def test_get_frequencies(self):
counters.increment(TEST_KEY, 'fred')
counters.increment(TEST_KEY, 'barney')
counters.increment(TEST_KEY, 'george')
counters.increment(TEST_KEY, 'roger')
counters.increment(TEST_KEY, 'roger')
counters.increment(TEST_KEY, 'roger')
counters.increment(TEST_KEY, 'roger')
self.assertEqual(counters.get_frequencies(TEST_KEY), {1: 3, 4: 1})
def test_get_frequencies(self):
counters.increment(TEST_KEY, 'fred')
counters.increment(TEST_KEY, 'barney')
counters.increment(TEST_KEY, 'george')
counters.increment(TEST_KEY, 'roger')
counters.increment(TEST_KEY, 'roger')
counters.increment(TEST_KEY, 'roger')
counters.increment(TEST_KEY, 'roger')
self.assertEqual(counters.get_frequencies(TEST_KEY), {1: 3, 4: 1})
def test_clear_value(self):
counters.increment(TEST_KEY, 'fred')
counters.increment(TEST_KEY, 'fred')
counters.increment(TEST_KEY, 'fred')
counters.increment(TEST_KEY, 'barney')
counters.increment(TEST_KEY, 'barney')
counters.clear(TEST_KEY, 'fred')
self.assertEqual(counters.get(TEST_KEY), 1)
self.assertEqual(counters.get_frequencies(TEST_KEY), {2: 1})
def goal_distribution(self, alternative, goal):
return counters.get_frequencies(GOAL_KEY %
(self.name, alternative, goal))
def goal_distribution(self, alternative, goal):
return counters.get_frequencies(GOAL_KEY % (self.name, alternative, goal))
