class test_Ome(object):
def __init__(self):
self.ome = Ome()
def test_get_post_res_pairs(self):
posts = ({'q1': '浜松って何があんの？(;´Д`)', 'text': 'うなぎ'},
{'q1': '浜松って何があんの？(;´Д`)', 'text': 'うなぎ(;´Д`)'})
actual = self.ome.get_post_res_pairs(posts)
desired = defaultdict(list)
desired['浜松って何があんの？(;´Д`)'] = ['うなぎ', 'うなぎ(;´Д`)']
actual = {k: set(v) for (k, v) in actual.items()}
desired = {k: set(v) for (k, v) in desired.items()}
assert_equals(actual, desired)
def test_simplify(self):
assert_equals(self.ome.simplify('パンシ！？(ﾟДﾟ)'), 'パンシ')
def test_levenshtein_per_char(self):
pair = ['ぱんし', 'ぱんつ']
actual = self.ome.levenshtein_per_char(pair)
assert_equals(actual, 1 - 1/6)
pair = ['ぱんし', 'ぱんし']
actual = self.ome.levenshtein_per_char(pair)
assert_equals(actual, 1)
def test_levenshtein_per_word(self):
pair = ['牛乳だ', '牛乳です']
actual = self.ome.levenshtein_per_word(pair)
assert_equals(actual, 1)
def test_levenshtein_per_char_yomi(self):
pair = ['まみ', 'マミ']
actual = self.ome.levenshtein_per_char_yomi(pair)
assert_equals(actual, 1)
def test_levenshtein_synonym_unify(self):
pair = ['腋舐めディレクター', 'ワキ舐め業界人']
actual = self.ome.levenshtein_synonym_unify(pair)
assert_equals(actual, 1)
def test_lccs(self):
pair = ['巴マミ', 'マミ']
actual = self.ome.lccs(pair)
assert_equals(actual, 2 / 2.5)
def test_is_ome(self):
pairs = (
('ぱんし', 'ぱんし'), ('牛乳だ', '牛乳です'),
('まみ', 'マミ'), ('巴マミ', 'マミ')
)
for pair in pairs:
actual = self.ome.is_ome(*pair)
assert_true(actual)
@nottest
def test_run(self):
pass
class test_Ome(object):
def __init__(self):
self.ome = Ome()
def test_get_post_res_pairs(self):
posts = ({'q1': '浜松って何があんの？(;´Д`)', 'text': 'うなぎ'},
{'q1': '浜松って何があんの？(;´Д`)', 'text': 'うなぎ(;´Д`)'})
actual = self.ome.get_post_res_pairs(posts)
desired = defaultdict(list)
desired['浜松って何があんの？(;´Д`)'] = ['うなぎ', 'うなぎ(;´Д`)']
actual = {k: set(v) for (k, v) in actual.items()}
desired = {k: set(v) for (k, v) in desired.items()}
assert actual == desired
def test_simplify(self):
assert self.ome.simplify('パンシ！？(ﾟДﾟ)') == 'パンシ'
def test_levenshtein_per_char(self):
pair = ['ぱんし', 'ぱんつ']
actual = self.ome.levenshtein_per_char(pair)
assert actual == 1 - 1/6
pair = ['ぱんし', 'ぱんし']
actual = self.ome.levenshtein_per_char(pair)
assert actual == 1
def test_levenshtein_per_word(self):
pair = ['牛乳だ', '牛乳です']
actual = self.ome.levenshtein_per_word(pair)
assert actual == 1
def test_levenshtein_per_char_yomi(self):
pair = ['まみ', 'マミ']
actual = self.ome.levenshtein_per_char_yomi(pair)
assert actual == 1
def test_levenshtein_synonym_unify(self):
pair = ['腋舐めディレクター', 'ワキ舐め業界人']
actual = self.ome.levenshtein_synonym_unify(pair)
assert actual == 1
def test_lccs(self):
pair = ['巴マミ', 'マミ']
actual = self.ome.lccs(pair)
assert actual == 2 / 2.5
def test_is_ome(self):
pairs = (
('ぱんし', 'ぱんし'), ('牛乳だ', '牛乳です'),
('まみ', 'マミ'), ('巴マミ', 'マミ')
)
for pair in pairs:
actual = self.ome.is_ome(*pair)
assert actual is True
@nottest
def test_run(self):
pass
def __init__(self):
self.ome = Ome()
def __init__(self):
self.ome = Ome()
