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[/] [openrisc/] [trunk/] [gnu-dev/] [or1k-gcc/] [libstdc++-v3/] [testsuite/] [util/] [testsuite_tr1.h] - Blame information for rev 848

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// -*- C++ -*-
// Testing utilities for the tr1 testsuite.
//
// Copyright (C) 2004, 2005, 2006, 2007, 2009, 2010, 2011
// Free Software Foundation, Inc.
//
// This file is part of the GNU ISO C++ Library.  This library 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 3, or (at your option)
// any later version.
//
// This library is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License along
// with this library; see the file COPYING3.  If not see
// <http://www.gnu.org/licenses/>.
//
 
#ifndef _GLIBCXX_TESTSUITE_TR1_H
#define _GLIBCXX_TESTSUITE_TR1_H
 
#include <ext/type_traits.h>
 
namespace __gnu_test
{
  // For tr1/type_traits.
  template<template<typename> class Category, typename Type>
    bool
    test_category(bool value)
    {
      bool ret = true;
      ret &= Category<Type>::value == value;
      ret &= Category<const Type>::value == value;
      ret &= Category<volatile Type>::value == value;
      ret &= Category<const volatile Type>::value == value;
      ret &= Category<Type>::type::value == value;
      ret &= Category<const Type>::type::value == value;
      ret &= Category<volatile Type>::type::value == value;
      ret &= Category<const volatile Type>::type::value == value;
      return ret;
    }
 
  template<template<typename> class Property, typename Type>
    bool
    test_property(typename Property<Type>::value_type value)
    {
      bool ret = true;
      ret &= Property<Type>::value == value;
      ret &= Property<Type>::type::value == value;
      return ret;
    }
 
  // For testing tr1/type_traits/extent, which has a second template
  // parameter.
  template<template<typename, unsigned> class Property,
           typename Type, unsigned Uint>
    bool
    test_property(typename Property<Type, Uint>::value_type value)
    {
      bool ret = true;
      ret &= Property<Type, Uint>::value == value;
      ret &= Property<Type, Uint>::type::value == value;
      return ret;
    }
 
#ifdef __GXX_EXPERIMENTAL_CXX0X__
  template<template<typename...> class Property,
           typename Type1, typename... Types>
    bool
    test_property(typename Property<Type1, Types...>::value_type value)
    {
      bool ret = true;
      ret &= Property<Type1, Types...>::value == value;
      ret &= Property<Type1, Types...>::type::value == value;
      return ret;
    }
#endif
 
  template<template<typename, typename> class Relationship,
           typename Type1, typename Type2>
    bool
    test_relationship(bool value)
    {
      bool ret = true;
      ret &= Relationship<Type1, Type2>::value == value;
      ret &= Relationship<Type1, Type2>::type::value == value;
      return ret;
    }
 
  // Test types.
  class ClassType { };
  typedef const ClassType           cClassType;
  typedef volatile ClassType        vClassType;
  typedef const volatile ClassType  cvClassType;
 
  class DerivedType : public ClassType { };
 
  enum EnumType { e0 };
 
  struct ConvType
  { operator int() const; };
 
  class AbstractClass
  {
    virtual void rotate(int) = 0;
  };
 
  class PolymorphicClass
  {
    virtual void rotate(int);
  };
 
  class DerivedPolymorphic : public PolymorphicClass { };
 
  class VirtualDestructorClass
  {
    virtual ~VirtualDestructorClass();
  };
 
  union UnionType { };
 
  class IncompleteClass;
 
  struct ExplicitClass
  {
    ExplicitClass(double&);
    explicit ExplicitClass(int&);
    ExplicitClass(double&, int&, double&);
  };
 
  struct NothrowExplicitClass
  {
    NothrowExplicitClass(double&) throw();
    explicit NothrowExplicitClass(int&) throw();
    NothrowExplicitClass(double&, int&, double&) throw();
  };
 
  struct ThrowExplicitClass
  {
    ThrowExplicitClass(double&) throw(int);
    explicit ThrowExplicitClass(int&) throw(int);
    ThrowExplicitClass(double&, int&, double&) throw(int);
  };
 
  struct ThrowDefaultClass
  {
    ThrowDefaultClass() throw(int);
  };
 
  struct ThrowCopyConsClass
  {
    ThrowCopyConsClass(const ThrowCopyConsClass&) throw(int);
  };
 
