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111
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1 // { dg-do compile }
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2 template <class _T1> struct A
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3 {
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4 _T1 first;
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5 };
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6 struct B
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7 {
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8 int operator!=(B);
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9 };
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10 template <typename _Tp> struct C
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11 {
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12 C (B);
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13 _Tp operator*();
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14 int operator!=(C);
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15 };
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16 template <typename _Tp> class D
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17 {
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18 public:
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19 typedef C<_Tp> const_iterator;
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20 const_iterator m_fn1 () const;
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21 B m_fn2 ();
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22 void m_fn3 ();
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23 };
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24 class F
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25 {
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26 struct G
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27 {
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28 static G &
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29 m_fn5 ()
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30 {
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31 void fn1 ();
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32 return *reinterpret_cast<G *> (fn1);
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33 }
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34 int *
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35 m_fn6 ()
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36 {
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37 return reinterpret_cast<int *> (this);
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38 }
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39 };
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40 struct _Alloc_hider
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41 {
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42 _Alloc_hider (int *p1, int) : _M_p (p1) {}
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43 int *_M_p;
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44 } _M_dataplus;
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45 G &
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46 m_fn4 ()
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47 {
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48 return G::m_fn5 ();
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49 }
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50 public:
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51 F () : _M_dataplus (m_fn4 ().m_fn6 (), 0) {}
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52 };
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53 class H
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54 {
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55 void m_fn7 (const F &, bool &);
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131
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56 void m_fn8 (const D<F> &, const F &, F &);
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111
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57 };
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58 typedef A<int> CandPair;
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59 class I
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60 {
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61 public:
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62 virtual void m_fn9 (const F &, bool, D<CandPair> &);
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63 };
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64 class J : I
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65 {
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66 public:
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67 void m_fn9 (const F &, bool, D<CandPair> &);
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68 };
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69 D<I *> c;
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70 void
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71 J::m_fn9 (const F &, bool, D<CandPair> &)
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72 {
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73 D<int> a;
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74 for (B b; b != a.m_fn2 ();)
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75 ;
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76 }
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77 inline void
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78 fn2 (F p1, int, int, J *p4, D<CandPair>)
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79 {
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80 D<CandPair> d;
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81 d.m_fn3 ();
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82 p4->m_fn9 (p1, 0, d);
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83 for (D<I *>::const_iterator e = c.m_fn1 (); e != c.m_fn2 ();)
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84 (*e)->m_fn9 (p1, 0, d);
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85 }
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86 void
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87 H::m_fn7 (const F &, bool &)
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88 {
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89 A<F> f;
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90 D<F> g;
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91 F h;
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92 m_fn8 (g, f.first, h);
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93 }
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131
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94 void
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111
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95 H::m_fn8 (const D<F> &p1, const F &, F &)
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96 {
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97 F i;
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98 p1.m_fn1 ();
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99 D<CandPair> j;
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100 fn2 (i, 0, 0, 0, j);
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101 }
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