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3.5.po
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# SOME DESCRIPTIVE TITLE.
# Copyright (C) 2001-2025, Python Software Foundation
# This file is distributed under the same license as the Python package.
# FIRST AUTHOR <EMAIL@ADDRESS>, YEAR.
#
# Translators:
# tomo, 2021
# Tetsuo Koyama <[email protected]>, 2021
# yaakiyu, 2023
# Arihiro TAKASE, 2024
#
#, fuzzy
msgid ""
msgstr ""
"Project-Id-Version: Python 3.13\n"
"Report-Msgid-Bugs-To: \n"
"POT-Creation-Date: 2025-02-07 14:17+0000\n"
"PO-Revision-Date: 2021-06-29 13:04+0000\n"
"Last-Translator: Arihiro TAKASE, 2024\n"
"Language-Team: Japanese (https://app.transifex.com/python-doc/teams/5390/"
"ja/)\n"
"MIME-Version: 1.0\n"
"Content-Type: text/plain; charset=UTF-8\n"
"Content-Transfer-Encoding: 8bit\n"
"Language: ja\n"
"Plural-Forms: nplurals=1; plural=0;\n"
#: ../../whatsnew/3.5.rst:3
msgid "What's New In Python 3.5"
msgstr "What's New In Python 3.5"
#: ../../whatsnew/3.5.rst:0
msgid "Editors"
msgstr "エディタ"
#: ../../whatsnew/3.5.rst:5
msgid "Elvis Pranskevichus <[email protected]>, Yury Selivanov <[email protected]>"
msgstr "Elvis Pranskevichus <[email protected]>, Yury Selivanov <[email protected]>"
#: ../../whatsnew/3.5.rst:47
msgid ""
"This article explains the new features in Python 3.5, compared to 3.4. "
"Python 3.5 was released on September 13, 2015. See the `changelog <https://"
"docs.python.org/3.5/whatsnew/changelog.html>`_ for a full list of changes."
msgstr ""
"この記事では 3.4 と比較した Python 3.5 の新機能を解説します。\n"
"Python 3.5 は2015年9月13日にリリースされました。\n"
"全詳細については `変更履歴 <https://docs.python.org/3.5/whatsnew/changelog."
"html>`_ をご覧ください。"
#: ../../whatsnew/3.5.rst:54
msgid ":pep:`478` - Python 3.5 Release Schedule"
msgstr ":pep:`478` - Python 3.5 リリーススケジュール"
#: ../../whatsnew/3.5.rst:58
msgid "Summary -- Release highlights"
msgstr "概要 -- リリースハイライト"
#: ../../whatsnew/3.5.rst:60
msgid "New syntax features:"
msgstr "新たな文法機能:"
#: ../../whatsnew/3.5.rst:62
msgid ""
":ref:`PEP 492 <whatsnew-pep-492>`, coroutines with async and await syntax."
msgstr ""
":ref:`PEP 492 <whatsnew-pep-492>`、コルーチン、async 構文と await 構文。"
#: ../../whatsnew/3.5.rst:63
msgid ""
":ref:`PEP 465 <whatsnew-pep-465>`, a new matrix multiplication operator: ``a "
"@ b``."
msgstr ":ref:`PEP 465 <whatsnew-pep-465>`、新たな行列乗算演算子 ``a @ b``。"
#: ../../whatsnew/3.5.rst:64
msgid ""
":ref:`PEP 448 <whatsnew-pep-448>`, additional unpacking generalizations."
msgstr ":ref:`PEP 448 <whatsnew-pep-448>`、追加可能なアンパックへの一般化。"
#: ../../whatsnew/3.5.rst:67
msgid "New library modules:"
msgstr "新たなライブラリモジュール:"
#: ../../whatsnew/3.5.rst:69
msgid ":mod:`typing`: :ref:`PEP 484 -- Type Hints <whatsnew-pep-484>`."
msgstr ":mod:`typing`: :ref:`PEP 484 -- 型ヒント <whatsnew-pep-484>`。"
#: ../../whatsnew/3.5.rst:70
msgid ""
":mod:`zipapp`: :ref:`PEP 441 Improving Python ZIP Application Support "
"<whatsnew-zipapp>`."
msgstr ""
":mod:`zipapp`: :ref:`PEP 441 Python ZIP アプリケーションのサポートの改善 "
"<whatsnew-zipapp>`。"
#: ../../whatsnew/3.5.rst:74
msgid "New built-in features:"
msgstr "新たな組み込み機能:"
#: ../../whatsnew/3.5.rst:76
msgid ""
"``bytes % args``, ``bytearray % args``: :ref:`PEP 461 <whatsnew-pep-461>` -- "
"Adding ``%`` formatting to bytes and bytearray."
msgstr ""
"``bytes % args``, ``bytearray % args``: :ref:`PEP 461 <whatsnew-pep-461>` -- "
"bytes と bytearray に ``%`` 書式化を追加。"
#: ../../whatsnew/3.5.rst:79
msgid ""
"New :meth:`bytes.hex`, :meth:`bytearray.hex` and :meth:`memoryview.hex` "
"methods. (Contributed by Arnon Yaari in :issue:`9951`.)"
msgstr ""
"新たな :meth:`bytes.hex`, :meth:`bytearray.hex` :meth:`memoryview.hex` メソッ"
"ド。 (Contributed by Arnon Yaari in :issue:`9951`.)"
