referenced unless we see one of them defined (or the key function
defined, if it as one) or if we need the vtable for something. Fixes
PR7114.
llvm-svn: 103497
explicit instantiations of template. C++0x clarifies the intent
(they're ill-formed in some cases; see [temp.explicit] for
details). However, one could squint at the C++98/03 standard and
conclude they are permitted, so reduce the error to a warning
(controlled by -Wc++0x-compat) in C++98/03 mode.
llvm-svn: 103482
value-dependent if their initializers are value-dependent; my recent
tweak to these dependent rules overstepped by taking away this
value-dependents. Fixes a Boost.GIL regression.
llvm-svn: 103476
of the current instantiation is value-dependent. The C++ standard
fails to enumerate this case and, therefore, we missed it. Chandler
did all of the hard work of reducing the last remaining
Boost.PtrContainer failure (which had to do with static initialization
in the Serialization library) down to this simple little test.
While I'm at it, clean up the dependence rules for template arguments
that are declarations, and implement the dependence rules for template
argument packs.
llvm-svn: 103464
of constant-evaluation. Formerly you could control whether it accepted
local l-values or not; now it always evaluates local l-values in the core
routines, but filters them out where consumed by the top-level routines.
This will make it much easier to cache evaluability.
llvm-svn: 103444
While DeclarationNameTable doesn't leak, it uses 'malloc' too often. Start with having
'CXXLiteralOperatorNames' allocated using ASTContext's allocator and add a 'DoDestroy()' method
to DeclarationNameTable that is called by ~ASTContext.
llvm-svn: 103426
particular, don't complain about unused variables that have dependent
type until instantiation time, so that we can look at the type of the
variable. Moreover, only complain about unused variables that have
neither a user-declared constructor nor a non-trivial destructor.
llvm-svn: 103362
for, and switch), be careful to construct the full expressions as soon
as we perform template instantation, so we don't either forget to call
temporary destructors or destroy temporaries at the wrong time. This
is the template-instantiation analogue to r103187, during which I
hadn't realized that the issue would affect the handling of these
constructs differently inside and outside of templates.
Fixes a regression in Boost.Function.
llvm-svn: 103357
specific message that includes the template arguments, e.g.,
test/SemaTemplate/overload-candidates.cpp:27:20: note: candidate template
ignored: substitution failure [with T = int *]
typename T::type get_type(const T&); // expected-note{{candidate ...
^
llvm-svn: 103348
many/too few arguments, use the same diagnostic we use for arity
mismatches in non-templates (but note that it's a function template).
llvm-svn: 103341
Devang Patel