def execute_evaluated(self, operands: List[Expression],
frame: Frame) -> Expression:
verify_exact_callable_length(self, 2, len(operands))
assert_all_numbers(operands)
negate = (operands[0].value < 0) != (operands[1].value < 0)
negate = -1 if negate else 1
return Number(negate * operands[0].value // operands[1].value)
def execute_evaluated(self, operands: List[Expression], frame: Frame):
verify_min_callable_length(self, 1, len(operands))
assert_all_numbers(operands)
if len(operands) == 1:
return Number(-operands[0].value)
return Number(operands[0].value - sum(operand.value
for operand in operands[1:]))
def execute_evaluated(self, operands: List[Expression],
frame: Frame) -> Expression:
verify_min_callable_length(self, 1, len(operands))
assert_all_numbers(operands)
if len(operands) == 1:
return Number(1 / operands[0].value)
out = operands[0].value
for operand in operands[1:]:
out /= operand.value
return Number(out)
def execute_evaluated(self, operands: List[Expression],
frame: Frame) -> Expression:
verify_exact_callable_length(self, 2, len(operands))
assert_all_numbers(operands)
return Number(operands[0].value % abs(operands[1].value))
def execute_simple(self, operand: Expression) -> Expression:
assert_all_numbers([operand])
return Number(abs(operand.value))
def execute_evaluated(self, operands: List[Expression], frame: Frame):
assert_all_numbers(operands)
out = 1
for operand in operands:
out *= operand.value
return Number(out)
def execute_simple(self, operand: Expression) -> Expression:
assert_all_numbers([operand])
return bools[operand.value == 0]
def execute_evaluated(self, operands: List[Expression], frame: Frame):
assert_all_numbers(operands)
return Number(sum(operand.value for operand in operands))