#: ../../whatsnew/3.5.rst:82
msgid ""
":class:`memoryview` now supports tuple indexing (including multi-"
"dimensional). (Contributed by Antoine Pitrou in :issue:`23632`.)"
msgstr ""
":class:`memoryview` クラスが、(複数次元の場合を含んだ) タプルの添字をサポート"
"するようになりました。\n"
"(:issue:`23632` におけるAntoine Pitrouによる貢献です。)"
#: ../../whatsnew/3.5.rst:85
msgid ""
"Generators have a new ``gi_yieldfrom`` attribute, which returns the object "
"being iterated by ``yield from`` expressions. (Contributed by Benno Leslie "
"and Yury Selivanov in :issue:`24450`.)"
msgstr ""
"ジェネレータに ``gi_yieldfrom`` 属性が新しく追加され、これは ``yield from`` "
"式で反復処理されるオブジェクトを返します。\n"
"(Contributed by Benno Leslie and Yury Selivanov in :issue:`24450`.)"
#: ../../whatsnew/3.5.rst:89
msgid ""
"A new :exc:`RecursionError` exception is now raised when maximum recursion "
"depth is reached. (Contributed by Georg Brandl in :issue:`19235`.)"
msgstr ""
"新たな例外 :exc:`RecursionError` が最長再帰深度に到達した際に送出されるように"
"なりました。 (Contributed by Georg Brandl in :issue:`19235`.)"
#: ../../whatsnew/3.5.rst:94
msgid "CPython implementation improvements:"
msgstr "CPython の実装の改善:"
#: ../../whatsnew/3.5.rst:96
msgid ""
"When the ``LC_TYPE`` locale is the POSIX locale (``C`` locale), :py:data:"
"`sys.stdin` and :py:data:`sys.stdout` now use the ``surrogateescape`` error "
"handler, instead of the ``strict`` error handler. (Contributed by Victor "
"Stinner in :issue:`19977`.)"
msgstr ""
"``LC_TYPE`` ロケールが POSIX ロケール (``C`` ロケール) のとき、 :py:data:"
"`sys.stdin` および :py:data:`sys.stdout` は ``strict`` エラーハンドラではな"
"く ``surrogateescape`` を使うようになりました。 (Contributed by Victor "
"Stinner in :issue:`19977`.)"
#: ../../whatsnew/3.5.rst:101
msgid ""
"``.pyo`` files are no longer used and have been replaced by a more flexible "
"scheme that includes the optimization level explicitly in ``.pyc`` name. "
"(See :ref:`PEP 488 overview <whatsnew-pep-488>`.)"
msgstr ""
"``.pyo`` ファイルは使われなくなり、``.pyc`` ファイル名に最適化レベルが明示さ"
"れる、より柔軟な仕組みに置き換えられました。(:ref:`PEP 488 の概要 <whatsnew-"
"pep-488>` を参照してください。)"
#: ../../whatsnew/3.5.rst:105
msgid ""
"Builtin and extension modules are now initialized in a multi-phase process, "
"which is similar to how Python modules are loaded. (See :ref:`PEP 489 "
"overview <whatsnew-pep-489>`.)"
msgstr ""
"組み込みおよび拡張モジュールが多段階で初期化されるようになりました。これは "
"Python モジュールのロード方法と同じです。 (:ref:`PEP 489 の概要 <whatsnew-"
"pep-489>` を参照してください。)"
#: ../../whatsnew/3.5.rst:110
msgid "Significant improvements in the standard library:"
msgstr "標準ライブラリーの顕著な改善"
#: ../../whatsnew/3.5.rst:112
msgid ""
":class:`collections.OrderedDict` is now :ref:`implemented in C <whatsnew-"
"ordereddict>`, which makes it 4 to 100 times faster."
msgstr ""
":class:`collections.OrderedDict` が :ref:`C で実装されました <whatsnew-"
"ordereddict>`。\n"
"これにより 4 倍から 100 倍高速になりました。"
#: ../../whatsnew/3.5.rst:116
msgid ""
"The :mod:`ssl` module gained :ref:`support for Memory BIO <whatsnew-"
"sslmemorybio>`, which decouples SSL protocol handling from network IO."
msgstr ""
":mod:`ssl` モジュールに :ref:`メモリ BIO サポート <whatsnew-sslmemorybio>` が"
"追加されました。これにより SSL プロトコルの処理と ネットワーク IO が分離され"
"ました。"
#: ../../whatsnew/3.5.rst:120
msgid ""
"The new :func:`os.scandir` function provides a :ref:`better and "
"significantly faster way <whatsnew-pep-471>` of directory traversal."
msgstr ""
"新たな関数 :func:`os.scandir` はディレクトリー走査の :ref:`改良され非常に速い"
"方法 <whatsnew-pep-471>` を提供します。"
#: ../../whatsnew/3.5.rst:124
msgid ""
":func:`functools.lru_cache` has been mostly :ref:`reimplemented in C "
"<whatsnew-lrucache>`, yielding much better performance."
msgstr ""
":func:`functools.lru_cache` の大部分が :ref:`C で再実装 <whatsnew-lrucache>` "
"され、性能が大幅に向上しました。"
#: ../../whatsnew/3.5.rst:128
msgid ""
"The new :func:`subprocess.run` function provides a :ref:`streamlined way to "
"run subprocesses <whatsnew-subprocess>`."
msgstr ""
"新たな関数 :func:`subprocess.run` は :ref:`サブプロセスを実行する合理的な方"
"法 <whatsnew-subprocess>` を提供します。"
#: ../../whatsnew/3.5.rst:131
msgid ""
"The :mod:`traceback` module has been significantly :ref:`enhanced <whatsnew-"
"traceback>` for improved performance and developer convenience."
msgstr ""
":mod:`traceback` モジュールは性能と開発者の利便性が向上し、大いに :ref:`強化"
"され <whatsnew-traceback>` ました。"
#: ../../whatsnew/3.5.rst:136
msgid "Security improvements:"
msgstr "セキュリティの改善:"
#: ../../whatsnew/3.5.rst:138
msgid ""
"SSLv3 is now disabled throughout the standard library. It can still be "
"enabled by instantiating a :class:`ssl.SSLContext` manually. (See :issue:"
"`22638` for more details; this change was backported to CPython 3.4 and 2.7.)"
msgstr ""
"SSLv3 が標準ライブラリ全体を通じて無効化されました。ただし :class:`ssl."
