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# tag: cpp
cdef extern from "cpp_nested_classes_support.h":
cdef cppclass A:
cppclass B:
int square(int)
cppclass C:
int cube(int)
B* createB()
ctypedef int my_int
@staticmethod
my_int negate(my_int)
cdef cppclass TypedClass[T]:
ctypedef T MyType
struct MyStruct:
T typed_value
int int_value
union MyUnion:
T typed_value
int int_value
enum MyEnum:
value
cdef cppclass SpecializedTypedClass(TypedClass[double]):
pass
def test_nested_classes():
"""
>>> test_nested_classes()
"""
cdef A a
cdef A.B b
assert b.square(3) == 9
cdef A.B.C c
assert c.cube(3) == 27
cdef A.B *b_ptr = a.createB()
assert b_ptr.square(4) == 16
del b_ptr
def test_nested_typedef(py_x):
"""
>>> test_nested_typedef(5)
"""
cdef A.my_int x = py_x
assert A.negate(x) == -py_x
def test_typed_nested_typedef(x):
"""
>>> test_typed_nested_typedef(4)
(4, 4.0)
"""
cdef TypedClass[int].MyType ix = x
cdef TypedClass[double].MyType dx = x
return ix, dx
def test_nested_enum(TypedClass[double].MyEnum x):
"""
>>> test_nested_enum(4)
False
"""
return x == 0
def test_nested_union(x):
"""
>>> test_nested_union(2)
2.0
"""
cdef TypedClass[double].MyUnion u
u.int_value = x
assert u.int_value == x
u.typed_value = x
return u.typed_value
def test_nested_struct(x):
"""
>>> test_nested_struct(2)
2.0
"""
cdef TypedClass[double].MyStruct s
s.int_value = x
assert s.int_value == x
s.typed_value = x
return s.typed_value
def test_typed_nested_sub_typedef(x):
"""
>>> test_typed_nested_sub_typedef(4)
4.0
"""
cdef SpecializedTypedClass.MyType dx = x
return dx
def test_nested_sub_enum(SpecializedTypedClass.MyEnum x):
"""
>>> test_nested_sub_enum(4)
False
"""
return x == 0
def test_nested_sub_union(x):
"""
>>> test_nested_sub_union(2)
2.0
"""
cdef SpecializedTypedClass.MyUnion u
u.int_value = x
assert u.int_value == x
u.typed_value = x
return u.typed_value
def test_nested_sub_struct(x):
"""
>>> test_nested_sub_struct(2)
2.0
"""
cdef SpecializedTypedClass.MyStruct s
s.int_value = x
assert s.int_value == x
s.typed_value = x
return s.typed_value
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