#ifdef __GXX_EXPERIMENTAL_CXX0X__
  struct ThrowMoveConsClass
  {
    ThrowMoveConsClass(ThrowMoveConsClass&&) throw(int);
  };
 
  struct NoexceptExplicitClass
  {
    NoexceptExplicitClass(double&) noexcept(true);
    explicit NoexceptExplicitClass(int&) noexcept(true);
    NoexceptExplicitClass(double&, int&, double&) noexcept(true);
  };
 
  struct ExceptExplicitClass
  {
    ExceptExplicitClass(double&) noexcept(false);
    explicit ExceptExplicitClass(int&) noexcept(false);
    ExceptExplicitClass(double&, int&, double&) noexcept(false);
  };
 
  struct NoexceptDefaultClass
  {
    NoexceptDefaultClass() noexcept(true);
  };
 
  struct ExceptDefaultClass
  {
    ExceptDefaultClass() noexcept(false);
  };
 
  struct NoexceptCopyConsClass
  {
    NoexceptCopyConsClass(const NoexceptCopyConsClass&) noexcept(true);
  };
 
  struct ExceptCopyConsClass
  {
    ExceptCopyConsClass(const ExceptCopyConsClass&) noexcept(false);
  };
 
  struct NoexceptMoveConsClass
  {
    NoexceptMoveConsClass(NoexceptMoveConsClass&&) noexcept(true);
    NoexceptMoveConsClass& operator=(NoexceptMoveConsClass&&) = default;
  };
 
  struct ExceptMoveConsClass
  {
    ExceptMoveConsClass(ExceptMoveConsClass&&) noexcept(false);
  };
 
  struct NoexceptCopyAssignClass
  {
    NoexceptCopyAssignClass&
    operator=(const NoexceptCopyAssignClass&) noexcept(true);
  };
 
  struct ExceptCopyAssignClass
  {
    ExceptCopyAssignClass&
    operator=(const ExceptCopyAssignClass&) noexcept(false);
  };
 
  struct NoexceptMoveAssignClass
  {
    NoexceptMoveAssignClass(NoexceptMoveAssignClass&&) = default;
    NoexceptMoveAssignClass&
    operator=(NoexceptMoveAssignClass&&) noexcept(true);
  };
 
  struct ExceptMoveAssignClass
  {
    ExceptMoveAssignClass&
    operator=(ExceptMoveAssignClass&&) noexcept(false);
  };
 
  struct DeletedCopyAssignClass
  {
    DeletedCopyAssignClass&
    operator=(const DeletedCopyAssignClass&) = delete;
  };
 
  struct DeletedMoveAssignClass
  {
    DeletedMoveAssignClass&
    operator=(DeletedMoveAssignClass&&) = delete;
  };
 
  struct NoexceptMoveConsNoexceptMoveAssignClass
  {
    NoexceptMoveConsNoexceptMoveAssignClass
    (NoexceptMoveConsNoexceptMoveAssignClass&&) noexcept(true);
 
    NoexceptMoveConsNoexceptMoveAssignClass&
    operator=(NoexceptMoveConsNoexceptMoveAssignClass&&) noexcept(true);
  };
 
  struct ExceptMoveConsNoexceptMoveAssignClass
  {
    ExceptMoveConsNoexceptMoveAssignClass
    (ExceptMoveConsNoexceptMoveAssignClass&&) noexcept(false);
 
    ExceptMoveConsNoexceptMoveAssignClass&
    operator=(ExceptMoveConsNoexceptMoveAssignClass&&) noexcept(true);
  };
 
  struct NoexceptMoveConsExceptMoveAssignClass
  {
    NoexceptMoveConsExceptMoveAssignClass
    (NoexceptMoveConsExceptMoveAssignClass&&) noexcept(true);
 
    NoexceptMoveConsExceptMoveAssignClass&
    operator=(NoexceptMoveConsExceptMoveAssignClass&&) noexcept(false);
  };
 
  struct ExceptMoveConsExceptMoveAssignClass
  {
    ExceptMoveConsExceptMoveAssignClass
    (ExceptMoveConsExceptMoveAssignClass&&) noexcept(false);
 
    ExceptMoveConsExceptMoveAssignClass&
    operator=(ExceptMoveConsExceptMoveAssignClass&&) noexcept(false);
  };
#endif
 
  struct NType   // neither trivial nor standard-layout
  {
    int i;
    int j;
    virtual ~NType();
  };
 
  struct TType   // trivial but not standard-layout
  {
    int i;
  private:
    int j;
  };
 
  struct SLType  // standard-layout but not trivial
  {
    int i;
    int j;
    ~SLType();
  };
 
  struct PODType // both trivial and standard-layout
  {
    int i;
    int j;
  };
 
#ifdef __GXX_EXPERIMENTAL_CXX0X__
  struct LType // literal type
  {
    int _M_i;
 
    constexpr LType(int __i) : _M_i(__i) { }
  };
 
  struct LTypeDerived : public LType
  {
    constexpr LTypeDerived(int __i) : LType(__i) { }
  };
 
  struct NLType // not literal type
  {
    int _M_i;
 
    NLType() : _M_i(0) { }
 
    constexpr NLType(int __i) : _M_i(__i) { }
 
    NLType(const NLType& __other) : _M_i(__other._M_i) { }
 
    ~NLType() { _M_i = 0; }
  };
#endif
 
  int truncate_float(float x) { return (int)x; }
  long truncate_double(double x) { return (long)x; }
 
  struct do_truncate_float_t
  {
    do_truncate_float_t()
    {
      ++live_objects;
    }
 
    do_truncate_float_t(const do_truncate_float_t&)
    {
      ++live_objects;
    }
 
