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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.
Removing a GlobalValue from the module might make other values (referenced only
by the one being removed) available for removal. Those should go as well. The
initial implementation is a bit greedy - it removes more: i.e dtors because they
are not referenced (because IncrementalExecutor takes care of them in an custom
way)
