automaton& a1, const Automaton& a2) { return vcsn::concat_of_standard(*a1, *a2); }
// INTERFACE: GenAutomaton concat_of_standard(const GenAutomaton& a1, const GenAutomaton& a2) { return vcsn::concat_of_standard(*a1, *a2); }

// INTERFACE: void star_of_standard_here(Automaton& a) { return vcsn::star_of_standard_here(*a); }
// INTERFACE: void star_of_standard_here(GenAutomaton& a) { return vcsn::star_of_standard_here(*a); }

// INTERFACE: Automaton star_of_standard(const Automaton& a) { return vcsn::star_of_standard(*a); }
// INTERFACE: GenAutomaton star_of_standard(const GenAutomaton& a) { return vcsn::star_of_standard(*a); }

// INTERFACE: void left_mult_of_standard_here(Automaton& a, const Automaton::series_set_elt_t& k) { return vcsn::left_mult_of_standard_here(a, k);
// INTERFACE: void left_mult_of_standard_here(GenAutomaton& a, const GenAutomaton::series_set_elt_t& k) { return vcsn::left_mult_of_standard_here(a, k);
// INTERFACE: void right_mult_of_standard_here(Automaton& a, const Automaton::series_set_elt_t& k) { return vcsn::right_mult_of_standard_here(a, k);
// INTERFACE: void right_mult_of_standard_here(GenAutomaton& a, const GenAutomaton::series_set_elt_t& k) { return vcsn::right_mult_of_standard_here(a, k);

# include <vaucanson/design_pattern/design_pattern.hh>

namespace vcsn {

  template<typename A, typename AI1, typename AI2>
  void
  union_here(Element<A, AI1>& lhs, const Element<A, AI2>& rhs);

  template<typename A, typename AI1, typename AI2>
  Element<A, AI1>
  union_(const Element<A, AI1>& lhs, const Element<A, AI2>& rhs);


  template<typename A, typename AI>
  bool
  is_standard(const Element<A, AI>& a);

  template<typename A, typename AI>
  void
  standardize(Element<A, AI>& a);

  template<typename A, typename AI1, typename AI2>
  void
  sum_of_standard_here(Element<A, AI1>& lhs,
                       const Element<A, AI2>& rhs);

  template<typename A, typename AI1, typename AI2>
  Element<A, AI1>
  sum_of_standard(const Element<A, AI1>& lhs,
                  const Element<A, AI2>& rhs);

  template<typename A, typename AI1, typename AI2>
  void
  concat_of_standard_here(Element<A, AI1>& lhs,
                          const Element<A, AI2>& rhs);

  template<typename A, typename AI1, typename AI2>
  Element<A, AI1>
  concat_of_standard(const Element<A, AI1>& lhs,
                     const Element<A, AI2>& rhs);
  template<typename A, typename AI>
  void
  star_of_standard_here(Element<A, AI>& a);

  template<typename A, typename AI>
  Element<A, AI>
  star_of_standard(const Element<A, AI>& a);

  template <typename A, typename AI>
  void
  left_mult_of_standard_here(Element<A, AI>& aut,
                             const typename Element<A, AI>::series_set_elt_t& k);

  template <typename A, typename AI>
  void
  right_mult_of_standard_here(Element<A, AI>& aut,
                              const typename Element<A, AI>::series_set_elt_t& k);

} // vcsn

# if !defined VCSN_USE_INTERFACE_ONLY && !defined VCSN_USE_LIB
#  include <vaucanson/algorithms/standard.hxx>
# endif // VCSN_USE_INTERFACE_ONLY

#endif // ! VCSN_ALGORITHMS_STANDARD_HH