    ~do_truncate_float_t()
    {
      --live_objects;
    }
 
    int operator()(float x) { return (int)x; }
 
    static int live_objects;
  };
 
  int do_truncate_float_t::live_objects = 0;
 
  struct do_truncate_double_t
  {
    do_truncate_double_t()
    {
     ++live_objects;
    }
 
    do_truncate_double_t(const do_truncate_double_t&)
    {
      ++live_objects;
    }
 
    ~do_truncate_double_t()
    {
      --live_objects;
    }
 
    long operator()(double x) { return (long)x; }
 
    static int live_objects;
  };
 
  int do_truncate_double_t::live_objects = 0;
 
  struct X
  {
    int bar;
 
    int foo()                   { return 1; }
    int foo_c() const           { return 2; }
    int foo_v()  volatile       { return 3; }
    int foo_cv() const volatile { return 4; }
  };
 
  // For use in 8_c_compatibility.
  template<typename R, typename T>
    typename __gnu_cxx::__enable_if<std::__are_same<R, T>::__value,
                                    bool>::__type
    check_ret_type(T)
    { return true; }
 
#ifdef __GXX_EXPERIMENTAL_CXX0X__
  namespace construct_destruct
  {
    struct Empty {};
 
    struct B { int i; B(){} };
    struct D : B {};
 
    enum E { ee1 };
    enum E2 { ee2 };
    enum class SE { e1 };
    enum class SE2 { e2 };
 
    enum OpE : int;
    enum class OpSE : bool;
 
    union U { int i; Empty b; };
 
    struct Abstract
    {
      virtual ~Abstract() = 0;
    };
 
    struct AbstractDelDtor
    {
      ~AbstractDelDtor() = delete;
      virtual void foo() = 0;
    };
 
    struct Ukn;
 
    template<class To>
      struct ImplicitTo
      {
        operator To();
      };
 
    template<class To>
      struct DelImplicitTo
      {
        operator To() = delete;
      };
 
    template<class To>
      struct ExplicitTo
      {
        explicit operator To();
      };
 
    struct Ellipsis
    {
      Ellipsis(...){}
    };
 
    struct DelEllipsis
    {
      DelEllipsis(...) = delete;
    };
 
    struct Any
    {
      template<class T>
      Any(T&&){}
    };
 
    struct nAny
    {
      template<class... T>
      nAny(T&&...){}
    };
 
    struct DelnAny
    {
      template<class... T>
        DelnAny(T&&...) = delete;
    };
 
    template<class... Args>
      struct FromArgs
      {
        FromArgs(Args...);
      };
 
    struct DelDef
    {
      DelDef() = delete;
    };
 
    struct DelCopy
    {
      DelCopy(const DelCopy&) = delete;
    };
 
    struct DelDtor
    {
      DelDtor() = default;
      DelDtor(const DelDtor&) = default;
      DelDtor(DelDtor&&) = default;
      DelDtor(int);
      DelDtor(int, B, U);
      ~DelDtor() = delete;
    };
 
    struct Nontrivial
    {
      Nontrivial();
      Nontrivial(const Nontrivial&);
      Nontrivial& operator=(const Nontrivial&);
      ~Nontrivial();
    };
 
    union NontrivialUnion
    {
      int i;
      Nontrivial n;
    };
 
    struct UnusualCopy
    {
      UnusualCopy(UnusualCopy&);
    };
  }
 
  namespace assign
  {
    struct Empty {};
 
    struct B { int i; B(){} };
    struct D : B {};
 
    enum E { ee1 };
    enum E2 { ee2 };
    enum class SE { e1 };
    enum class SE2 { e2 };
 
    enum OpE : int;
    enum class OpSE : bool;
 
    union U { int i; Empty b; };
 
    union UAssignAll
    {
      bool b;
      char c;
      template<class T>
      void operator=(T&&);
    };
 
    union UDelAssignAll
    {
      bool b;
      char c;
      template<class T>
      void operator=(T&&) = delete;
    };
 
    struct Abstract
    {
      virtual ~Abstract() = 0;
    };
 
    struct AbstractDelDtor
    {
      ~AbstractDelDtor() = delete;
      virtual void foo() = 0;
    };
 
    struct Ukn;
 
    template<class To>
      struct ImplicitTo
      {
        operator To();
      };
 
    template<class To>
      struct ExplicitTo
      {
        explicit operator To();
      };
 
    template<class To>
      struct DelImplicitTo
      {
        operator To() = delete;
      };
 
    template<class To>
      struct DelExplicitTo
      {
        explicit operator To() = delete;
      };
 
    struct Ellipsis
    {
      Ellipsis(...){}
    };
 
    struct DelEllipsis
    {
      DelEllipsis(...) = delete;
    };
 
    struct Any
    {
      template<class T>
        Any(T&&){}
    };
 
    struct nAny
    {
      template<class... T>
        nAny(T&&...){}
    };
 
