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Consider the following code for a Fraction class: self. numerator = 0 self tsn
return self. denominator # Greatest Common Divisor def GCD (self, m, n): while n != 0: m=t return m def reduce(self): gcd - s
Consider the following code for a Fraction class: self. numerator = 0 self tsn
return self. denominator # Greatest Common Divisor def GCD (self, m, n): while n != 0: m=t return m def reduce(self): gcd - self.GCD(self._numerator, self._denominator) self. numerator int(self,_numerator / gcd) self'-denominator înt (self-denominator, gcd) def_str (self): 프 str(self-numerator). "ItDenominator, return "Numerator : str(self,-deno 프, . minator) Write a Unittest framework class to test the GCD method presented in the Fraction class Upload your answer code to the question.
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uni File Edit Format Run Options Window Help import unittest class Fraction: def init (self) : self. numerator-0 self. denomiuni File Edit Format Run Options Window Help print (o.getDenominator( o.reduce () print (o) class GCDTestCase (unittest.TestC2 Shell File Edit Shell Debug Options Window Help Python 3.6.2 (v3.6.2:5fd33b5, Jul 8 2017, 04:14:34) [MSC v.1900 32 bit (Int

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