Merge remote-tracking branch 'origin/main' into v1

Author: Christopher Doris

docs/src/conversion-to-julia.md

@@ -47,7 +47,7 @@ From Python, the arguments to a Julia function will be converted according to th
 | `ctypes.c_voidp`                                                                                             | `Ptr{Cvoid}`, `Ptr`                                         |
 | `ctypes.c_char_p`                                                                                            | `Cstring`, `Ptr{Cchar}`, `Ptr`                              |
 | `ctypes.c_wchar_p`                                                                                           | `Cwstring`, `Ptr{Cwchar}`, `Ptr`                            |
-| `numpy.intXX`/`numpy.uintXX`/`numpy.floatXX`                                                                 | `Integer`, `Rational`, `Real`, `Number`                     |
+| `numpy.bool_`/`numpy.intXX`/`numpy.uintXX`/`numpy.floatXX`                                                   | `Bool`, `Integer`, `Rational`, `Real`, `Number`             |
 | Objects satisfying the buffer or array interface                                                             | `Array`, `AbstractArray`                                    |
 | **Low priority (fallback to `Py`).**                                                                         |                                                             |
 | Anything                                                                                                     | `Py`                                                        |

docs/src/releasenotes.md

@@ -5,6 +5,7 @@
 
 ## Unreleased
 * `Serialization.serialize` can use `dill` instead of `pickle` by setting the env var `JULIA_PYTHONCALL_PICKLE=dill`.
+* `numpy.bool_` can now be converted to `Bool` and other number types.
 * `datetime.timedelta` can now be converted to `Dates.Nanosecond`, `Microsecond`, `Millisecond` and `Second`. This behaviour was already documented.
 
 ## 0.9.20 (2024-05-01)

src/Convert/numpy.jl

@@ -10,6 +10,7 @@ function (::pyconvert_rule_numpysimplevalue{R,SAFE})(::Type{T}, x::Py) where {R,
 end
 
 const NUMPY_SIMPLE_TYPES = [
+    ("bool_", Bool),
     ("int8", Int8),
     ("int16", Int16),
     ("int32", Int32),
@@ -27,17 +28,18 @@ const NUMPY_SIMPLE_TYPES = [
 ]
 
 function init_numpy()
-    for (t,T) in NUMPY_SIMPLE_TYPES
-        isint = occursin("int", t)
-        isuint = occursin("uint", t)
+    for (t, T) in NUMPY_SIMPLE_TYPES
+        isbool = occursin("bool", t)
+        isint = occursin("int", t) || isbool
+        isuint = occursin("uint", t) || isbool
         isfloat = occursin("float", t)
         iscomplex = occursin("complex", t)
         isreal = isint || isfloat
         isnumber = isreal || iscomplex
 
         name = "numpy:$t"
-        rule = pyconvert_rule_numpysimplevalue{T, false}()
-        saferule = pyconvert_rule_numpysimplevalue{T, true}()
+        rule = pyconvert_rule_numpysimplevalue{T,false}()
+        saferule = pyconvert_rule_numpysimplevalue{T,true}()
 
         pyconvert_add_rule(name, T, saferule, PYCONVERT_PRIORITY_ARRAY)
         isuint && pyconvert_add_rule(name, UInt, sizeof(T) ≤ sizeof(UInt) ? saferule : rule)