    struct DelnAny
    {
      template<class... T>
        DelnAny(T&&...) = delete;
    };
 
    template<class... Args>
      struct FromArgs
      {
        FromArgs(Args...);
      };
 
    template<class... Args>
      struct DelFromArgs
      {
        DelFromArgs(Args...) = delete;
      };
 
    struct DelDef
    {
      DelDef() = delete;
    };
 
    struct DelCopy
    {
      DelCopy(const DelCopy&) = delete;
    };
 
    struct DelDtor
    {
      DelDtor() = default;
      DelDtor(const DelDtor&) = default;
      DelDtor(DelDtor&&) = default;
      DelDtor(int);
      DelDtor(int, B, U);
      ~DelDtor() = delete;
    };
 
    struct Nontrivial
    {
      Nontrivial();
      Nontrivial(const Nontrivial&);
      Nontrivial& operator=(const Nontrivial&);
      ~Nontrivial();
    };
 
    union NontrivialUnion
    {
      int i;
      Nontrivial n;
    };
 
    struct UnusualCopy
    {
      UnusualCopy(UnusualCopy&);
    };
 
    struct AnyAssign
    {
      template<class T>
        void operator=(T&&);
    };
 
    struct DelAnyAssign
    {
      template<class T>
        void operator=(T&&) = delete;
    };
 
    struct DelCopyAssign
    {
      DelCopyAssign& operator=(const DelCopyAssign&) = delete;
      DelCopyAssign& operator=(DelCopyAssign&&) = default;
    };
 
    struct MO
    {
      MO(MO&&) = default;
      MO& operator=(MO&&) = default;
    };
  }
 
  struct CopyConsOnlyType
  {
    CopyConsOnlyType(int) { }
    CopyConsOnlyType(CopyConsOnlyType&&) = delete;
    CopyConsOnlyType(const CopyConsOnlyType&) = default;
    CopyConsOnlyType& operator=(const CopyConsOnlyType&) = delete;
    CopyConsOnlyType& operator=(CopyConsOnlyType&&) = delete;
  };
 
  struct MoveConsOnlyType
  {
    MoveConsOnlyType(int) { }
    MoveConsOnlyType(const MoveConsOnlyType&) = delete;
    MoveConsOnlyType(MoveConsOnlyType&&) = default;
    MoveConsOnlyType& operator=(const MoveConsOnlyType&) = delete;
    MoveConsOnlyType& operator=(MoveConsOnlyType&&) = delete;
  };
#endif
 
} // namespace __gnu_test
 
#endif // _GLIBCXX_TESTSUITE_TR1_H

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[/] [openrisc/] [trunk/] [gnu-dev/] [or1k-gcc/] [libstdc++-v3/] [testsuite/] [util/] [testsuite_tr1.h] - Blame information for rev 848