"SSLContext` を手動でインスタンス化することによってなら今でも有効には出来ま"
"す。 (詳細に関しては :issue:`22638` を参照してください。この変更は CPython "
"3.4 と 2.7 にもバックポートされました。)"
#: ../../whatsnew/3.5.rst:143
msgid ""
"HTTP cookie parsing is now stricter, in order to protect against potential "
"injection attacks. (Contributed by Antoine Pitrou in :issue:`22796`.)"
msgstr ""
"潜在的なインジェクション攻撃からの防御のために、HTTP クッキーの解析がより厳密"
"に行われるようになりました。 (Contributed by Antoine Pitrou in :issue:"
"`22796`.)"
#: ../../whatsnew/3.5.rst:148
msgid "Windows improvements:"
msgstr "Windows の改善:"
#: ../../whatsnew/3.5.rst:150
msgid ""
"A new installer for Windows has replaced the old MSI. See :ref:`using-on-"
"windows` for more information."
msgstr ""
"Windows のインストーラが新しくなり古い MSI を置き換えました。さらに詳しい情報"
"は :ref:`using-on-windows` をご覧ください。"
#: ../../whatsnew/3.5.rst:153
msgid ""
"Windows builds now use Microsoft Visual C++ 14.0, and extension modules "
"should use the same."
msgstr ""
"Windows のビルドに Microsoft Visual C++ 14.0 を使うようになっています。拡張モ"
"ジュールも同じものを使うべきです。"
#: ../../whatsnew/3.5.rst:157
msgid ""
"Please read on for a comprehensive list of user-facing changes, including "
"many other smaller improvements, CPython optimizations, deprecations, and "
"potential porting issues."
msgstr ""
"以降は、たくさんのほかの小さな改善、CPython での最適化、非推奨リスト、潜在的"
"な移植性問題を含む、ユーザ向けの変更の包括的なリストになっています。"
#: ../../whatsnew/3.5.rst:163
msgid "New Features"
msgstr "新しい機能"
#: ../../whatsnew/3.5.rst:168
msgid "PEP 492 - Coroutines with async and await syntax"
msgstr "PEP 492 - コルーチン、 async と await 構文"
#: ../../whatsnew/3.5.rst:170
msgid ""
":pep:`492` greatly improves support for asynchronous programming in Python "
"by adding :term:`awaitable objects <awaitable>`, :term:`coroutine functions "
"<coroutine function>`, :term:`asynchronous iteration <asynchronous "
"iterable>`, and :term:`asynchronous context managers <asynchronous context "
"manager>`."
msgstr ""
":pep:`492` で :term:`待機可能オブジェクト<awaitable>`、:term:`コルーチン関数 "
"<coroutine function>`、:term:`非同期イテレーション <asynchronous "
"iterable>`、:term:`非同期コンテキストマネージャ <asynchronous context "
"manager>` が追加され、Python における非同期プログラミングを大幅に向上しまし"
"た。"
#: ../../whatsnew/3.5.rst:176
msgid ""
"Coroutine functions are declared using the new :keyword:`async def` syntax::"
msgstr "コルーチン関数は新たな構文 :keyword:`async def` を用いて定義されます:"
#: ../../whatsnew/3.5.rst:178
msgid ""
">>> async def coro():\n"
"... return 'spam'"
msgstr ""
#: ../../whatsnew/3.5.rst:181
msgid ""
"Inside a coroutine function, the new :keyword:`await` expression can be used "
"to suspend coroutine execution until the result is available. Any object "
"can be *awaited*, as long as it implements the :term:`awaitable` protocol by "
"defining the :meth:`__await__` method."
msgstr ""
"コルーチン関数内で、新たな :keyword:`await` 式を用いることで結果が利用可能に"
"なるまでコルーチンの実行を停止することが出来ます。:meth:`__await__` メソッド"
"を定義して :term:`awaitable` プロトコルを実装する限り、あらゆるオブジェクト"
"は *待機可能* です。"
#: ../../whatsnew/3.5.rst:186
msgid ""
"PEP 492 also adds :keyword:`async for` statement for convenient iteration "
"over asynchronous iterables."
msgstr ""
"PEP 492 により :keyword:`async for` 文も追加されました。非同期イテラブルを反"
"復するのに便利です。"
#: ../../whatsnew/3.5.rst:189
msgid "An example of a rudimentary HTTP client written using the new syntax::"
msgstr "新たな構文を用いた初歩的な HTTP クライアントの例です::"
#: ../../whatsnew/3.5.rst:191
msgid ""
"import asyncio\n"
"\n"
"async def http_get(domain):\n"
" reader, writer = await asyncio.open_connection(domain, 80)\n"
"\n"
" writer.write(b'\\r\\n'.join([\n"
" b'GET / HTTP/1.1',\n"
" b'Host: %b' % domain.encode('latin-1'),\n"
" b'Connection: close',\n"
" b'', b''\n"
" ]))\n"
"\n"
" async for line in reader:\n"
" print('>>>', line)\n"
"\n"
" writer.close()\n"
"\n"
"loop = asyncio.get_event_loop()\n"
"try:\n"
" loop.run_until_complete(http_get('example.com'))\n"
"finally:\n"
" loop.close()"
msgstr ""
#: ../../whatsnew/3.5.rst:215
msgid ""
"Similarly to asynchronous iteration, there is a new syntax for asynchronous "
"context managers. The following script::"
msgstr ""
"非同期イテレーションと同様に、非同期なコンテキストマネージャの新たな構文があ"
"ります。以下のスクリプト::"
#: ../../whatsnew/3.5.rst:218
msgid ""
"import asyncio\n"
"\n"
"async def coro(name, lock):\n"
" print('coro {}: waiting for lock'.format(name))\n"
" async with lock:\n"
" print('coro {}: holding the lock'.format(name))\n"
" await asyncio.sleep(1)\n"
" print('coro {}: releasing the lock'.format(name))\n"
"\n"
"loop = asyncio.get_event_loop()\n"
"lock = asyncio.Lock()\n"
"coros = asyncio.gather(coro(1, lock), coro(2, lock))\n"
"try:\n"
" loop.run_until_complete(coros)\n"
"finally:\n"
" loop.close()"
msgstr ""
#: ../../whatsnew/3.5.rst:235
msgid "will output::"
msgstr "の出力は::"
#: ../../whatsnew/3.5.rst:237
msgid ""
"coro 2: waiting for lock\n"
"coro 2: holding the lock\n"
"coro 1: waiting for lock\n"
"coro 2: releasing the lock\n"
"coro 1: holding the lock\n"
"coro 1: releasing the lock"
msgstr ""
#: ../../whatsnew/3.5.rst:244
msgid ""
"Note that both :keyword:`async for` and :keyword:`async with` can only be "
"used inside a coroutine function declared with :keyword:`async def`."
