How to use the cdflib.cdfepoch.breakdown function in cdflib

def test_compute_cdftt2000(self):
        random_time = list()
        random_time.append(randint(0, 2018))  # Year
        random_time.append(randint(1, 12))   # Month
        random_time.append(randint(1, 28))   # Date
        random_time.append(randint(0, 23))   # Hour
        random_time.append(randint(0, 59))   # Minute
        random_time.append(randint(0, 59))   # Second
        random_time.append(randint(0, 999))  # Millisecond
        random_time.append(randint(0, 999))  # Microsecond
        random_time.append(randint(0, 999))  # Nanosecond
        x = cdflib.cdfepoch.breakdown(cdflib.cdfepoch.compute(random_time))
        i = 0
        for t in x:
            self.assertEqual(t, random_time[i], 'Time '+str(random_time) + ' was not equal to ' + str(x))
            i += 1

def test_compute_cdfepoch(self):
        """
        Using random numbers for the compute tests
        """
        random_time = list()
        random_time.append(randint(0, 2018))  # Year
        random_time.append(randint(1, 12))  # Month
        random_time.append(randint(1, 28))  # Date
        random_time.append(randint(0, 23))  # Hour
        random_time.append(randint(0, 59))  # Minute
        random_time.append(randint(0, 59))  # Second
        random_time.append(randint(0, 999))  # Millisecond
        x = cdflib.cdfepoch.breakdown(cdflib.cdfepoch.compute(random_time))
        i = 0
        for t in x:
            self.assertEqual(t, random_time[i], 'Time '+str(random_time) + ' was not equal to ' + str(x))
            i += 1

def test_compute_cdfepoch16(self):
        random_time = list()
        random_time.append(randint(0, 2018))  # Year
        random_time.append(randint(1, 12))   # Month
        random_time.append(randint(1, 28))   # Date
        random_time.append(randint(0, 23))   # Hour
        random_time.append(randint(0, 59))   # Minute
        random_time.append(randint(0, 59))   # Second
        random_time.append(randint(0, 999))  # Millisecond
        random_time.append(randint(0, 999))  # Microsecond
        random_time.append(randint(0, 999))  # Nanosecond
        random_time.append(randint(0, 999))  # Picosecond
        x = cdflib.cdfepoch.breakdown(cdflib.cdfepoch.compute(random_time))
        i = 0
        for t in x:
            self.assertEqual(t, random_time[i], 'Time '+str(random_time) + ' was not equal to ' + str(x))
            i += 1

def test_breakdown_cdftt2000(self):
        x = cdflib.cdfepoch.breakdown(123456789101112131)
        self.assertEqual(x[0], 2003)
        self.assertEqual(x[1], 11)
        self.assertEqual(x[2], 30)
        self.assertEqual(x[3], 9)
        self.assertEqual(x[4], 32)
        self.assertEqual(x[5], 4)
        self.assertEqual(x[6], 917)
        self.assertEqual(x[7], 112)
        self.assertEqual(x[8], 131)

def test_breakdown_cdfepoch16(self):
        x = cdflib.cdfepoch.breakdown(np.complex128(63300946758.000000 + 176214648000.00000j))
        self.assertEqual(x[0], 2005)
        self.assertEqual(x[1], 12)
        self.assertEqual(x[2], 4)
        self.assertEqual(x[3], 20)
        self.assertEqual(x[4], 19)
        self.assertEqual(x[5], 18)
        self.assertEqual(x[6], 176)
        self.assertEqual(x[7], 214)
        self.assertEqual(x[8], 648)
        self.assertEqual(x[9], 0)

def test_breakdown_cdfepoch(self):
        x = cdflib.cdfepoch.breakdown([62285326000000.0, 62985326000000.0])
        # First in the array
        self.assertEqual(x[0][0], 1973)
        self.assertEqual(x[0][1], 9)
        self.assertEqual(x[0][2], 28)
        self.assertEqual(x[0][3], 23)
        self.assertEqual(x[0][4], 26)
        self.assertEqual(x[0][5], 40)
        self.assertEqual(x[0][6], 0)
        # Second in the array
        self.assertEqual(x[1][0], 1995)
        self.assertEqual(x[1][1], 12)
        self.assertEqual(x[1][2], 4)
        self.assertEqual(x[1][3], 19)
        self.assertEqual(x[1][4], 53)
        self.assertEqual(x[1][5], 20)
        self.assertEqual(x[1][6], 0)