def test_ja_tokenizer_split_modes(ja_tokenizer, text, len_a, len_b, len_c):
nlp_a = Japanese.from_config({"nlp": {"tokenizer": {"split_mode": "A"}}})
nlp_b = Japanese.from_config({"nlp": {"tokenizer": {"split_mode": "B"}}})
nlp_c = Japanese.from_config({"nlp": {"tokenizer": {"split_mode": "C"}}})
assert len(ja_tokenizer(text)) == len_a
assert len(nlp_a(text)) == len_a
assert len(nlp_b(text)) == len_b
assert len(nlp_c(text)) == len_c
def test_ja_tokenizer_sub_tokens(ja_tokenizer, text, sub_tokens_list_a,
sub_tokens_list_b, sub_tokens_list_c):
nlp_a = Japanese(meta={"tokenizer": {"config": {"split_mode": "A"}}})
nlp_b = Japanese(meta={"tokenizer": {"config": {"split_mode": "B"}}})
nlp_c = Japanese(meta={"tokenizer": {"config": {"split_mode": "C"}}})
assert ja_tokenizer(text).user_data["sub_tokens"] == sub_tokens_list_a
assert nlp_a(text).user_data["sub_tokens"] == sub_tokens_list_a
assert nlp_b(text).user_data["sub_tokens"] == sub_tokens_list_b
assert nlp_c(text).user_data["sub_tokens"] == sub_tokens_list_c
def test_ja_tokenizer_sub_tokens(
ja_tokenizer, text, sub_tokens_list_b, sub_tokens_list_c
):
nlp_a = Japanese.from_config({"nlp": {"tokenizer": {"split_mode": "A"}}})
nlp_b = Japanese.from_config({"nlp": {"tokenizer": {"split_mode": "B"}}})
nlp_c = Japanese.from_config({"nlp": {"tokenizer": {"split_mode": "C"}}})
assert ja_tokenizer(text).user_data.get("sub_tokens") is None
assert nlp_a(text).user_data.get("sub_tokens") is None
assert nlp_b(text).user_data["sub_tokens"] == sub_tokens_list_b
assert nlp_c(text).user_data["sub_tokens"] == sub_tokens_list_c
def main():
text = "私は機能性食品を購入した。"
a_nlp = Japanese(meta={"tokenizer": {"config": {"split_mode": "A"}}})
b_nlp = Japanese(meta={"tokenizer": {"config": {"split_mode": "B"}}})
c_nlp = Japanese(meta={"tokenizer": {"config": {"split_mode": "C"}}})
print('mode: A:')
show(a_nlp, text)
print('mode: B:')
show(b_nlp, text)
print('mode: C:')
show(c_nlp, text)
print('DONE')
def test_issue2901():
"""Test that `nlp` doesn't fail."""
try:
nlp = Japanese()
except ImportError:
pytest.skip()
doc = nlp("pythonが大好きです")
assert doc
def main(
input_path='-',
retokenize=False,
extend_dep_labels=False,
paragraph_id_regex=r'^(.*)[\-:][^\-:]*$',
n_sents=10,
augmentation=False,
ensure_end_period=False,
luw_ent=False,
):
if luw_ent:
assert not retokenize, "retokenize option must be disabled if use luw_ent option"
if retokenize:
nlp = Japanese()
tokenizer = JapaneseTokenizer(nlp=nlp, split_mode=retokenize)
else:
tokenizer = None
out = sys.stdout
docs = convert_files(
input_path,
tokenizer,
paragraph_id_regex,
n_sents,
extend_dep_labels,
ensure_end_period,
luw_ent,
)
if augmentation:
random.seed(1)
docs = [{
'id':
doc['id'],
'paragraphs':
sum([char_augmentation(p) for p in doc['paragraphs']], []),
} for doc in docs]
print_json(docs, out)
from spacy.lang.ja import Japanese
from spacy.tokens import Span
nlp = Japanese()
# メソッドを定義
def to_html(span, tag):
# スパンのテキストをHTMLタグに入れて返す
return f"<{tag}>{span.text}</{tag}>"
# to_htmlをスパンの「to_html」拡張属性に登録
Span.set_extension("to_html", method=to_html)
# テキストを処理し、「strong」タグを用いてスパンのto_htmlメソッドを呼びだす
doc = nlp("おはようございます、 これは文章です。")
span = doc[0:3]
print(span._.to_html("strong"))
import json
from spacy.matcher import Matcher
from spacy.lang.ja import Japanese
with open("exercises/ja/iphone.json", encoding="utf8") as f:
TEXTS = json.loads(f.read())
nlp = Japanese()
matcher = Matcher(nlp.vocab)
# 小文字が"iphone"と"x"にマッチする2つのトークン
pattern1 = [{"LOWER": "iphone"}, {"LOWER": "x"}]
# 小文字が"iphone"と数字にマッチする2つのトークン
pattern2 = [{"LOWER": "iphone"}, {"IS_DIGIT": True}]
# パターンをmatcherに追加して、結果をチェックする
matcher.add("GADGET", None, pattern1, pattern2)
for doc in nlp.pipe(TEXTS):
print([doc[start:end] for match_id, start, end in matcher(doc)])
import json
from spacy.lang.ja import Japanese
from spacy.tokens import Doc
with open("exercises/ja/bookquotes.json") as f:
DATA = json.loads(f.read())
nlp = Japanese()
# デフォルト値がNoneのDoc拡張属性「author」を登録
Doc.set_extension("author", default=None)
# デフォルト値がNoneのDoc拡張属性「book」を登録
Doc.set_extension("book", default=None)
