1 | import unittest
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2 | from tudelft.utilities.immutablelist.FixedList import FixedList
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3 | from tudelft.utilities.immutablelist.SubList import SubList
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4 |
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5 |
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6 | class SubListTest(unittest.TestCase):
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7 | list3 = FixedList[int]([1, 2, 3]);
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8 |
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9 | select0 = 0
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10 | select1 = 1
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11 | select6 = 6
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12 |
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13 | def testSubList1(self):
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14 | # element ONE means binary 001 means SubList contains only 1.
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15 | l1 = SubList[int]( self.list3, self.select1)
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16 | print(l1)
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17 | self.assertEqual(1, l1.size())
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18 | self.assertEqual(1, l1.get(0))
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19 |
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20 | def testSubList6(self):
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21 | # SIX = 110 so element 2 and 3 selected
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22 | l1 = SubList[int](self.list3, self.select6)
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23 | print(l1)
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24 | self.assertEqual(2, l1.size())
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25 | self.assertEqual(2, l1.get(0))
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26 |
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27 | def testOutOfRangeIndex(self):
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28 | # SIX = 110 so element 2 and 3 selected
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29 | l1 = SubList[int](self.list3, self.select6)
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30 | self.assertRaises(IndexError, lambda:l1.get(2))
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31 |
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32 | def testEmptySubList(self):
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33 | l1 = SubList[int](self.list3, self.select0)
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34 | print(l1)
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35 | self.assertEqual(0, l1.size())
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36 |
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37 | def testComplement(self):
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38 | l1 = SubList[int](self.list3, self.select1)
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39 | l1 = l1.complement()
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40 | self.assertEquals(2, l1.size())
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41 | print(l1)
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