Tork 17.0.0

Ruby
1

Tork - Test with fork - GitHub - sunaku/tork: 💞 Tests your Ruby code, in parallel, as you change it

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What is it?

Tork is a continuous testing tool for Ruby that automatically
detects and tests changes in your Ruby application or test suite
in an efficient manner:

  1. Absorbs your test execution overhead into a master process.

  2. Forks to run your test files in parallel; overhead inherited.

  3. Avoids running unchanged tests inside changed test files.

What is new?

Breaking changes:

  • tork-herald(1) now emits batches of single-line JSON arrays instead
    of printing one raw (non-JSON) path per line. This makes IPC
    uniform across all Tork executables.

  • tork-master(1) now emits log_file and worker_number in status
    messages.

  • The order of parameters for before/after fork hooks has been
    changed to better reflect the order of items in tork-master(1)'s
    status messages.

    • The old order was: worker_number, log_file, test_file,
      line_numbers.

    • The new order is: test_file, line_numbers, log_file,
      worker_number.

New features:

  • GH-24: add tork/config/dotlog configuration helper to “hide” log
    files. (Nicolas Fouché)

  • GH-25: add tork/config/logdir configuration helper to isolate log
    files. (Jose Pablo Barrantes)

  • tork(1) now strips all whitespace from your input, in case you
    pressed spacebar or tab a few times, by accident, before entering
    your command.

Housekeeping:

  • tork/client: Replace write lock with queue to support SIGCHLD
    handler.

    The SIGCHLD handler in tork-master(1) can be triggered at any time,
    even in the middle of writing to the standard output stream!
    Locking access to the output stream in normal code (outside the
    signal handler) would freeze the program because the signal
    handler, waiting for the lock to be released, would never return!

    One solution is to maintain a thread-safe queue of outgoing items
    that need to be written to the output stream. Both normal code and
    the signal handler can quickly push an outgoing item onto the queue
    and proceed with their business. A separate thread can then have
    the sole responsibility of (and access to) continually writing
    those outgoing items to the output stream.

  • README: revise instructions, reorganize document, and other
    improvements.