Add the following operations to the Fraction class (HINT: After you complete the __cmp__ function, the remaining functions can use the __cmp__, making them almost trivial.):

__cmp__ - This function should take another fraction as the parameter and return: a negative value if the current fraction is less than the parameter fraction zero if the current fraction and the parameter fraction have the same value a positive value if the current fraction is greater than the parameter fraction

__eq__ - This function should take another fraction as a parameter and return True if the current fraction is equal to the the parameter fraction; otherwise False

__ne__ - This function should take another fraction as a parameter and return True if the current fraction is not equal to the the parameter fraction; otherwise False

__lt__ - This function should take another fraction as a parameter and return True if the current fraction is less than the parameter fraction; otherwise False

__le__ - This function should take another fraction as a parameter and return True if the current fraction is less than or equal to the parameter fraction; otherwise False __gt__ - This function should take another fraction as a parameter and return True if the current fraction is greater than the parameter fraction; otherwise False

__ge__ - This function should take another fraction as a parameter and return True if the current fraction is greater than or equal to the parameter fraction; otherwise False Modify the main program to test these new operations, including ==, !=, <, >, <=, >=.

Create a Abstract Data Type called Percentage which is derived from a Fraction

Add a __str__() operation that converts the fraction to display as a percentage.

For example, the fraction 4/5 should display as 80.0%.

Create a main program that creates a couple of percentages that add up to 100%.

Compute a weighted average of several made up test scores.