re PR debug/52260 (ICE in clone_tree_hash, at dwarf2out.c:7424)
PR debug/52260 * dwarf2out.c (copy_decls_walk): Fill in *slot before traversing children with clone_tree_hash, not after it. * g++.dg/debug/dwarf2/pr52260.C: New test. From-SVN: r184303
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@ -1,3 +1,9 @@
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2012-02-16 Jakub Jelinek <jakub@redhat.com>
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PR debug/52260
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* dwarf2out.c (copy_decls_walk): Fill in *slot before traversing
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children with clone_tree_hash, not after it.
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2012-02-16 Iain Sandoe <iains@gcc.gnu.org>
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* config/darwin.h (ASM_OUTPUT_LABELREF): Add user label prefix for
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@ -7471,14 +7471,6 @@ copy_decls_walk (dw_die_ref unit, dw_die_ref die, htab_t decl_table)
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dw_die_ref parent = unit;
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dw_die_ref copy = clone_die (targ);
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FOR_EACH_CHILD (targ, c,
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add_child_die (copy,
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clone_tree_hash (c, decl_table)));
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/* Make sure the cloned tree is marked as part of the
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type unit. */
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mark_dies (copy);
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/* Record in DECL_TABLE that TARG has been copied.
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Need to do this now, before the recursive call,
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because DECL_TABLE may be expanded and SLOT
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@ -7488,6 +7480,14 @@ copy_decls_walk (dw_die_ref unit, dw_die_ref die, htab_t decl_table)
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entry->copy = copy;
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*slot = entry;
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FOR_EACH_CHILD (targ, c,
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add_child_die (copy,
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clone_tree_hash (c, decl_table)));
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/* Make sure the cloned tree is marked as part of the
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type unit. */
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mark_dies (copy);
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/* If TARG has surrounding context, copy its ancestor tree
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into the new type unit. */
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if (targ->die_parent != NULL
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@ -1,5 +1,8 @@
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2012-02-16 Jakub Jelinek <jakub@redhat.com>
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PR debug/52260
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* g++.dg/debug/dwarf2/pr52260.C: New test.
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PR middle-end/51929
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* g++.dg/ipa/pr51929.C: New test.
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@ -0,0 +1,133 @@
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// PR debug/52260
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// { dg-do compile }
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// { dg-options "-gdwarf-4 -std=c++0x" }
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namespace { typedef decltype (nullptr) T1; }
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struct B {};
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namespace A
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{
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template <typename T, T __v>
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struct C { static constexpr T value = __v; };
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typedef C <bool, false> D;
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template <typename>
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struct E : D {};
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template <typename T>
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struct F : C <bool, (E <T>::value)> {};
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template <bool, typename T = void>
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struct G { typedef T t; };
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}
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template <typename T>
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struct H {};
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namespace A
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{
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template <typename T>
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struct I : H <T> {};
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template <typename ...> struct J;
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template <typename> struct K;
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struct L
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{
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template <typename B2>
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struct M
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{
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template <typename T> static bool m2 (T) { return false; }
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};
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};
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template <typename, typename> struct N;
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template <typename T, typename B2, typename ... B4>
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struct N <T (B4 ...), B2> : L::M <B2> {};
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template <typename T, typename ... B4>
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struct K <T (B4 ...)> :J <,>, L
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{
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typedef T O (B4 ...);
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struct P {};
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template <typename B2> K (B2, typename G <!F <B2>::value, P>::t = P ());
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};
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template <typename T, typename ... B1>
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template <typename B2>
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K <T (B1 ...)>::K (B2 __f, typename G <!F < B2>::value, P>::t)
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{
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typedef N <O, B2> Q;
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Q::m2 (__f);
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};
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}
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enum R { r1 };
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const R r2 = r1;
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namespace A
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{
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template <typename>
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struct S {};
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template <typename T, typename _Dp = S <T>>
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struct U {};
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template <typename T, R _Lp = r2>
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struct V { T *operator -> (); };
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template <typename T>
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struct W : V <T>
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{
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W (const W &);
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W (T1) {}
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W & operator= (W) {}
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};
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template <typename> struct Z;
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struct AA
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{
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struct AB
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{
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struct AC { void operator () () {} };
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};
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template <typename T> using AD = U <T, AB::AC>;
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struct AE
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{
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typedef AD <AB> AZ;
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virtual ~AE ();
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void o3 (K <AZ ()>, bool = false) {}
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template <typename, typename _Arg> struct AY;
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struct C1 {};
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template <typename T> struct AY <T, C1>
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{
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AZ operator () () { return AZ (); }
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Z <T> _M_Z;
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};
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template <typename T>
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static AY <T, C1> _s1 (B, Z <T> *);
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};
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};
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template <>
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struct Z <void>
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{
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typedef AA::AE AF;
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W <AF> o4;
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void foo (B __p)
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{
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auto _s1 = AF::_s1 (__p, this);
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o4->o3 (_s1);
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}
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};
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template <typename T, typename _Alloc>
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struct AG {};
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template <typename T, typename D1 = A::I <T>>
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struct AH : AG <T, D1>
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{
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void bar (T) { baz (); }
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template <typename ... _Args>
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void baz (_Args && ...);
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};
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template <typename T, typename D1>
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template <typename ... _Args>
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void AH <T, D1>::baz (_Args && ...) {}
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namespace
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{
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typedef A::K <void ()> AI;
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struct AF
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{
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int v2;
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AI v1;
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AF (int, unsigned, AI __t) : v2 (), v1 (__t) {}
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};
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struct D3 : A::AH <AF>
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{
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typedef AF AFT;
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void v3 (AI __t) { bar (AFT (4, v4, __t)); }
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int v4;
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};
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}
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}
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