I disagree for Julia, but that probably depends on the definition of static typing.
For the average Julia package I would guess, that most types are statically known at compile time, because dynamic dispatch is detrimental for performance. I consider, that to be the definition of static typing.
That said, Julia functions seldomly use concrete types and are generic by default. So the function signatures often look similar to untyped Python, but in my opinion this is something entirely different.
For the average Julia package I would guess, that most types are statically known at compile time, because dynamic dispatch is detrimental for performance. I consider, that to be the definition of static typing.
That said, Julia functions seldomly use concrete types and are generic by default. So the function signatures often look similar to untyped Python, but in my opinion this is something entirely different.