def _reset_iters(self):
"""
Reset depends, rdepends, post_rdepends, and provides properties
to current matches' related attributes.
"""
cur = self.matches_cur
self._deps = cur.depends.cnf_solutions()
self._rdeps = cur.rdepends.cnf_solutions()
self._prdeps = cur.post_rdepends.cnf_solutions()
self._provides = tuple(iter_stable_unique(cur.provides))
def _reset_iters(self):
"""
Reset depends, rdepends, post_rdepends, and provides properties
to current matches' related attributes.
"""
cur = self.matches_cur
self._deps = cur.depends.cnf_solutions()
self._rdeps = cur.rdepends.cnf_solutions()
self._prdeps = cur.post_rdepends.cnf_solutions()
self._provides = tuple(iter_stable_unique(cur.provides))
def test_iter_stable_unique(self):
self.test_stable_unique(lambda x: list(lists.iter_stable_unique(x)))
o = UnhashableComplex()
l = [1, 2, 3, o, UnhashableComplex(), 4, 3, UnhashableComplex()]
self.assertEqual(list(lists.iter_stable_unique(l)),
[1, 2, 3, o, 4])
def _reset_iters(self):
cur = self.matches_cur
self._deps = cur.depends.cnf_solutions()
self._rdeps = cur.rdepends.cnf_solutions()
self._prdeps = cur.post_rdepends.cnf_solutions()
self._provides = tuple(iter_stable_unique(cur.provides))
def test_iter_stable_unique(self):
self.test_stable_unique(lambda x: list(lists.iter_stable_unique(x)))
o = UnhashableComplex()
l = [1, 2, 3, o, UnhashableComplex(), 4, 3, UnhashableComplex()]
self.assertEqual(list(lists.iter_stable_unique(l)), [1, 2, 3, o, 4])