def simple_type(self):
# If the operator is a simple type return then the App of
# it is also has simple_type, or it raises NotSimple.
ty = self.operator.simple_type()
if coretypes.is_simple(ty):
return ty
else:
raise NotSimple()
def simple_type(self):
# If the operator is a simple type return then the App of
# it is also has simple_type, or it raises NotSimple.
ty = self.operator.simple_type()
if coretypes.is_simple(ty):
return ty
else:
raise NotSimple()
def simple_type(self):
""" If possible determine the datashape before we even
hit eval(). This is possible only for simple types.
Possible::
2, 2, int32
Example Not Possible::
X, 2, int32
"""
# Get the the simple types for each of the operands.
if not all(coretypes.is_simple(op.simple_type()) for op in self.operands if op is not None):
raise NotSimple()
else:
return coretypes.promote(*self.operands)
def simple_type(self):
""" If possible determine the datashape before we even
hit eval(). This is possible only for simple types.
Possible::
2, 2, int32
Example Not Possible::
X, 2, int32
"""
# Get the the simple types for each of the operands.
if not all(
coretypes.is_simple(op.simple_type())
for op in self.operands if op is not None):
raise NotSimple()
else:
return coretypes.promote(*self.operands)
