Merge pull request #3456 from honno/version-xp-namespaces

`extra.array_api` versioning + complex support

Author: Zac-HD

hypothesis-python/RELEASE.rst

@@ -0,0 +1,13 @@
+RELEASE_TYPE: minor
+
+In preparation for `future versions of the Array API standard
+<https://data-apis.org/array-api/latest/future_API_evolution.html>`__,
+:func:`~hypothesis.extra.array_api.make_strategies_namespace` now accepts an
+optional ``api_version`` argument, which determines the version conformed to by
+the returned strategies namespace. If ``None``, the version of the passed array
+module ``xp`` is inferred.
+
+This release also introduces :func:`xps.real_dtypes`. This is currently
+equivalent to the existing :func:`xps.numeric_dtypes` strategy, but exists
+because the latter is expected to include complex numbers in the next version of
+the standard.

hypothesis-python/docs/conf.py

@@ -57,10 +57,16 @@ def setup(app):
         app.tags.add("has_release_file")
 
     # patch in mock array_api namespace so we can autodoc it
-    from hypothesis.extra.array_api import make_strategies_namespace, mock_xp
+    from hypothesis.extra.array_api import (
+        RELEASED_VERSIONS,
+        make_strategies_namespace,
+        mock_xp,
+    )
 
     mod = types.ModuleType("xps")
-    mod.__dict__.update(make_strategies_namespace(mock_xp).__dict__)
+    mod.__dict__.update(
+        make_strategies_namespace(mock_xp, api_version=RELEASED_VERSIONS[-1]).__dict__
+    )
     assert "xps" not in sys.modules
     sys.modules["xps"] = mod
 

hypothesis-python/docs/numpy.rst

@@ -75,6 +75,9 @@ The resulting namespace contains all our familiar strategies like
 :func:`~xps.arrays` and :func:`~xps.from_dtype`, but based on the Array API
 standard semantics and returning objects from the ``xp`` module:
 
+..
+    TODO: for next released xp version, include complex_dtypes here
+
 .. automodule:: xps
    :members:
         from_dtype,
@@ -83,6 +86,7 @@ standard semantics and returning objects from the ``xp`` module:
         scalar_dtypes,
         boolean_dtypes,
         numeric_dtypes,
+        real_dtypes,
         integer_dtypes,
         unsigned_integer_dtypes,
         floating_dtypes,