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# mode: run
# ticket: 5644
# cython: language_level=3
# distutils: define_macros=CYTHON_CCOMPLEX=0
cimport cython
# We used to generate invalid C code for the fused default value assignment
# (int -> complex) with CYTHON_CCOMPLEX=0.
cdef cython.numeric fused_numeric_default(int a = 1, cython.numeric x = 0):
return x + a
def test_fused_numeric_default(int a, x):
"""
>>> test_fused_numeric_default(1, 0)
[1, 1.0, (1+0j)]
>>> test_fused_numeric_default(1, 2)
[3, 3.0, (3+0j)]
>>> test_fused_numeric_default(2, 0)
[2, 2.0, (2+0j)]
>>> test_fused_numeric_default(2, 1)
[3, 3.0, (3+0j)]
"""
result = []
if a == 1 and x == 0:
result.append(fused_numeric_default[int]())
elif x == 0:
result.append(fused_numeric_default[int](a))
elif a == 1:
result.append(fused_numeric_default[int](1, x))
else:
result.append(fused_numeric_default[int](a, x))
if a == 1 and x == 0:
result.append(fused_numeric_default[float]())
elif x == 0:
result.append(fused_numeric_default[float](a))
elif a == 1:
result.append(fused_numeric_default[float](1, x))
else:
result.append(fused_numeric_default[float](a, x))
if a == 1 and x == 0:
result.append(fused_numeric_default[cython.doublecomplex]())
elif x == 0:
result.append(fused_numeric_default[cython.doublecomplex](a))
elif a == 1:
result.append(fused_numeric_default[cython.doublecomplex](1, x))
else:
result.append(fused_numeric_default[cython.doublecomplex](a, x))
return result
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