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GetPartiallyDesaguredType now desugar template alias
but does not yet properly propagate the opaque typedef
and thus:
template <typename T> using myvector = std::vector<T>;
myvector<Double32_t> vd32d;
template<class T> using ptr = T*;
ptr<Double32_t> p3;
Both currently result in the Double32_t being ignored.
The partial desugaring (part of normalization) now strips a typedef
even when it original from std and points to compiler details (__gnu_cxx, etc.).
The cost of this convenience was the fact the same entity could have different
'name' and thus different class even-though they were supposed to be strictly
equivalent. i.e. depending on the way to get to the class it could be name
vector<int*>::iterator or __gnu_cxx::iterator<int*> or std::iterator<int*>.
This different from the case where we have a strictly bidirectional equivalent
between the class and its unique typedef (yes, we are talking about you std::string).
This also different from the case where there is a semantic difference between
the two possible name. I.e. where an opaque typedef is used. For example,
vector<Double32_t> and vector<double> and where the 'way' to get to the type[name]
is relevant.
TClassEdit::ResolveTypedef was not properly handling the leading const
if there is a namespace in the name (and no template).
Transform::GetPartiallyDesugaredType was not keeping the 'const' in case
the target of the typedef was in the global scope (for example being a
fundamental type).
This fixes ROOT-5576
For example:
namespace edm {
template <int I> class Hash {};
const int typeN =1;
typedef Hash<typeN> ParentageID;
}
edm::ParentageID should be desugared to edm::Hash<1>.
GetPartiallyDesugaredType was 'forgetting' to add full qualification of the
template parameters in some case (where the template paramter in the
QualType was not yet an elaborated type). Extend the internal interface to
distinguish when we need to add full qualification to the type itself or its
template parameters.
it looks for typeinfo of the InterpreterCallbacks (compiled with fno-rtti).
*Move the SymbolResolverCallback into InterpreterCallbacks.(h,cpp). Ideally it is
used only in the testsuite so we could hack in the build system to build the
SymbolResolverCallback with fno-rtti and include just the header file but that's
for later.
*Set the symbol resolver callback in enableDynamicLookup for now.
*Clear up the logic behind InterpreterExternalSemaSource and InterpreterCallbacks.
*Now the DynamicIDHandler derives from InterpreterExternalSemaSource.
*Adapt the testsuite to the change.
*Request the InterpreterCallback constructor to be put in the binary.
git-svn-id: http://root.cern.ch/svn/root/trunk@46435 27541ba8-7e3a-0410-8455-c3a389f83636
