def ___call__(input):
# first evaluate the inner function
r = self.evaluate(input)
# then call the method
return r.__call__(
*[evaluate(other, input) for other in args], **{
arg_name: evaluate(other, input)
for arg_name, other in kwargs.items()
})
def evaluate_both_inner_functions_and_combine(input):
# first evaluate self
left = self.evaluate(input)
# evaluate the right part
right = evaluate(other, input)
return (left and not right) or (not left and right)
def evaluate_both_inner_functions_and_combine(input):
# first evaluate self
left = self.evaluate(input)
if left:
# short-circuit: the left part is True, no need to evaluate the right part
return True
else:
# evaluate the right part
return bool(evaluate(other, input))
def ___rdivmod__(input):
# first evaluate the inner function
r = self.evaluate(input)
# then call the method
return divmod(evaluate(other, input), r)
def ___rpow__(input):
# first evaluate the inner function
r = self.evaluate(input)
# then call the method
return evaluate(other, input)**r
def ___getitem__(input):
# first evaluate the inner function
r = self.evaluate(input)
# then call the method
return r.__getitem__(evaluate(key, input))
def ___getattr__(input):
# first evaluate the inner function
r = self.evaluate(input)
# then call the method
return getattr(r, evaluate(name, input))