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A library for making Toolforge tools written in Python translatable.

Project description

Toolforge I18n

A work in progress library for making Wikimedia Toolforge tools written in Python+Flask translatable.

Features

  • Make your tool translatable into dozens, potentially hundreds of languages!

  • Easy integration with translatewiki.net by reusing MediaWiki message file syntax.

  • Full support for the magic words {{GENDER:}} and {{PLURAL:}}, as well as for hyperlink syntax ([url text]) and list formatting.

    • Note that there is no support for any other wikitext syntax; formatting in messages (e.g. bold passages) should be written in plain HTML, if it can’t be left out the message entirely (e.g. on a surrounding element in the template).
  • By default, support for a MediaWiki-like ?uselang= URL parameter, including ?uselang=qqx to see message keys.

  • Correct conversion between MediaWiki language codes and HTML language codes / IETF BCP 47 language tags; for instance, ?uselang=simple produces <html lang="en-simple">.

  • Correct lang= and dir= in the face of language fallback: messages that (due to language fallback) don’t match the surrounding markup are automatically wrapped in a <span> with the right attributes. (Even MediaWiki doesn’t do this! Though, admittedly, MediaWiki doesn’t have the luxury of assuming that every message can be wrapped in a <span> – many MediaWiki messages are block elements that would rather need a <div>.)

  • Includes checks to ensure all translations are safe, without unexpected elements (e.g. <script>) or attributes (e.g. onclick=), to protect against XSS attacks from translations. The tests are automatically registered via a pytest plugin and also run at tool initialization time.

How to use it

The library is still a work in progress, so preferably don’t use it yet :) but if you’re feeling adventurous, the rough steps should be:

  • Add toolforge_i18n[Flask] to your tool’s dependencies. (As the library is still in its early stages, and there may be breaking changes, I recommend pinning your dependencies using pip-tools or something similar.)

  • In your tool’s source code, add a file tool_translations_config.py with at least the following contents:

    from toolforge_i18n import TranslationsConfig
    
    config = TranslationsConfig()
    

    Later, you may want to customize parts of the translations config, such as the message variables; see the class documentation for details.

  • Create an i18n/ directory, with en.json and qqq.json files, just like for MediaWiki extensions. en.json contains English messages, while qqq.json contains message documentation; both contain a JSON object mapping the message key to the text / documentation.

  • In your tool’s source code (probably app.py), add the following import:

    from toolforge_i18n import ToolforgeI18n, message
    

    And add this line shortly after creating the app (which usually looks like app = flask.Flask(__name__)):

    i18n = ToolforgeI18n(app)
    
  • Use message('message-key') for any message that should be translatable, either in a Jinja2 template ({{ message('message-key') }}) or directly in the Python code. For messages with parameters, use kwargs syntax like message('message-key', arg1='X', arg2='Y') and define the variable names in tool_translations_config (as mentioned above).

  • Optionally, set up CI for your tool, and run pytest in it. This will automatically run tests that ensure the translations are safe. A basic CI setup for tools on Wikimedia GitLab might look like this (.gitlab-ci.yml):

    stages:
      - test
    
    variables:
      PYTHONDONTWRITEBYTECODE: "1"
      PIP_CACHE_DIR: "$CI_PROJECT_DIR/.cache/pip"
    
    test-job:
      stage: test
      image: python:3.11
      cache:
        - key: pip-python-3.11
          paths:
            - .cache/pip
      script:
        - python3 -m pip install -r requirements.txt
        - python3 -m pip install pytest
        - pytest
    

    See also the check_translations flag for tool_translations_config.

License

BSD-3-Clause

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