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152
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1 // { dg-do compile }
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2 // { dg-additional-options "-g" }
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3
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4 template <int _Nm> struct A { typedef int _Type[_Nm]; };
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5 template <int _Nm> struct B {
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6 typename A<_Nm>::_Type _M_elems;
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7 void operator[](int) { int a = *_M_elems; }
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8 };
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9 class C {
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10 struct D {
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11 using type = int *;
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12 };
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13
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14 public:
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15 using pointer = D::type;
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16 };
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17 class F {
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18 public:
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19 using pointer = C::pointer;
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20 F(pointer);
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21 };
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22 struct G {
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23 int data;
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24 };
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25 template <int MaxDimensions> struct H {
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26 using dimensions_t = B<MaxDimensions>;
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27 dimensions_t dimensions;
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28 G mem;
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29 };
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30 template <int MaxDimensions, typename Allocator, typename DimT, typename AlignT>
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31 H<MaxDimensions> alloc_view(int, DimT, AlignT, Allocator) {
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32 H<MaxDimensions> b;
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33 b.dimensions[0];
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34 return b;
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35 }
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36 namespace memory {
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37 template <typename> using DynMdView = H<6>;
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38 }
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39 class I {
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40 I();
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41 memory::DynMdView<void> m_view;
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42 F m_memory;
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43 };
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44 int c, d, e;
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45 I::I() : m_view(alloc_view<6>(c, d, e, [] {})), m_memory(&m_view.mem.data) {}
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