Line No.	Rev	Author	Line
1	742	jeremybenn	`// -- C++ --`
2			`// Testing utilities for the tr1 testsuite.`
3			`//`
4			`// Copyright (C) 2004, 2005, 2006, 2007, 2009, 2010, 2011`
5			`// Free Software Foundation, Inc.`
6			`//`
7			`// This file is part of the GNU ISO C++ Library. This library is free`
8			`// software; you can redistribute it and/or modify it under the`
9			`// terms of the GNU General Public License as published by the`
10			`// Free Software Foundation; either version 3, or (at your option)`
11			`// any later version.`
12			`//`
13			`// This library is distributed in the hope that it will be useful,`
14			`// but WITHOUT ANY WARRANTY; without even the implied warranty of`
15			`// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the`
16			`// GNU General Public License for more details.`
17			`//`
18			`// You should have received a copy of the GNU General Public License along`
19			`// with this library; see the file COPYING3. If not see`
20			`// <http://www.gnu.org/licenses/>.`
21			`//`
22
23			`#ifndef _GLIBCXX_TESTSUITE_TR1_H`
24			`#define _GLIBCXX_TESTSUITE_TR1_H`
25
26			`#include <ext/type_traits.h>`
27
28			`namespace __gnu_test`
29			`{`
30			`// For tr1/type_traits.`
31			`template<template<typename> class Category, typename Type>`
32			`bool`
33			`test_category(bool value)`
34			`{`
35			`bool ret = true;`
36			`ret &= Category<Type>::value == value;`
37			`ret &= Category<const Type>::value == value;`
38			`ret &= Category<volatile Type>::value == value;`
39			`ret &= Category<const volatile Type>::value == value;`
40			`ret &= Category<Type>::type::value == value;`
41			`ret &= Category<const Type>::type::value == value;`
42			`ret &= Category<volatile Type>::type::value == value;`
43			`ret &= Category<const volatile Type>::type::value == value;`
44			`return ret;`
45			`}`
46
47			`template<template<typename> class Property, typename Type>`
48			`bool`
49			`test_property(typename Property<Type>::value_type value)`
50			`{`
51			`bool ret = true;`
52			`ret &= Property<Type>::value == value;`
53			`ret &= Property<Type>::type::value == value;`
54			`return ret;`
55			`}`
56
57			`// For testing tr1/type_traits/extent, which has a second template`
58			`// parameter.`
59			`template<template<typename, unsigned> class Property,`
60			`typename Type, unsigned Uint>`
61			`bool`
62			`test_property(typename Property<Type, Uint>::value_type value)`
63			`{`
64			`bool ret = true;`
65			`ret &= Property<Type, Uint>::value == value;`
66			`ret &= Property<Type, Uint>::type::value == value;`
67			`return ret;`
68			`}`
69
70			`#ifdef __GXX_EXPERIMENTAL_CXX0X__`
71			`template<template<typename...> class Property,`
72			`typename Type1, typename... Types>`
73			`bool`
74			`test_property(typename Property<Type1, Types...>::value_type value)`
75			`{`
76			`bool ret = true;`
77			`ret &= Property<Type1, Types...>::value == value;`
78			`ret &= Property<Type1, Types...>::type::value == value;`
79			`return ret;`
80			`}`
81			`#endif`
82
83			`template<template<typename, typename> class Relationship,`
84			`typename Type1, typename Type2>`
85			`bool`
86			`test_relationship(bool value)`
87			`{`
88			`bool ret = true;`
89			`ret &= Relationship<Type1, Type2>::value == value;`
90			`ret &= Relationship<Type1, Type2>::type::value == value;`
91			`return ret;`
92			`}`
93
94			`// Test types.`
95			`class ClassType { };`
96			`typedef const ClassType cClassType;`
97			`typedef volatile ClassType vClassType;`
98			`typedef const volatile ClassType cvClassType;`
99
100			`class DerivedType : public ClassType { };`
101
102			`enum EnumType { e0 };`
103
104			`struct ConvType`
105			`{ operator int() const; };`
106
107			`class AbstractClass`
108			`{`
109			`virtual void rotate(int) = 0;`
110			`};`
111
112			`class PolymorphicClass`
113			`{`
114			`virtual void rotate(int);`
115			`};`
116
117			`class DerivedPolymorphic : public PolymorphicClass { };`
118
119			`class VirtualDestructorClass`
120			`{`
121			`virtual ~VirtualDestructorClass();`
122			`};`
123
124			`union UnionType { };`
125
126			`class IncompleteClass;`
127
128			`struct ExplicitClass`
129			`{`
130			`ExplicitClass(double&);`
131			`explicit ExplicitClass(int&);`
132			`ExplicitClass(double&, int&, double&);`
133			`};`
134
135			`struct NothrowExplicitClass`
136			`{`
137			`NothrowExplicitClass(double&) throw();`
138			`explicit NothrowExplicitClass(int&) throw();`
