def test_long(self):
""" Test that find_anagrams runs in 1/10 of a second or faster. """
time = Timer(lambda: find_anagrams(self.long)).timeit(number=1)
self.assertTrue(
round(time, 3) <= 0.10,
"find_anagrams ran in {}, which exceeds the "
"threshhold of 0.10 seconds".format(round(time, 3)))
def run_find_anagrams(self, word_list, benchmark):
my_time = Timer(lambda: find_anagrams(word_list)).timeit(number=1)
my_time = round(my_time, 3)
failure_text = (
'find_anagrams took {} seconds, which exceeds the '
'benchmark of {} seconds'.format(my_time, benchmark)
)
self.assertTrue(my_time <= benchmark, failure_text)
def test_find_anagrams_of_word_does_not_exist():
eq_(anagrams.find_anagrams("cba", ("aaa", "asc")), [])
def test_anagrams(self):
self.assertEqual(find_anagrams(['cat', 'dog', 'act']), {
'dgo': ['dog'],
'act': ['cat', 'act']
})
def test_find_anagrams_of_word_multiple():
eq_(anagrams.find_anagrams("cba", ("aaa", "abc", "bca")), ["abc", "bca"])
def test_find_anagrams_of_word_word_itself():
eq_(anagrams.find_anagrams("cba", ("cba", "abc")), ["cba", "abc"])
def test_find_anagrams_of_word():
eq_(anagrams.find_anagrams("cba", ("aaa", "abc")), ["abc"])
def test_anagrams_empty(self):
words = ['rose', 'bike', 'spaghetti', 'bad', 'dog']
anagrams = find_anagrams(words)
self.assertEqual(anagrams, [])
def test_anagrams(self):
words = ['rose', 'bike', 'sore', 'spaghetti', 'bad', 'dog', 'god']
anagrams = find_anagrams(words)
self.assertEqual(anagrams, [['rose', 'sore'], ['dog', 'god']])
