Solution: Write a Class that Maintains an Integer

class Number :
    def set_number(self, n) :
        self.__num = n
        
    def get_number(self) :
        return self.__num
    def isnegative(self) :
        if self.__num < 0 :
            return True
        else :
            return False
    def isdivisibleby(self, n) :
        if n == 0 :
            return False
        if self.__num % n == 0 :
            return True
        else :
            return False
    def absolute_value(self) :
        if self.__num >= 0 :
            return self.__num
        else :
            return -1 * self.__num
x = Number( )
x.set_number(-1234)
print(x.get_number())
if x.isnegative():
   print(x.get_number()," is negative")
else:
   print(x.get_number()," is not negative")
if x.isdivisibleby(5) == True :
    print("5 divides ", x.get_number( ))
else :
    print("5 does not divide ", x.get_number( ))
print("Absolute Value of ", x.get_number( ), " is ", x.absolute_value( ))