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[/] [openrisc/] [trunk/] [gnu-dev/] [or1k-gcc/] [gcc/] [testsuite/] [g++.dg/] [graphite/] [pr41305.C] - Blame information for rev 693

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1 693 jeremybenn 
// { dg-do compile }
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// { dg-options "-O3 -floop-interchange -Wno-conversion-null" }
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void __throw_bad_alloc ();
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template  void
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swap (_Tp & __a, _Tp __b)
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{
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  __a = __b;
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}
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template  struct iterator
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{
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  typedef _Category iterator_category;
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};
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template  struct allocator
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{
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  typedef __SIZE_TYPE__ size_type;
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  typedef _Tp pointer;
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  pointer allocate (size_type)
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  {
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    __throw_bad_alloc ();
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    return __null;
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  }
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};
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template  >class unbounded_array;
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template  >class vector;
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template  class scalar_vector;
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template  struct random_access_iterator_base : public iterator
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{
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};
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template  struct promote_traits
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{
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  typedef __typeof__ ((X ())) promote_type;
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};
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template  struct scalar_traits
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{
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  typedef T const_reference;
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  typedef T reference;
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};
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template  struct type_traits : scalar_traits
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{
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};
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struct dense_proxy_tag
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{
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};
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template  struct iterator_base_traits;
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template <> struct iterator_base_traits
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{
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  template  struct iterator_base
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  {
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    typedef random_access_iterator_base  type;
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  };
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};
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template  struct iterator_restrict_traits
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{
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  typedef I1 iterator_category;
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};
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template  class storage_array
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{
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};
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template  struct unbounded_array : public storage_array  >
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{
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  typedef typename ALLOC::size_type size_type;
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  typedef T & reference;
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  typedef T *pointer;
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  unbounded_array (size_type size, ALLOC = ALLOC ()) : alloc_ (), size_ (size)
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  {
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    alloc_.allocate (size_);
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  }
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  ~unbounded_array ()
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  {
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    if (size_)
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      for (;;);
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  }
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  size_type
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  size () const
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  {
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    return size_;
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  }
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  reference
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  operator[] (size_type i)
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  {
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    return data_[i];
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  }
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  void
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  swap (unbounded_array & a)
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  {
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    ::swap (size_, a.size_);
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  }
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  ALLOC alloc_;
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  size_type size_;
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  pointer data_;
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};
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template  struct scalar_binary_functor
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{
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  typedef typename promote_traits ::promote_type result_type;
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};
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template  struct scalar_plus : public scalar_binary_functor
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{
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};
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template  struct scalar_multiplies : public scalar_binary_functor
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{
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};
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template  struct scalar_binary_assign_functor
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{
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  typedef typename type_traits ::reference argument1_type;
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  typedef typename type_traits ::const_reference argument2_type;
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};
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template  struct scalar_assign : public scalar_binary_assign_functor
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{
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  typedef typename scalar_binary_assign_functor ::argument1_type argument1_type;
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  typedef typename scalar_binary_assign_functor ::argument2_type argument2_type;
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  static const bool computed = false;
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  static void
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  apply (argument1_type t1, argument2_type t2)
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  {
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    t1 = t2;
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  }
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};
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template  struct vector_expression
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{
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  typedef E expression_type;
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  const expression_type &
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  operator () () const
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  {
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    return *static_cast (this);
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  }
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};
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template  class vector_container : public vector_expression
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{
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};
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template  struct vector_reference : public vector_expression  >
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{
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  typedef typename E::size_type size_type;
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  typename E::const_reference const_reference;
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  typedef E referred_type;
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  vector_reference (referred_type & e) : e_ (e)
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  {
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  }
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  size_type
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  size () const
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  {
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    return expression ().size ();
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  }
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  referred_type &
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  expression () const
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  {
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    return e_;
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  }
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  referred_type &e_;
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};
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template  struct vector_binary : public vector_expression  >
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{
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  typedef E1 expression1_type;
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  typedef E2 expression2_type;
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  typedef typename E1::const_closure_type expression1_closure_type;
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  typedef typename E2::const_closure_type expression2_closure_type;
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  typedef typename promote_traits ::promote_type size_type;
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  typedef typename F::result_type value_type;
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  vector_binary (const expression1_type & e1, expression2_type e2) : e1_ (e1), e2_ (e2)
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  {
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  }
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  size_type
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  size () const
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  {
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    return e1_.size ();
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  }
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  class const_iterator : public iterator_base_traits ::iterator_category>::template iterator_base ::type
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  {
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  };
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  expression1_closure_type e1_;
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  expression2_closure_type e2_;
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};
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template  struct vector_binary_traits
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{
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  typedef vector_binary  expression_type;
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  typedef expression_type result_type;
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};
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template  typename vector_binary_traits  >::result_type
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operator + (vector_expression  &e1, const vector_expression  &e2)
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{
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  typedef typename vector_binary_traits  >::expression_type expression_type;
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  return expression_type (e1 (), e2 ());
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}
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template  struct vector_binary_scalar2 : public vector_expression  >
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{
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  typedef vector_binary_scalar2  self_type;
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  typedef typename E1::size_type size_type;
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  typedef typename F::result_type value_type;
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  typedef self_type const_closure_type;
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};
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template  struct vector_binary_scalar2_traits
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{
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  typedef vector_binary_scalar2  result_type;
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};
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template
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typename vector_binary_scalar2_traits  >::result_type
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operator * (vector_expression , T2)
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{
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}
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template  struct vector_assign_traits
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{
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  typedef SC storage_category;
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};
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template