def test_contains(self):
Q = FiniteBestSet(N=10)
for x in self.ar: Q.add(x,x)
for elem in self.max_set:
self.assertTrue(Q.__contains__(elem))
for elem in self.min_set:
self.assertFalse(Q.__contains__(elem))
def test_len(self):
Q = FiniteBestSet(N=10)
count = 0
self.assertEqual(Q.__len__(), 0)
for x in self.ar:
Q.add(x, x)
count = min(count + 1, 10)
self.assertEqual(Q.__len__(), count)
def test_contains(self):
Q = FiniteBestSet(N=10)
for x in self.ar:
Q.add(x, x)
for elem in self.max_set:
self.assertTrue(Q.__contains__(elem))
for elem in self.min_set:
self.assertFalse(Q.__contains__(elem))
def test_len(self):
Q = FiniteBestSet(N=10)
count = 0
self.assertEqual(Q.__len__(), 0)
for x in self.ar:
Q.add(x,x)
count = min(count+1, 10)
self.assertEqual(Q.__len__(), count)
def test_min(self):
Q = FiniteBestSet(N=10, max=False)
for x in self.ar:
Q.add(x, x)
self.assertTrue(set(Q.get_all()).issuperset(set(self.min_set)))
self.assertTrue(set(Q.get_all()).issubset(set(self.min_set)))
def test_max(self):
Q = FiniteBestSet(N=10)
for x in self.ar:
Q.add(x, x)
self.assertTrue(set(Q.get_all()).issuperset(set(self.max_set)))
self.assertTrue(set(Q.get_all()).issubset(set(self.max_set)))
def test_min(self):
Q = FiniteBestSet(N=10, max=False)
for x in self.ar: Q.add(x,x)
self.assertTrue(set(Q.get_all()).issuperset( set(self.min_set)))
self.assertTrue(set(Q.get_all()).issubset( set(self.min_set)))
def test_max(self):
Q = FiniteBestSet(N=10)
for x in self.ar: Q.add(x,x)
self.assertTrue(set(Q.get_all()).issuperset( set(self.max_set)))
self.assertTrue(set(Q.get_all()).issubset( set(self.max_set)))