msgstr ""
":keyword:`async for` と :keyword:`async with` は両方とも、 :keyword:`async "
"def` で宣言されたコルーチン関数内でのみ使えることに注意してください。"
#: ../../whatsnew/3.5.rst:247
msgid ""
"Coroutine functions are intended to be run inside a compatible event loop, "
"such as the :ref:`asyncio loop <asyncio-event-loop>`."
msgstr ""
"コルーチン関数は :ref:`asyncio loop <asyncio-event-loop>` のような適したイベ"
"ントループ内で実行させるためのものです。"
#: ../../whatsnew/3.5.rst:253
msgid ""
"Starting with CPython 3.5.2, ``__aiter__`` can directly return :term:"
"`asynchronous iterators <asynchronous iterator>`. Returning an :term:"
"`awaitable` object will result in a :exc:`PendingDeprecationWarning`."
msgstr ""
"CPython 3.5.2 以降では、 ``__aiter__`` は :term:`非同期イテレータ "
"<asynchronous iterator>` を直接返せます。\n"
":term:`awaitable` オブジェクトを返すと :exc:`PendingDeprecationWarning` が送"
"出されます。"
#: ../../whatsnew/3.5.rst:259
msgid "See more details in the :ref:`async-iterators` documentation section."
msgstr ""
"より詳細なことはドキュメントの :ref:`async-iterators` 節を参照してください。"
#: ../../whatsnew/3.5.rst:265
msgid ":pep:`492` -- Coroutines with async and await syntax"
msgstr ":pep:`492` -- コルーチン、 async 構文と await 構文"
#: ../../whatsnew/3.5.rst:266
msgid "PEP written and implemented by Yury Selivanov."
msgstr "PEP written and implemented by Yury Selivanov."
#: ../../whatsnew/3.5.rst:272
msgid "PEP 465 - A dedicated infix operator for matrix multiplication"
msgstr "PEP 465 - 行列の乗算専用の中置演算子"
#: ../../whatsnew/3.5.rst:274
msgid ""
":pep:`465` adds the ``@`` infix operator for matrix multiplication. "
"Currently, no builtin Python types implement the new operator, however, it "
"can be implemented by defining :meth:`__matmul__`, :meth:`__rmatmul__`, and :"
"meth:`__imatmul__` for regular, reflected, and in-place matrix "
"multiplication. The semantics of these methods is similar to that of "
"methods defining other infix arithmetic operators."
msgstr ""
":pep:`465` により ``@`` 行列の乗算のための中置演算子が追加されました。\n"
"現在のところ Python の型はこの演算子を実装していませんが、:meth:"
"`__matmul__`、:meth:`__rmatmul__`、:meth:`__imatmul__` (それぞれ通常の乗算、"
"反射した乗算、インプレースの乗算) を定義することで実装することが出来ます。\n"
"これらのメソッドのセマンティクスは他の中置算術演算子のものと類似です。 "
#: ../../whatsnew/3.5.rst:281
msgid ""
"Matrix multiplication is a notably common operation in many fields of "
"mathematics, science, engineering, and the addition of ``@`` allows writing "
"cleaner code::"
msgstr ""
"行列の乗算は数学、科学、工学の多くの分野では非常に一般的です。\n"
"``@`` の追加によりコードをより綺麗に書くことが出来ます::"
#: ../../whatsnew/3.5.rst:285
msgid "S = (H @ beta - r).T @ inv(H @ V @ H.T) @ (H @ beta - r)"
msgstr ""
#: ../../whatsnew/3.5.rst:287
msgid "instead of::"
msgstr "これはたとえば NumPy を使っても、以下のように書く必要がありました::"
#: ../../whatsnew/3.5.rst:289
msgid ""
"S = dot((dot(H, beta) - r).T,\n"
" dot(inv(dot(dot(H, V), H.T)), dot(H, beta) - r))"
msgstr ""
#: ../../whatsnew/3.5.rst:292
msgid "NumPy 1.10 has support for the new operator::"
msgstr "NumPy 1.10 はこの新たな演算子をサポートしています::"
#: ../../whatsnew/3.5.rst:294
msgid ""
">>> import numpy\n"
"\n"
">>> x = numpy.ones(3)\n"
">>> x\n"
"array([ 1., 1., 1.])\n"
"\n"
">>> m = numpy.eye(3)\n"
">>> m\n"
"array([[ 1., 0., 0.],\n"
" [ 0., 1., 0.],\n"
" [ 0., 0., 1.]])\n"
"\n"
">>> x @ m\n"
"array([ 1., 1., 1.])"
msgstr ""
#: ../../whatsnew/3.5.rst:312
msgid ":pep:`465` -- A dedicated infix operator for matrix multiplication"
msgstr ":pep:`465` -- 行列乗算専用の中置演算子"
#: ../../whatsnew/3.5.rst:313
msgid "PEP written by Nathaniel J. Smith; implemented by Benjamin Peterson."
msgstr "PEP written by Nathaniel J. Smith; implemented by Benjamin Peterson."
