def testHas(self):
# array of { lower, upper,
# lower_inclusive, upper_inclusive
# testValue, expected }
data = [
# inclusive boundaries
[1, 8, True, True, 2, True],
[1, 8, True, True, 1, True],
[1, 8, True, True, 8, True],
[1, 8, True, True, 0, False],
[1, 8, True, True, 9, False],
[Smallest(), 8, False, True, 4, True],
[Smallest(), 8, False, True, -1, True],
[Smallest(), 8, False, True, 9, False],
[1, Largest(), True, False, 4, True],
[1, Largest(), True, False, 1, True],
[1, Largest(), True, False, -1, False],
# exclusive boundaries
[1, 8, False, False, 2, True],
[1, 8, False, False, 1, False],
[1, 8, False, False, 8, False],
[1, 8, False, False, 0, False],
[1, 8, False, False, 9, False],
[Smallest(), 8, False, False, 4, True],
[Smallest(), 8, False, False, -1, True],
[Smallest(), 8, False, False, 9, False],
[1, Largest(), False, False, 4, True],
[1, Largest(), False, False, 1, False],
[1, Largest(), False, False, -1, False]
]
for lower, upper, lower_inclusive, upper_inclusive, test_value, expected in data:
iv = Interval(lower, upper, lower_inclusive, upper_inclusive)
self.assertEqual(iv.has(test_value), expected)
def __init__(self, lower, upper, lower_included=None, upper_included=None):
Interval.__init__(self, lower, upper, lower_included, upper_included)