139			`NothrowExplicitClass(double&, int&, double&) throw();`
140			`};`
141
142			`struct ThrowExplicitClass`
143			`{`
144			`ThrowExplicitClass(double&) throw(int);`
145			`explicit ThrowExplicitClass(int&) throw(int);`
146			`ThrowExplicitClass(double&, int&, double&) throw(int);`
147			`};`
148
149			`struct ThrowDefaultClass`
150			`{`
151			`ThrowDefaultClass() throw(int);`
152			`};`
153
154			`struct ThrowCopyConsClass`
155			`{`
156			`ThrowCopyConsClass(const ThrowCopyConsClass&) throw(int);`
157			`};`
158
159			`#ifdef __GXX_EXPERIMENTAL_CXX0X__`
160			`struct ThrowMoveConsClass`
161			`{`
162			`ThrowMoveConsClass(ThrowMoveConsClass&&) throw(int);`
163			`};`
164
165			`struct NoexceptExplicitClass`
166			`{`
167			`NoexceptExplicitClass(double&) noexcept(true);`
168			`explicit NoexceptExplicitClass(int&) noexcept(true);`
169			`NoexceptExplicitClass(double&, int&, double&) noexcept(true);`
170			`};`
171
172			`struct ExceptExplicitClass`
173			`{`
174			`ExceptExplicitClass(double&) noexcept(false);`
175			`explicit ExceptExplicitClass(int&) noexcept(false);`
176			`ExceptExplicitClass(double&, int&, double&) noexcept(false);`
177			`};`
178
179			`struct NoexceptDefaultClass`
180			`{`
181			`NoexceptDefaultClass() noexcept(true);`
182			`};`
183
184			`struct ExceptDefaultClass`
185			`{`
186			`ExceptDefaultClass() noexcept(false);`
187			`};`
188
189			`struct NoexceptCopyConsClass`
190			`{`
191			`NoexceptCopyConsClass(const NoexceptCopyConsClass&) noexcept(true);`
192			`};`
193
194			`struct ExceptCopyConsClass`
195			`{`
196			`ExceptCopyConsClass(const ExceptCopyConsClass&) noexcept(false);`
197			`};`
198
199			`struct NoexceptMoveConsClass`
200			`{`
201			`NoexceptMoveConsClass(NoexceptMoveConsClass&&) noexcept(true);`
202			`NoexceptMoveConsClass& operator=(NoexceptMoveConsClass&&) = default;`
203			`};`
204
205			`struct ExceptMoveConsClass`
206			`{`
207			`ExceptMoveConsClass(ExceptMoveConsClass&&) noexcept(false);`
208			`};`
209
210			`struct NoexceptCopyAssignClass`
211			`{`
212			`NoexceptCopyAssignClass&`
213			`operator=(const NoexceptCopyAssignClass&) noexcept(true);`
214			`};`
215
216			`struct ExceptCopyAssignClass`
217			`{`
218			`ExceptCopyAssignClass&`
219			`operator=(const ExceptCopyAssignClass&) noexcept(false);`
220			`};`
221
222			`struct NoexceptMoveAssignClass`
223			`{`
224			`NoexceptMoveAssignClass(NoexceptMoveAssignClass&&) = default;`
225			`NoexceptMoveAssignClass&`
226			`operator=(NoexceptMoveAssignClass&&) noexcept(true);`
227			`};`
228
229			`struct ExceptMoveAssignClass`
230			`{`
231			`ExceptMoveAssignClass&`
232			`operator=(ExceptMoveAssignClass&&) noexcept(false);`
233			`};`
234
235			`struct DeletedCopyAssignClass`
236			`{`
237			`DeletedCopyAssignClass&`
238			`operator=(const DeletedCopyAssignClass&) = delete;`
239			`};`
240
241			`struct DeletedMoveAssignClass`
242			`{`
243			`DeletedMoveAssignClass&`
244			`operator=(DeletedMoveAssignClass&&) = delete;`
245			`};`
246
247			`struct NoexceptMoveConsNoexceptMoveAssignClass`
248			`{`
249			`NoexceptMoveConsNoexceptMoveAssignClass`
250			`(NoexceptMoveConsNoexceptMoveAssignClass&&) noexcept(true);`
251
252			`NoexceptMoveConsNoexceptMoveAssignClass&`
253			`operator=(NoexceptMoveConsNoexceptMoveAssignClass&&) noexcept(true);`
254			`};`
255
256			`struct ExceptMoveConsNoexceptMoveAssignClass`
257			`{`
258			`ExceptMoveConsNoexceptMoveAssignClass`
259			`(ExceptMoveConsNoexceptMoveAssignClass&&) noexcept(false);`
260
261			`ExceptMoveConsNoexceptMoveAssignClass&`
262			`operator=(ExceptMoveConsNoexceptMoveAssignClass&&) noexcept(true);`
263			`};`
264
265			`struct NoexceptMoveConsExceptMoveAssignClass`
266			`{`
267			`NoexceptMoveConsExceptMoveAssignClass`
268			`(NoexceptMoveConsExceptMoveAssignClass&&) noexcept(true);`
269
270			`NoexceptMoveConsExceptMoveAssignClass&`
271			`operator=(NoexceptMoveConsExceptMoveAssignClass&&) noexcept(false);`
272			`};`
273
274			`struct ExceptMoveConsExceptMoveAssignClass`
275			`{`
276			`ExceptMoveConsExceptMoveAssignClass`
277			`(ExceptMoveConsExceptMoveAssignClass&&) noexcept(false);`
278
279			`ExceptMoveConsExceptMoveAssignClass&`
280			`operator=(ExceptMoveConsExceptMoveAssignClass&&) noexcept(false);`
281			`};`
282			`#endif`
283
284			`struct NType // neither trivial nor standard-layout`
285			`{`
286			`int i;`
287			`int j;`
288			`virtual ~NType();`
