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585ce12ace
This fixes our logic for binding a legacy typevar with its binding context. (To recap, a legacy typevar starts out "unbound" when it is first created, and each time it's used in a generic class or function, we "bind" it with the corresponding `Definition`.) We treat `typing.Self` the same as a legacy typevar, and so we apply this binding logic to it too. Before, we were using the enclosing class as its binding context. But that's not correct — it's the method where `typing.Self` is used that binds the typevar. (Each invocation of the method will find a new specialization of `Self` based on the specific instance type containing the invoked method.) This required plumbing through some additional state to the `in_type_expression` method. This also revealed that we weren't handling `Self`-typed instance attributes correctly (but were coincidentally not getting the expected false positive diagnostics). |
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| .. | ||
| annotated.md | ||
| any.md | ||
| callable.md | ||
| deferred.md | ||
| int_float_complex.md | ||
| invalid.md | ||
| literal.md | ||
| literal_string.md | ||
| never.md | ||
| new_types.md | ||
| optional.md | ||
| self.md | ||
| starred.md | ||
| stdlib_typing_aliases.md | ||
| string.md | ||
| union.md | ||
| unsupported_special_forms.md | ||
| unsupported_special_types.md | ||
| unsupported_type_qualifiers.md | ||