#: ../../whatsnew/3.5.rst:319
msgid "PEP 448 - Additional Unpacking Generalizations"
msgstr "PEP 448 - 追加可能なアンパックへの一般化"
#: ../../whatsnew/3.5.rst:321
msgid ""
":pep:`448` extends the allowed uses of the ``*`` iterable unpacking operator "
"and ``**`` dictionary unpacking operator. It is now possible to use an "
"arbitrary number of unpackings in :ref:`function calls <calls>`::"
msgstr ""
":pep:`448` によって、 ``*`` イテラブルアンパック演算子と ``**`` 辞書アンパッ"
"ク演算子の利用方法が拡張されました。\n"
":ref:`関数呼び出し <calls>` で任意の数のアンパックで使えるようになりました::"
#: ../../whatsnew/3.5.rst:325
msgid ""
">>> print(*[1], *[2], 3, *[4, 5])\n"
"1 2 3 4 5\n"
"\n"
">>> def fn(a, b, c, d):\n"
"... print(a, b, c, d)\n"
"...\n"
"\n"
">>> fn(**{'a': 1, 'c': 3}, **{'b': 2, 'd': 4})\n"
"1 2 3 4"
msgstr ""
#: ../../whatsnew/3.5.rst:335
msgid ""
"Similarly, tuple, list, set, and dictionary displays allow multiple "
"unpackings (see :ref:`exprlists` and :ref:`dict`)::"
msgstr ""
"同様に、タプル、リスト、集合、辞書表現でも複数のアンパックが使えます (:ref:"
"`exprlists` および :ref:`dict` を参照してください)::"
#: ../../whatsnew/3.5.rst:338
msgid ""
">>> *range(4), 4\n"
"(0, 1, 2, 3, 4)\n"
"\n"
">>> [*range(4), 4]\n"
"[0, 1, 2, 3, 4]\n"
"\n"
">>> {*range(4), 4, *(5, 6, 7)}\n"
"{0, 1, 2, 3, 4, 5, 6, 7}\n"
"\n"
">>> {'x': 1, **{'y': 2}}\n"
"{'x': 1, 'y': 2}"
msgstr ""
#: ../../whatsnew/3.5.rst:352
msgid ":pep:`448` -- Additional Unpacking Generalizations"
msgstr ":pep:`448` -- 追加可能なアンパックへの一般化"
#: ../../whatsnew/3.5.rst:353
msgid ""
"PEP written by Joshua Landau; implemented by Neil Girdhar, Thomas Wouters, "
"and Joshua Landau."
msgstr ""
"PEP written by Joshua Landau; implemented by Neil Girdhar, Thomas Wouters, "
"and Joshua Landau."
#: ../../whatsnew/3.5.rst:360
msgid "PEP 461 - percent formatting support for bytes and bytearray"
msgstr "PEP 461 - bytes および bytearray のパーセント書式化サポート"
#: ../../whatsnew/3.5.rst:362
msgid ""
":pep:`461` adds support for the ``%`` :ref:`interpolation operator <bytes-"
"formatting>` to :class:`bytes` and :class:`bytearray`."
msgstr ""
":pep:`461` によって、 :class:`bytes` と :class:`bytearray` に ``%`` :ref:`補"
"間演算子 <bytes-formatting>` のサポートが追加されます。"
#: ../../whatsnew/3.5.rst:366
msgid ""
"While interpolation is usually thought of as a string operation, there are "
"cases where interpolation on ``bytes`` or ``bytearrays`` makes sense, and "
"the work needed to make up for this missing functionality detracts from the "
"overall readability of the code. This issue is particularly important when "
"dealing with wire format protocols, which are often a mixture of binary and "
"ASCII compatible text."
msgstr ""
"補間は通常は文字列演算だと考えられていますが、 ``bytes`` や ``bytearrays`` 上"
"の補間が意味を持つ場合もあって、この機能が無いと余計な作業が必要になりコード"
"の全体の可読性が損なわれます。\n"
"この問題は特にワイヤフォーマットプロトコルの取り扱いにおいて重要で、バイナリ"
"とASCII互換のテキストが入り交じったものがよく出てきます。"
#: ../../whatsnew/3.5.rst:373 ../../whatsnew/3.5.rst:1848
msgid "Examples::"
msgstr "例::"
#: ../../whatsnew/3.5.rst:375
msgid ""
">>> b'Hello %b!' % b'World'\n"
"b'Hello World!'\n"
"\n"
">>> b'x=%i y=%f' % (1, 2.5)\n"
"b'x=1 y=2.500000'"
msgstr ""
#: ../../whatsnew/3.5.rst:381
msgid ""
"Unicode is not allowed for ``%b``, but it is accepted by ``%a`` (equivalent "
"of ``repr(obj).encode('ascii', 'backslashreplace')``)::"
msgstr ""
"Unicode に対して ``%b`` は使えませんが、 ``%a`` であれば使えます "
"(``repr(obj).encode('ascii', 'backslashreplace')`` と同等)::"
#: ../../whatsnew/3.5.rst:384
msgid ""
">>> b'Hello %b!' % 'World'\n"
"Traceback (most recent call last):\n"
" File \"<stdin>\", line 1, in <module>\n"
"TypeError: %b requires bytes, or an object that implements __bytes__, not "
"'str'\n"
"\n"
">>> b'price: %a' % '10€'\n"
"b\"price: '10\\\\u20ac'\""
msgstr ""
#: ../../whatsnew/3.5.rst:392
msgid ""
"Note that ``%s`` and ``%r`` conversion types, although supported, should "
"only be used in codebases that need compatibility with Python 2."