289			`};`
290
291			`struct TType // trivial but not standard-layout`
292			`{`
293			`int i;`
294			`private:`
295			`int j;`
296			`};`
297
298			`struct SLType // standard-layout but not trivial`
299			`{`
300			`int i;`
301			`int j;`
302			`~SLType();`
303			`};`
304
305			`struct PODType // both trivial and standard-layout`
306			`{`
307			`int i;`
308			`int j;`
309			`};`
310
311			`#ifdef __GXX_EXPERIMENTAL_CXX0X__`
312			`struct LType // literal type`
313			`{`
314			`int _M_i;`
315
316			`constexpr LType(int __i) : _M_i(__i) { }`
317			`};`
318
319			`struct LTypeDerived : public LType`
320			`{`
321			`constexpr LTypeDerived(int __i) : LType(__i) { }`
322			`};`
323
324			`struct NLType // not literal type`
325			`{`
326			`int _M_i;`
327
328			`NLType() : _M_i(0) { }`
329
330			`constexpr NLType(int __i) : _M_i(__i) { }`
331
332			`NLType(const NLType& __other) : _M_i(__other._M_i) { }`
333
334			`~NLType() { _M_i = 0; }`
335			`};`
336			`#endif`
337
338			`int truncate_float(float x) { return (int)x; }`
339			`long truncate_double(double x) { return (long)x; }`
340
341			`struct do_truncate_float_t`
342			`{`
343			`do_truncate_float_t()`
344			`{`
345			`++live_objects;`
346			`}`
347
348			`do_truncate_float_t(const do_truncate_float_t&)`
349			`{`
350			`++live_objects;`
351			`}`
352
353			`~do_truncate_float_t()`
354			`{`
355			`--live_objects;`
356			`}`
357
358			`int operator()(float x) { return (int)x; }`
359
360			`static int live_objects;`
361			`};`
362
363			`int do_truncate_float_t::live_objects = 0;`
364
365			`struct do_truncate_double_t`
366			`{`
367			`do_truncate_double_t()`
368			`{`
369			`++live_objects;`
370			`}`
371
372			`do_truncate_double_t(const do_truncate_double_t&)`
373			`{`
374			`++live_objects;`
375			`}`
376
377			`~do_truncate_double_t()`
378			`{`
379			`--live_objects;`
380			`}`
381
382			`long operator()(double x) { return (long)x; }`
383
384			`static int live_objects;`
385			`};`
386
387			`int do_truncate_double_t::live_objects = 0;`
388
389			`struct X`
390			`{`
391			`int bar;`
392
393			`int foo() { return 1; }`
394			`int foo_c() const { return 2; }`
395			`int foo_v() volatile { return 3; }`
396			`int foo_cv() const volatile { return 4; }`
397			`};`
398
399			`// For use in 8_c_compatibility.`
400			`template<typename R, typename T>`
401			`typename __gnu_cxx::__enable_if<std::__are_same<R, T>::__value,`
402			`bool>::__type`
403			`check_ret_type(T)`
404			`{ return true; }`
405
406			`#ifdef __GXX_EXPERIMENTAL_CXX0X__`
407			`namespace construct_destruct`
408			`{`
409			`struct Empty {};`
410
411			`struct B { int i; B(){} };`
412			`struct D : B {};`
413
414			`enum E { ee1 };`
415			`enum E2 { ee2 };`
416			`enum class SE { e1 };`
417			`enum class SE2 { e2 };`
418
419			`enum OpE : int;`
420			`enum class OpSE : bool;`
421
422			`union U { int i; Empty b; };`
423
424			`struct Abstract`
425			`{`
426			`virtual ~Abstract() = 0;`
427			`};`
428
429			`struct AbstractDelDtor`
430			`{`
431			`~AbstractDelDtor() = delete;`
432			`virtual void foo() = 0;`
433			`};`
434
435			`struct Ukn;`
436
437			`template<class To>`
438			`struct ImplicitTo`
439			`{`
440			`operator To();`
441			`};`
442
443			`template<class To>`
444			`struct DelImplicitTo`
445			`{`
446			`operator To() = delete;`
447			`};`
448
449			`template<class To>`
450			`struct ExplicitTo`
451			`{`
452			`explicit operator To();`
453			`};`
454
455			`struct Ellipsis`
456			`{`
457			`Ellipsis(...){}`
458			`};`
459
460			`struct DelEllipsis`
461			`{`
462			`DelEllipsis(...) = delete;`
463			`};`
464
465			`struct Any`
466			`{`
467			`template<class T>`
468			`Any(T&&){}`
469			`};`
470
471			`struct nAny`
472			`{`
473			`template<class... T>`
474			`nAny(T&&...){}`
475			`};`
476
477			`struct DelnAny`
478			`{`
479			`template<class... T>`
480			`DelnAny(T&&...) = delete;`
481			`};`
482
483			`template<class... Args>`
484			`struct FromArgs`
485			`{`
486			`FromArgs(Args...);`
487			`};`
488
489			`struct DelDef`
490			`{`
491			`DelDef() = delete;`
492			`};`
493
494			`struct DelCopy`
495			`{`
496			`DelCopy(const DelCopy&) = delete;`
497			`};`
498
499			`struct DelDtor`
500			`{`
501			`DelDtor() = default;`
502			`DelDtor(const DelDtor&) = default;`
503			`DelDtor(DelDtor&&) = default;`
504			`DelDtor(int);`
505			`DelDtor(int, B, U);`
506			`~DelDtor() = delete;`
507			`};`
508
