def test_overload_different_argcount(self):
myfunc = ElementwiseBlazeFunc('test', 'ovld')
# Two parameter overload
ckd = _lowlevel.arrfunc_from_ufunc(np.add, (np.int32,) * 3, False)
myfunc.add_overload("(int32, int32) -> int32", ckd)
# One parameter overload
ckd = _lowlevel.arrfunc_from_ufunc(np.negative, (np.int32,) * 2, False)
myfunc.add_overload("(int16, int16) -> int16", ckd)
return myfunc
def create_overloaded_add():
# Create an overloaded blaze func, populate it with
# some ckernel implementations extracted from numpy,
# and test some calls on it.
myfunc = ElementwiseBlazeFunc('test', 'myfunc')
# overload int32 -> np.add
ckd = _lowlevel.arrfunc_from_ufunc(np.add, (np.int32, np.int32, np.int32),
False)
myfunc.add_overload("(int32, int32) -> int32", ckd)
# overload int16 -> np.subtract (so we can see the difference)
ckd = _lowlevel.arrfunc_from_ufunc(np.subtract,
(np.int16, np.int16, np.int16), False)
myfunc.add_overload("(int16, int16) -> int16", ckd)
return myfunc
def test_overload_different_argcount(self):
myfunc = ElementwiseBlazeFunc('test', 'ovld')
# Two parameter overload
ckd = _lowlevel.ckernel_deferred_from_ufunc(np.add,
(np.int32,) * 3,
False)
myfunc.add_overload("(int32, int32) -> int32", ckd)
# One parameter overload
ckd = _lowlevel.ckernel_deferred_from_ufunc(np.negative,
(np.int32,) * 2, False)
myfunc.add_overload("(int16, int16) -> int16", ckd)
return myfunc
def create_overloaded_add():
# Create an overloaded blaze func, populate it with
# some ckernel implementations extracted from numpy,
# and test some calls on it.
myfunc = ElementwiseBlazeFunc('test', 'myfunc')
# overload int32 -> np.add
ckd = _lowlevel.ckernel_deferred_from_ufunc(np.add,
(np.int32, np.int32, np.int32),
False)
myfunc.add_overload("(int32, int32) -> int32", ckd)
# overload int16 -> np.subtract (so we can see the difference)
ckd = _lowlevel.ckernel_deferred_from_ufunc(np.subtract,
(np.int16, np.int16, np.int16),
False)
myfunc.add_overload("(int16, int16) -> int16", ckd)
return myfunc