msgstr ""
"``%s`` および ``%r`` 変換型はサポートはされますが、 Python 2 との互換性を持た"
"せる必要のあるコードベースでのみ使われるべきだということに注意してください。"
#: ../../whatsnew/3.5.rst:397
msgid ":pep:`461` -- Adding % formatting to bytes and bytearray"
msgstr ":pep:`461` -- bytes と bytearray への % 書式化の追加"
#: ../../whatsnew/3.5.rst:398
msgid ""
"PEP written by Ethan Furman; implemented by Neil Schemenauer and Ethan "
"Furman."
msgstr ""
"PEP written by Ethan Furman; implemented by Neil Schemenauer and Ethan "
"Furman."
#: ../../whatsnew/3.5.rst:405
msgid "PEP 484 - Type Hints"
msgstr "PEP 484 - 型ヒント"
#: ../../whatsnew/3.5.rst:407
msgid ""
"Function annotation syntax has been a Python feature since version 3.0 (:pep:"
"`3107`), however the semantics of annotations has been left undefined."
msgstr ""
"関数アノテーション構文はバージョン 3.0 (:pep:`3107`) から Python の仕様になり"
"ましたが、アノテーションのセマンティクスは未定義のままでした。"
#: ../../whatsnew/3.5.rst:410
msgid ""
"Experience has shown that the majority of function annotation uses were to "
"provide type hints to function parameters and return values. It became "
"evident that it would be beneficial for Python users, if the standard "
"library included the base definitions and tools for type annotations."
msgstr ""
"経験的に、関数アノテーションの使用の大半は関数の引数と返り値の型ヒントを提供"
"するためのものです。\n"
"標準ライブラリーが型アノテーションの基本的な定義とツールを持てば、Python ユー"
"ザに有益であることは明白となりました。"
#: ../../whatsnew/3.5.rst:415
msgid ""
":pep:`484` introduces a :term:`provisional module <provisional API>` to "
"provide these standard definitions and tools, along with some conventions "
"for situations where annotations are not available."
msgstr ""
#: ../../whatsnew/3.5.rst:419
msgid ""
"For example, here is a simple function whose argument and return type are "
"declared in the annotations::"
msgstr ""
"例えば、こちらは引数と返り値の型がアノテーションで定義されている簡単な関数で"
"す::"
#: ../../whatsnew/3.5.rst:422
msgid ""
"def greeting(name: str) -> str:\n"
" return 'Hello ' + name"
msgstr ""
#: ../../whatsnew/3.5.rst:425
msgid ""
"While these annotations are available at runtime through the usual :attr:"
"`~object.__annotations__` attribute, *no automatic type checking happens at "
"runtime*. Instead, it is assumed that a separate off-line type checker (e."
"g. `mypy <https://mypy-lang.org>`_) will be used for on-demand source code "
"analysis."
msgstr ""
#: ../../whatsnew/3.5.rst:431
msgid ""
"The type system supports unions, generic types, and a special type named :"
"class:`~typing.Any` which is consistent with (i.e. assignable to and from) "
"all types."
msgstr ""
"型システムはユニオン、一般型、そして :class:`~typing.Any` という全ての型と互"
"換な (すなわち代入可能) 特殊型をサポートしています。"
#: ../../whatsnew/3.5.rst:437
msgid ":mod:`typing` module documentation"
msgstr ":mod:`typing` モジュールのドキュメント"
#: ../../whatsnew/3.5.rst:438
msgid ":pep:`484` -- Type Hints"
msgstr ":pep:`484` -- 型ヒント"
#: ../../whatsnew/3.5.rst:439
msgid ""
"PEP written by Guido van Rossum, Jukka Lehtosalo, and Łukasz Langa; "
"implemented by Guido van Rossum."
msgstr ""
"PEP 著 Guido van Rossum, Jukka Lehtosalo, Łukasz Langa; 実装 Guido van "
"Rossum。"
#: ../../whatsnew/3.5.rst:441
msgid ":pep:`483` -- The Theory of Type Hints"
msgstr ":pep:`483` -- 型ヒントの理論"
#: ../../whatsnew/3.5.rst:442
msgid "PEP written by Guido van Rossum"
msgstr "PEP written by Guido van Rossum"
#: ../../whatsnew/3.5.rst:448
msgid ""
"PEP 471 - os.scandir() function -- a better and faster directory iterator"
msgstr "PEP 471 - os.scandir() 関数 -- より良く、速いディレクトリイテレータ"
#: ../../whatsnew/3.5.rst:450
msgid ""
":pep:`471` adds a new directory iteration function, :func:`os.scandir`, to "
"the standard library. Additionally, :func:`os.walk` is now implemented "
"using ``scandir``, which makes it 3 to 5 times faster on POSIX systems and 7 "
"to 20 times faster on Windows systems. This is largely achieved by greatly "
"reducing the number of calls to :func:`os.stat` required to walk a directory "
"tree."
msgstr ""
":pep:`471` により新しいディレクトリ反復関数 :func:`os.scandir` が標準ライブラ"
"リへ追加されました。\n"
"さらに、 ``scandir`` を使い :func:`os.walk` が実装され、 POSIX システムで3倍"
"から5倍、 Windows システムで7倍から20倍高速になりました。\n"
"これは主に、ディレクトリツリーを走査するのに必要な :func:`os.stat` の呼び出し"
"回数をかなり減らしたことによるものです。"
#: ../../whatsnew/3.5.rst:457
msgid ""
"Additionally, ``scandir`` returns an iterator, as opposed to returning a "
"list of file names, which improves memory efficiency when iterating over "
"very large directories."
