def tag(fi_tok, zh_tok, zh_untok, align):
fi_tagging = get_extractor("FinExtractor").extract(fi_tok)
zh_tagging = get_extractor("CmnExtractor").extract(zh_untok, zh_tok)
for id, (_token, tag) in enumerate(
chain(fi_tagging.iter_tags(), zh_tagging.iter_tags())):
tag.id = id
add_supports(fi_tagging, zh_tagging, align)
return fi_tagging, zh_tagging
def test_heraa_hetkeksi():
extor = get_extractor("FinExtractor")
tagging = extor.extract("hetkeksi")
assert len(tagging.tokens) == 1
tagging = extor.extract("Herää hetkeksi")
hetkeksi_tokens = _filter_toks(tagging, "hetki")
assert len(hetkeksi_tokens) == 1
def test_extract_zh_friend():
zh_tok = "朋友"
zh_untok = "朋友"
zh_tagging = get_extractor("CmnExtractor").extract(zh_untok, zh_tok)
matching_token = None
for tok in zh_tagging.tokens:
if tok.token == "朋友":
assert matching_token is None
matching_token = tok
assert matching_token is not None
assert len(matching_token.anchors) == 2
assert len(matching_token.tags) == 4
def test_hyvaa():
tagging = get_extractor("FinExtractor").extract("Hyvää !")
matching_token = None
wordnet_counts = {"fin": 0, "qf2": 0, "qwf": 0}
for tok in tagging.tokens:
if tok.token == "Hyvää":
matching_token = tok
assert matching_token is not None
for tag in matching_token.tags:
for wn, _ in tag.lemma_objs:
wordnet_counts[wn] += 1
assert wordnet_counts["fin"] >= 27
assert wordnet_counts["qf2"] >= 25
assert wordnet_counts["qwf"] >= 7
def test_extract_zh_sincere_congrats_dave():
zh_tok = "真诚地 ， 大卫 。 恭喜 你 。"
zh_untok = "真诚地，大卫。 恭喜你。"
get_extractor("CmnExtractor").extract(zh_untok, zh_tok)
def test_extract_zh_untok_sincere():
zh_untok = "真诚地"
tagging = get_extractor("CmnExtractor").extract_untok(zh_untok)
sincere_asserts(tagging)
def test_extract_fin_murhamies_has_murha_and_mies():
tagging = get_extractor("FinExtractor").extract("murhamies")
murha_tokens = _filter_toks(tagging, "murha")
assert len(murha_tokens) == 1
mies_tokens = _filter_toks(tagging, "mies")
assert len(mies_tokens) == 1
def test_extract_fin_ei_koskaan():
tagging = get_extractor("FinExtractor").extract(
"Älä koskaan sano mitään tuollaista hänestä !")
ei_koskaan_tokens = _filter_toks(tagging, "ei_koskaan")
assert 1 <= len(ei_koskaan_tokens) <= 2
def test_extract_fin_saada_aikaan():
tagging = get_extractor("FinExtractor").extract(
"Katso , mitä olet saanut aikaan .")
saada_aikaan_tokens = _filter_toks(tagging, "saada_aikaan")
assert len(saada_aikaan_tokens) >= 1
def test_open_brace():
tagging = get_extractor("FinExtractor").extract("[ sillä on tapansa !")
for token in tagging.tokens:
for tag in token.tags:
assert tag.lemma != ""
def test_gordon():
tagging = get_extractor("FinExtractor").extract(
"Gordon on jossain täällä .")
assert tagging.tokens[0].anchors[0].char == 7
