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The reported types of the 2 v's are std::vector<int> and vector<type-parameter-0-0> respectively.
This has as effect that we cannot compute any statistics about types of parameters that are instantiation-dependent used in function template decls, because they are indistinguishable due to missing namespace qualifications.
This is not a really big problem, because we can't do that always anyway, e.g. there will be many function template parameter variable of type type-parameter-0-0, which aren't indicative either.
I suspect this to be a clang bug.
The text was updated successfully, but these errors were encountered:
PrintingPolicy.PrintCanonicalTypes causes instantiation-dependent types' to be printed not qualified. Example:
The reported types of the 2
v
's arestd::vector<int>
andvector<type-parameter-0-0>
respectively.This has as effect that we cannot compute any statistics about types of parameters that are instantiation-dependent used in function template decls, because they are indistinguishable due to missing namespace qualifications.
This is not a really big problem, because we can't do that always anyway, e.g. there will be many function template parameter variable of type
type-parameter-0-0
, which aren't indicative either.I suspect this to be a clang bug.
The text was updated successfully, but these errors were encountered: