def test_corner_cases(self):
# obvious unreachable high limit
n_googlers, n_surprising, min_score, *totals = \
map(int, '2 10 100 2 13'.split())
solved = dancer_selector(n_googlers, n_surprising, min_score, totals)
self.assertEqual(solved, 0)
# all scores 0 and 0 as limit
n_googlers, n_surprising, min_score, *totals = \
map(int, '2 0 0 0 0'.split())
solved = dancer_selector(n_googlers, n_surprising, min_score, totals)
self.assertEqual(solved, 2)
# 0 googlers
n_googlers, n_surprising, min_score, *totals = \
map(int, '0 2 1 0'.split())
solved = dancer_selector(n_googlers, n_surprising, min_score, totals)
self.assertEqual(solved, 0)
def test_from_description(self):
29, 20, 8, 18, 18, 21
n_googlers, n_surprising, min_score, *totals = \
map(int, '6 2 8 29 20 8 18 18 21'.split())
solved = dancer_selector(n_googlers, n_surprising, min_score, totals)
self.assertEqual(solved, 3)
def test_case4(self):
n_googlers, n_surprising, min_score, *totals = \
map(int, '6 2 8 29 20 8 18 18 21'.split())
solved = dancer_selector(n_googlers, n_surprising, min_score, totals)
self.assertEqual(solved, 3)
def test_case3(self):
n_googlers, n_surprising, min_score, *totals = \
map(int, '2 1 1 8 0'.split())
solved = dancer_selector(n_googlers, n_surprising, min_score, totals)
self.assertEqual(solved, 1)
