class XCheckEnglishDictionaryTest(unittest.TestCase):
def setUp(self):
self.simple_english = SimpleDictionary(DICTIONARY_DATA_FILES["english"])
self.simple_english.loadWordFile()
self.trie_english = EnglishLinux()
self.trie_english.loadWordFile()
def __unused__(self):
self.trie_english = DTrie.buildEnglishTrie()
with codecs.open(DICTIONARY_DATA_FILES["english"], "r", "utf-8") as fp:
for l in fp.readlines():
l = l.strip()
self.trie_english.add(
filter(lambda lx: lx in string.letters, l.lower())
)
def test_english_count(self):
n_trie = len(self.trie_english.getAllWords())
n_english = len(self.simple_english.getAllWords())
print("N trie = %d, N_simple = %d" % (n_trie, n_english))
self.assertEqual(n_trie, 45373)
self.assertEqual(n_english, 45402)
# @unittest.skip("skip")
def test_english_words(self):
w_trie = set(self.trie_english.getAllWords())
w_english = set(self.simple_english.getAllWords())
residue = w_trie.symmetric_difference(w_english)
# for w in residue:
# print(u"F -> %s"%w)
print("len trie words = %d" % len(w_english))
self.assertEqual(len(residue), 0)
def setUp(self):
self.simple_english = SimpleDictionary(DICTIONARY_DATA_FILES["english"])
self.simple_english.loadWordFile()
self.trie_english = EnglishLinux()
self.trie_english.loadWordFile()
def test_load(self):
self.simple_skt = SimpleDictionary(DICTIONARY_DATA_FILES["vatamozhi"])
self.simple_skt.loadWordFile()
self.trie_skt = VatamozhiMonierWilliams()
self.trie_skt.loadWordFile()
class VatamozhiDictionaryTest(unittest.TestCase):
def test_load(self):
self.simple_skt = SimpleDictionary(DICTIONARY_DATA_FILES['vatamozhi'])
self.simple_skt.loadWordFile()
self.trie_skt = VatamozhiMonierWilliams()
self.trie_skt.loadWordFile()