def testIdentity(self):
"""Make sure an Argument is an Argument."""
op = literals.Operator(symbol = "+", operation = numpy.add, nin = 2)
self.assertTrue(abcs.issubclass(literals.Operator, abcs.OperatorABC))
self.assertTrue(abcs.isinstance(op, abcs.OperatorABC))
return
def testIdentity(self):
"""Make sure an Argument is an Argument."""
op = literals.Operator(symbol="+", operation=numpy.add, nin=2)
self.assertTrue(abcs.issubclass(literals.Operator, abcs.OperatorABC))
self.assertTrue(abcs.isinstance(op, abcs.OperatorABC))
return
def testIdentity(self):
"""Make sure an Argument is an Argument."""
a = literals.Argument()
self.assertTrue(abcs.issubclass(literals.Argument, abcs.ArgumentABC))
self.assertTrue(abcs.isinstance(a, abcs.ArgumentABC))
return
def testIdentity(self):
"""Make sure an Argument is an Argument."""
a = literals.Argument()
self.assertTrue(abcs.issubclass(literals.Argument, abcs.ArgumentABC))
self.assertTrue(abcs.isinstance(a, abcs.ArgumentABC))
return
