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authorTom Tromey <tom@tromey.com>2023-11-19 21:09:57 -0700
committerTom Tromey <tom@tromey.com>2024-01-28 10:58:16 -0700
commit790948cb0933c835e76ada717ab857852813e04f (patch)
tree6df7ccac367e4ccd6988082c07ae33233196e214 /gdb/f-lang.c
parent13eade6a108d3c07aec165d867099a0d9d4325fe (diff)
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Give names to unspecified types
A patch later in this series will change check_typedef to also look in the type domain. This change by itself caused a regression, but one that revealed some peculiar behavior. The regression is in nullptr_t.exp, where examining a std::nullptr_t will change from the correct: typedef decltype(nullptr) std::nullptr_t; to typedef void std::nullptr_t; Right now, the DWARF reader marks all unspecified types as stub types. However, this interacts weirdly with check_typedef, which currently does not try to resolve types -- only struct-domain objects. My first attempt here was to fix this by changing void types not to be stub types, as I didn't see what value that provided. However, this caused another regression, because call_function_by_hand_dummy checks for stub-ness: if (values_type == NULL || values_type->is_stub ()) values_type = default_return_type; I'm not really sure why it does this rather than check for TYPE_CODE_VOID. While looking into this, I found another oddity: the DWARF reader correctly creates a type named 'decltype(nullptr)' when it seems a DW_TAG_unspecified_type -- but it creates a symbol named "void" instead. This patch changes the DWARF reader to give the symbol the correct name. This avoids the regression.
Diffstat (limited to 'gdb/f-lang.c')
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