msgstr ""
"これの他にも、 ``scandir`` ファイル名のリストではなくイテレータを返すように"
"なり、非常に大きなディレクトリ群の走査をするときのメモリ効率が改善されまし"
"た。"
#: ../../whatsnew/3.5.rst:461
msgid ""
"The following example shows a simple use of :func:`os.scandir` to display "
"all the files (excluding directories) in the given *path* that don't start "
"with ``'.'``. The :meth:`entry.is_file() <os.DirEntry.is_file>` call will "
"generally not make an additional system call::"
msgstr ""
"次の例では、 :func:`os.scandir` を使用して、与えられた *path* 内の先頭が "
"``'.'`` でないすべてのファイル (ディレクトリを除く) を表示します。 :meth:"
"`entry.is_file() <os.DirEntry.is_file>` を呼び出しても、通常は追加のシステム"
"コールは行われません::"
#: ../../whatsnew/3.5.rst:466
msgid ""
"for entry in os.scandir(path):\n"
" if not entry.name.startswith('.') and entry.is_file():\n"
" print(entry.name)"
msgstr ""
#: ../../whatsnew/3.5.rst:472
msgid ""
":pep:`471` -- os.scandir() function -- a better and faster directory iterator"
msgstr ""
":pep:`471` -- os.scandir() 関数 -- より良く、速いディレクトリイテレータ"
#: ../../whatsnew/3.5.rst:473
msgid ""
"PEP written and implemented by Ben Hoyt with the help of Victor Stinner."
msgstr "PEP 著・実装 Ben Hoyt 補佐 Victor Stinner。"
#: ../../whatsnew/3.5.rst:479
msgid "PEP 475: Retry system calls failing with EINTR"
msgstr "PEP 475: EINTR で失敗したシステムコールの再試行"
#: ../../whatsnew/3.5.rst:481
msgid ""
"An :py:const:`errno.EINTR` error code is returned whenever a system call, "
"that is waiting for I/O, is interrupted by a signal. Previously, Python "
"would raise :exc:`InterruptedError` in such cases. This meant that, when "
"writing a Python application, the developer had two choices:"
msgstr ""
#: ../../whatsnew/3.5.rst:486
msgid "Ignore the ``InterruptedError``."
msgstr "``InterruptedError`` を無視する。"
#: ../../whatsnew/3.5.rst:487
msgid ""
"Handle the ``InterruptedError`` and attempt to restart the interrupted "
"system call at every call site."
msgstr ""
"呼び出し箇所の全てで ``InterruptedError`` を処理し、中断されたシステムコール"
"の再開を試みる。"
#: ../../whatsnew/3.5.rst:490
msgid ""
"The first option makes an application fail intermittently. The second option "
"adds a large amount of boilerplate that makes the code nearly unreadable. "
"Compare::"
msgstr ""
"最初の選択肢では、アプリケーションは断続的に失敗します。\n"
"二つ目の選択肢では、定型処理を大量に追加せねばならず、コードの可読性が著しく"
"下がります。\n"
"次の2つを比べてみてください::"
#: ../../whatsnew/3.5.rst:494
msgid "print(\"Hello World\")"
msgstr ""
#: ../../whatsnew/3.5.rst:496
msgid "and::"
msgstr "および::"
#: ../../whatsnew/3.5.rst:498
msgid ""
"while True:\n"
" try:\n"
" print(\"Hello World\")\n"
" break\n"
" except InterruptedError:\n"
" continue"
msgstr ""
#: ../../whatsnew/3.5.rst:505
msgid ""
":pep:`475` implements automatic retry of system calls on ``EINTR``. This "
"removes the burden of dealing with ``EINTR`` or :exc:`InterruptedError` in "
"user code in most situations and makes Python programs, including the "
"standard library, more robust. Note that the system call is only retried if "
"the signal handler does not raise an exception."
msgstr ""
":pep:`475` は ``EINTR`` を受けた場合のシステムコールの自動再試行を実装してい"
"ます。\n"
"これはほとんどの場合ユーザコードでの ``EINTR`` や :exc:`InterruptedError` を"
"扱う負担をなくし、標準ライブラリを含む Python プログラムをより堅牢にしま"
"す。\n"
"シグナルハンドラが例外を投げない場合にのみシステムコールを再試行することに注"
"意してください。"
#: ../../whatsnew/3.5.rst:512
msgid ""
"Below is a list of functions which are now retried when interrupted by a "
"signal:"
msgstr ""
"下記は、シグナルで中断された際に再試行をするようになった関数のリストです:"
#: ../../whatsnew/3.5.rst:515
msgid ":func:`open` and :func:`io.open`;"
msgstr ":func:`open` および :func:`io.open`;"
#: ../../whatsnew/3.5.rst:517
msgid "functions of the :mod:`faulthandler` module;"
msgstr ":mod:`faulthandler` モジュールの関数;"
#: ../../whatsnew/3.5.rst:519
msgid ""
":mod:`os` functions: :func:`~os.fchdir`, :func:`~os.fchmod`, :func:`~os."
"fchown`, :func:`~os.fdatasync`, :func:`~os.fstat`, :func:`~os.fstatvfs`, :"
"func:`~os.fsync`, :func:`~os.ftruncate`, :func:`~os.mkfifo`, :func:`~os."
"mknod`, :func:`~os.open`, :func:`~os.posix_fadvise`, :func:`~os."
"posix_fallocate`, :func:`~os.pread`, :func:`~os.pwrite`, :func:`~os.read`, :"
"func:`~os.readv`, :func:`~os.sendfile`, :func:`~os.wait3`, :func:`~os."