for doc, context in nlp.pipe(DATA, as_tuples=True):
# doc._.bookとdoc._.author属性にコンテキストからデータをセット
doc._.book = context["book"]
doc._.author = context["author"]
# テキストとカスタム属性を表示
print(f"{doc.text}\n — '{doc._.book}' by {doc._.author}\n")
from spacy.lang.eu import Basque
from DataHandler import load_df_twitter_sent, load_df_lorelei
from util import clean_str as test_clean_str
from nltk.corpus import stopwords
from util import identity_fn, lang2id
language_dict = {
'english': English(),
'spanish': Spanish(),
'french': French(),
'italian': Italian(),
'german': German(),
'russian': Russian(),
'chinese': Chinese(),
'japanese': Japanese(),
'catalan': Catalan(),
'basque': Basque(),
}
class Tokenizer:
def __init__(self,
language,
tokenizer_method='spacy',
remove_stopwords=True,
lowercase=True,
strip_accents=None,
ngram_range=(1, 1),
min_freq=1,
max_freq_perc=1.0,
import json
from spacy.lang.ja import Japanese
with open("exercises/ja/countries.json") as f:
COUNTRIES = json.loads(f.read())
nlp = Japanese()
doc = nlp("チェコ共和国はスロバキアの領空保護に協力する可能性がある")
# PhraseMatcherをインポートして初期化
from spacy.____ import ____
matcher = ____(____)
# パターンを表すDocオブジェクトを作成し、matcherに追加
# これは[nlp(country) for country in COUNTRIES]の高速バージョンです
patterns = list(nlp.pipe(COUNTRIES))
matcher.add("COUNTRY", None, *patterns)
# サンプルのdocにmatcherを適用し、結果をプリントします
matches = ____(____)
print([doc[start:end] for match_id, start, end in matches])
def test_ja_morphologizer_factory():
pytest.importorskip("sudachipy")
nlp = Japanese()
morphologizer = nlp.add_pipe("morphologizer")
assert morphologizer.cfg["extend"] is True
import json
from spacy.lang.ja import Japanese
from spacy.tokens import Span
from spacy.matcher import PhraseMatcher
with open("exercises/ja/countries.json") as f:
COUNTRIES = json.loads(f.read())
with open("exercises/ja/capitals.json") as f:
CAPITALS = json.loads(f.read())
nlp = Japanese()
matcher = PhraseMatcher(nlp.vocab)
matcher.add("COUNTRY", None, *list(nlp.pipe(COUNTRIES)))
def countries_component(doc):
# すべてのマッチ結果に対して、「GPE」ラベルが付いたスパンを作成しましょう
matches = matcher(doc)
doc.ents = [
____(____, ____, ____, label=____) for match_id, start, end in matches
]
return doc
# パイプラインにコンポーネントを追加しましょう
____.____(____)
print(nlp.pipe_names)
# 国の首都名が入った辞書をスパンのテキストで引くゲッター
get_capital = lambda span: CAPITALS.get(span.text)
def test_ja_tokenizer_serialize(ja_tokenizer):
tokenizer_bytes = ja_tokenizer.to_bytes()
nlp = Japanese()
nlp.tokenizer.from_bytes(tokenizer_bytes)
assert tokenizer_bytes == nlp.tokenizer.to_bytes()
assert nlp.tokenizer.split_mode is None
with make_tempdir() as d:
file_path = d / "tokenizer"
ja_tokenizer.to_disk(file_path)
nlp = Japanese()
nlp.tokenizer.from_disk(file_path)
assert tokenizer_bytes == nlp.tokenizer.to_bytes()
assert nlp.tokenizer.split_mode is None
# split mode is (de)serialized correctly
nlp = Japanese.from_config({"nlp": {"tokenizer": {"split_mode": "B"}}})
nlp_r = Japanese()
nlp_bytes = nlp.to_bytes()
nlp_r.from_bytes(nlp_bytes)
assert nlp_bytes == nlp_r.to_bytes()
assert nlp_r.tokenizer.split_mode == "B"
with make_tempdir() as d:
nlp.to_disk(d)
nlp_r = Japanese()
nlp_r.from_disk(d)
assert nlp_bytes == nlp_r.to_bytes()
assert nlp_r.tokenizer.split_mode == "B"
from spacy.lang.ja import Japanese nlp = Japanese() people = ["デヴィッド・ボウイ", "アンゲラ・メルケル", "レディー・ガガ"] # PhraseMatcherのパターンのリストを作成 patterns = list(nlp.pipe(people))
import json
from spacy.lang.ja import Japanese
from spacy.tokens import Span
from spacy.matcher import PhraseMatcher
with open("exercises/ja/countries.json") as f:
COUNTRIES = json.loads(f.read())
with open("exercises/ja/capitals.json") as f:
CAPITALS = json.loads(f.read())
nlp = Japanese()
matcher = PhraseMatcher(nlp.vocab)
matcher.add("COUNTRY", None, *list(nlp.pipe(COUNTRIES)))
def countries_component(doc):
# すべてのマッチ結果に対して、「GPE」ラベルが付いたスパンを作成しましょう
matches = matcher(doc)
doc.ents = [
Span(doc, start, end, label="GPE") for match_id, start, end in matches
]
return doc
# パイプラインにコンポーネントを追加しましょう
nlp.add_pipe(countries_component)
print(nlp.pipe_names)
# 国の首都名が入った辞書をスパンのテキストで引くゲッター
get_capital = lambda span: CAPITALS.get(span.text)
