Remove redundant decorators on individual @overloads

Author: jorenham

hypothesis-python/src/hypothesis/extra/numpy.py

@@ -419,7 +419,6 @@ def fill_for(elements, unique, fill, name=""):
 
 
 @overload
-@defines_strategy(force_reusable_values=True)
 def arrays(
     dtype: Union["np.dtype[G]", st.SearchStrategy["np.dtype[G]"]],
     shape: Union[int, st.SearchStrategy[int], Shape, st.SearchStrategy[Shape]],
@@ -428,10 +427,7 @@ def arrays(
     fill: Optional[st.SearchStrategy[Any]] = None,
     unique: bool = False,
 ) -> "st.SearchStrategy[NDArray[G]]": ...
-
-
 @overload
-@defines_strategy(force_reusable_values=True)
 def arrays(
     dtype: Union[D, st.SearchStrategy[D]],
     shape: Union[int, st.SearchStrategy[int], Shape, st.SearchStrategy[Shape]],
@@ -440,8 +436,6 @@ def arrays(
     fill: Optional[st.SearchStrategy[Any]] = None,
     unique: bool = False,
 ) -> "st.SearchStrategy[NDArray[Any]]": ...
-
-
 @defines_strategy(force_reusable_values=True)
 def arrays(
     dtype: Union[D, st.SearchStrategy[D]],
@@ -625,50 +619,35 @@ def dtype_factory(kind, sizes, valid_sizes, endianness):
 
 
 @overload
-@defines_dtype_strategy
 def unsigned_integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[8],
 ) -> st.SearchStrategy["np.dtype[np.uint8]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def unsigned_integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[16],
 ) -> st.SearchStrategy["np.dtype[np.uint16]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def unsigned_integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[32],
 ) -> st.SearchStrategy["np.dtype[np.uint32]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def unsigned_integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[64],
 ) -> st.SearchStrategy["np.dtype[np.uint64]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def unsigned_integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Sequence[Literal[8, 16, 32, 64]] = (8, 16, 32, 64),
 ) -> st.SearchStrategy["np.dtype[np.unsignedinteger[Any]]"]: ...
-
-
 @defines_dtype_strategy
 def unsigned_integer_dtypes(
     *,
@@ -693,50 +672,35 @@ def unsigned_integer_dtypes(
 
 
 @overload
-@defines_dtype_strategy
 def integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[8],
 ) -> st.SearchStrategy["np.dtype[np.int8]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[16],
 ) -> st.SearchStrategy["np.dtype[np.int16]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[32],
 ) -> st.SearchStrategy["np.dtype[np.int32]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[64],
 ) -> st.SearchStrategy["np.dtype[np.int64]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def integer_dtypes(
     *,
     endianness: str = "?",
     sizes: Sequence[Literal[8, 16, 32, 64]] = (8, 16, 32, 64),
 ) -> st.SearchStrategy["np.dtype[np.signedinteger[Any]]"]: ...
-
-
 @defines_dtype_strategy
 def integer_dtypes(
     *,
@@ -757,50 +721,35 @@ def integer_dtypes(
 
 
 @overload
-@defines_dtype_strategy
 def floating_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[16],
 ) -> st.SearchStrategy["np.dtype[np.float16]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def floating_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[32],
 ) -> st.SearchStrategy["np.dtype[np.float32]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def floating_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[64],
 ) -> st.SearchStrategy["np.dtype[np.float64]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def floating_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[128],
 ) -> st.SearchStrategy["np.dtype[np.float128]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def floating_dtypes(
     *,
     endianness: str = "?",
     sizes: Sequence[Literal[16, 32, 64, 96, 128]] = (16, 32, 64),
 ) -> st.SearchStrategy["np.dtype[np.floating[Any]]"]: ...
-
-
 @defines_dtype_strategy
 def floating_dtypes(
     *,
@@ -822,41 +771,29 @@ def floating_dtypes(
 
 
 @overload
-@defines_dtype_strategy
 def complex_number_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[64],
 ) -> st.SearchStrategy["np.dtype[np.complex64]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def complex_number_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[128],
 ) -> st.SearchStrategy["np.dtype[np.complex128]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def complex_number_dtypes(
     *,
     endianness: str = "?",
     sizes: Literal[256],
 ) -> st.SearchStrategy["np.dtype[np.complex256]"]: ...
-
-
 @overload
-@defines_dtype_strategy
 def complex_number_dtypes(
     *,
     endianness: str = "?",
     sizes: Sequence[Literal[64, 128, 192, 256]] = (64, 128),
 ) -> st.SearchStrategy["np.dtype[np.complexfloating[Any, Any]]"]: ...
-
-
 @defines_dtype_strategy
 def complex_number_dtypes(
     *,
@@ -1175,24 +1112,18 @@ def basic_indices(
 
 
 @overload
-@defines_strategy()
 def integer_array_indices(
     shape: Shape,
     *,
     result_shape: st.SearchStrategy[Shape] = array_shapes(),
 ) -> "st.SearchStrategy[tuple[NDArray[np.signedinteger[Any]], ...]]": ...
-
-
 @overload
-@defines_strategy()
 def integer_array_indices(
     shape: Shape,
     *,
     result_shape: st.SearchStrategy[Shape] = array_shapes(),
     dtype: "np.dtype[I]",
 ) -> "st.SearchStrategy[tuple[NDArray[I], ...]]": ...
-
-
 @defines_strategy()
 def integer_array_indices(
     shape: Shape,