"wait4`, :func:`~os.wait`, :func:`~os.waitid`, :func:`~os.waitpid`, :func:"
"`~os.write`, :func:`~os.writev`;"
msgstr ""
":mod:`os` モジュールの関数: :func:`~os.fchdir`, :func:`~os.fchmod`, :func:"
"`~os.fchown`, :func:`~os.fdatasync`, :func:`~os.fstat`, :func:`~os."
"fstatvfs`, :func:`~os.fsync`, :func:`~os.ftruncate`, :func:`~os.mkfifo`, :"
"func:`~os.mknod`, :func:`~os.open`, :func:`~os.posix_fadvise`, :func:`~os."
"posix_fallocate`, :func:`~os.pread`, :func:`~os.pwrite`, :func:`~os.read`, :"
"func:`~os.readv`, :func:`~os.sendfile`, :func:`~os.wait3`, :func:`~os."
"wait4`, :func:`~os.wait`, :func:`~os.waitid`, :func:`~os.waitpid`, :func:"
"`~os.write`, :func:`~os.writev`;"
#: ../../whatsnew/3.5.rst:529
msgid ""
"special cases: :func:`os.close` and :func:`os.dup2` now ignore :py:const:"
"`~errno.EINTR` errors; the syscall is not retried (see the PEP for the "
"rationale);"
msgstr ""
#: ../../whatsnew/3.5.rst:533
msgid ""
":mod:`select` functions: :func:`devpoll.poll() <select.devpoll.poll>`, :func:"
"`epoll.poll() <select.epoll.poll>`, :func:`kqueue.control() <select.kqueue."
"control>`, :func:`poll.poll() <select.poll.poll>`, :func:`~select.select`;"
msgstr ""
":mod:`select` モジュール関数: :func:`devpoll.poll() <select.devpoll.poll>`, :"
"func:`epoll.poll() <select.epoll.poll>`, :func:`kqueue.control() <select."
"kqueue.control>`, :func:`poll.poll() <select.poll.poll>`, :func:`~select."
"select`;"
#: ../../whatsnew/3.5.rst:538
msgid ""
"methods of the :class:`~socket.socket` class: :meth:`~socket.socket."
"accept`, :meth:`~socket.socket.connect` (except for non-blocking sockets), :"
"meth:`~socket.socket.recv`, :meth:`~socket.socket.recvfrom`, :meth:`~socket."
"socket.recvmsg`, :meth:`~socket.socket.send`, :meth:`~socket.socket."
"sendall`, :meth:`~socket.socket.sendmsg`, :meth:`~socket.socket.sendto`;"
msgstr ""
":class:`~socket.socket` クラスのメソッド: :meth:`~socket.socket.accept`, :"
"meth:`~socket.socket.connect` (ノンブロッキングソケットを除く), :meth:"
"`~socket.socket.recv`, :meth:`~socket.socket.recvfrom`, :meth:`~socket."
"socket.recvmsg`, :meth:`~socket.socket.send`, :meth:`~socket.socket."
"sendall`, :meth:`~socket.socket.sendmsg`, :meth:`~socket.socket.sendto`;"
#: ../../whatsnew/3.5.rst:545
msgid ":func:`signal.sigtimedwait` and :func:`signal.sigwaitinfo`;"
msgstr ":func:`signal.sigtimedwait` および :func:`signal.sigwaitinfo`;"
#: ../../whatsnew/3.5.rst:547
msgid ":func:`time.sleep`."
msgstr ":func:`time.sleep`."
#: ../../whatsnew/3.5.rst:551
msgid ":pep:`475` -- Retry system calls failing with EINTR"
msgstr ":pep:`475` -- EINTR で失敗したシステムコールの再試行"
#: ../../whatsnew/3.5.rst:552
msgid ""
"PEP and implementation written by Charles-François Natali and Victor "
"Stinner, with the help of Antoine Pitrou (the French connection)."
msgstr ""
"Antoine Pitrou の協力のもと、 PEP および実装は Charles-François Natali と "
"Victor Stinner によって書かれました (『フレンチ・コネクション』)。"
#: ../../whatsnew/3.5.rst:559
msgid "PEP 479: Change StopIteration handling inside generators"
msgstr "PEP 479: ジェネレータ内の StopIteration の処理の変更"
#: ../../whatsnew/3.5.rst:561
msgid ""
"The interaction of generators and :exc:`StopIteration` in Python 3.4 and "
"earlier was sometimes surprising, and could conceal obscure bugs. "
"Previously, ``StopIteration`` raised accidentally inside a generator "
"function was interpreted as the end of the iteration by the loop construct "
"driving the generator."
msgstr ""
"Python 3.4 以前では、ジェネレータと :exc:`StopIteration` の組み合わせが驚くよ"
"うな動作をし、分かりづらいバグを隠すことがありました。\n"
"以前は、ジェネレータ関数内でうっかり ``StopIteration`` が送出されると、その"
"ジェネレータの反復処理をしているループ構造が終端に達したと解釈されていまし"
"た。"
#: ../../whatsnew/3.5.rst:567
msgid ""
":pep:`479` changes the behavior of generators: when a ``StopIteration`` "
"exception is raised inside a generator, it is replaced with a :exc:"
"`RuntimeError` before it exits the generator frame. The main goal of this "
"change is to ease debugging in the situation where an unguarded :func:`next` "
"call raises ``StopIteration`` and causes the iteration controlled by the "
"generator to terminate silently. This is particularly pernicious in "
"combination with the ``yield from`` construct."
msgstr ""
":pep:`479` によってジェネレータのこの振る舞いが変更されました:\n"
"ジェネレータ内部で ``StopIteration`` 例外が送出されたときは、ジェネレータのフ"
"レームを抜ける前に :exc:`RuntimeError` に置き換えられます。\n"
"この変更の一番の目的は、保護されていない :func:`next` の呼び出しが "