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- from src.rules.sort import match_sort_polynome, swap_factors, \
- match_sort_molinome, iter_pairs
- from src.node import Scope
- from src.possibilities import Possibility as P
- from tests.rulestestcase import RulesTestCase, tree
- class TestRulesSort(RulesTestCase):
- def test_match_sort_molinome_constant(self):
- x, l2 = root = tree('x * 2')
- self.assertEqualPos(match_sort_molinome(root),
- [P(root, swap_factors, (Scope(root), x, l2))])
- root = tree('2x')
- self.assertEqualPos(match_sort_molinome(root), [])
- #def test_match_sort_molinome_variables(self):
- # y, x = root = tree('yx')
- # self.assertEqualPos(match_sort_molinome(root),
- # [P(root, swap_factors, (Scope(root), y, x))])
- # root = tree('xy')
- # self.assertEqualPos(match_sort_molinome(root), [])
- def test_swap_factors(self):
- x, l2 = root = tree('x * 2')
- self.assertEqualNodes(swap_factors(root, (Scope(root), x, l2)),
- l2 * x)
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