509			`struct Nontrivial`
510			`{`
511			`Nontrivial();`
512			`Nontrivial(const Nontrivial&);`
513			`Nontrivial& operator=(const Nontrivial&);`
514			`~Nontrivial();`
515			`};`
516
517			`union NontrivialUnion`
518			`{`
519			`int i;`
520			`Nontrivial n;`
521			`};`
522
523			`struct UnusualCopy`
524			`{`
525			`UnusualCopy(UnusualCopy&);`
526			`};`
527			`}`
528
529			`namespace assign`
530			`{`
531			`struct Empty {};`
532
533			`struct B { int i; B(){} };`
534			`struct D : B {};`
535
536			`enum E { ee1 };`
537			`enum E2 { ee2 };`
538			`enum class SE { e1 };`
539			`enum class SE2 { e2 };`
540
541			`enum OpE : int;`
542			`enum class OpSE : bool;`
543
544			`union U { int i; Empty b; };`
545
546			`union UAssignAll`
547			`{`
548			`bool b;`
549			`char c;`
550			`template<class T>`
551			`void operator=(T&&);`
552			`};`
553
554			`union UDelAssignAll`
555			`{`
556			`bool b;`
557			`char c;`
558			`template<class T>`
559			`void operator=(T&&) = delete;`
560			`};`
561
562			`struct Abstract`
563			`{`
564			`virtual ~Abstract() = 0;`
565			`};`
566
567			`struct AbstractDelDtor`
568			`{`
569			`~AbstractDelDtor() = delete;`
570			`virtual void foo() = 0;`
571			`};`
572
573			`struct Ukn;`
574
575			`template<class To>`
576			`struct ImplicitTo`
577			`{`
578			`operator To();`
579			`};`
580
581			`template<class To>`
582			`struct ExplicitTo`
583			`{`
584			`explicit operator To();`
585			`};`
586
587			`template<class To>`
588			`struct DelImplicitTo`
589			`{`
590			`operator To() = delete;`
591			`};`
592
593			`template<class To>`
594			`struct DelExplicitTo`
595			`{`
596			`explicit operator To() = delete;`
597			`};`
598
599			`struct Ellipsis`
600			`{`
601			`Ellipsis(...){}`
602			`};`
603
604			`struct DelEllipsis`
605			`{`
606			`DelEllipsis(...) = delete;`
607			`};`
608
609			`struct Any`
610			`{`
611			`template<class T>`
612			`Any(T&&){}`
613			`};`
614
615			`struct nAny`
616			`{`
617			`template<class... T>`
618			`nAny(T&&...){}`
619			`};`
620
621			`struct DelnAny`
622			`{`
623			`template<class... T>`
624			`DelnAny(T&&...) = delete;`
625			`};`
626
627			`template<class... Args>`
628			`struct FromArgs`
629			`{`
630			`FromArgs(Args...);`
631			`};`
632
633			`template<class... Args>`
634			`struct DelFromArgs`
635			`{`
636			`DelFromArgs(Args...) = delete;`
637			`};`
638
639			`struct DelDef`
640			`{`
641			`DelDef() = delete;`
642			`};`
643
644			`struct DelCopy`
645			`{`
646			`DelCopy(const DelCopy&) = delete;`
647			`};`
648
649			`struct DelDtor`
650			`{`
651			`DelDtor() = default;`
652			`DelDtor(const DelDtor&) = default;`
653			`DelDtor(DelDtor&&) = default;`
654			`DelDtor(int);`
655			`DelDtor(int, B, U);`
656			`~DelDtor() = delete;`
657			`};`
658
659			`struct Nontrivial`
660			`{`
661			`Nontrivial();`
662			`Nontrivial(const Nontrivial&);`
663			`Nontrivial& operator=(const Nontrivial&);`
664			`~Nontrivial();`
665			`};`
666
667			`union NontrivialUnion`
668			`{`
669			`int i;`
670			`Nontrivial n;`
671			`};`
672
673			`struct UnusualCopy`
674			`{`
675			`UnusualCopy(UnusualCopy&);`
676			`};`
677
678			`struct AnyAssign`
679			`{`
680			`template<class T>`
681			`void operator=(T&&);`
682			`};`
683
684			`struct DelAnyAssign`
685			`{`
686			`template<class T>`
687			`void operator=(T&&) = delete;`
688			`};`
689
690			`struct DelCopyAssign`
691			`{`
692			`DelCopyAssign& operator=(const DelCopyAssign&) = delete;`
693			`DelCopyAssign& operator=(DelCopyAssign&&) = default;`
694			`};`
695
696			`struct MO`
697			`{`
698			`MO(MO&&) = default;`
699			`MO& operator=(MO&&) = default;`
700			`};`
701			`}`
702
703			`struct CopyConsOnlyType`
704			`{`
705			`CopyConsOnlyType(int) { }`
706			`CopyConsOnlyType(CopyConsOnlyType&&) = delete;`
707			`CopyConsOnlyType(const CopyConsOnlyType&) = default;`
708			`CopyConsOnlyType& operator=(const CopyConsOnlyType&) = delete;`
709			`CopyConsOnlyType& operator=(CopyConsOnlyType&&) = delete;`
710			`};`
711
712			`struct MoveConsOnlyType`
713			`{`
714			`MoveConsOnlyType(int) { }`
715			`MoveConsOnlyType(const MoveConsOnlyType&) = delete;`
716			`MoveConsOnlyType(MoveConsOnlyType&&) = default;`
717			`MoveConsOnlyType& operator=(const MoveConsOnlyType&) = delete;`
718			`MoveConsOnlyType& operator=(MoveConsOnlyType&&) = delete;`
719			`};`
720			`#endif`
721
722			`} // namespace __gnu_test`
723
724			`#endif // _GLIBCXX_TESTSUITE_TR1_H`