- What does torann/localization-helpers actually do?
- The package is published as a Laravel localization toolkit, but the two descriptions in circulation point at different things: the prose overview advertises runtime helpers such as browser and request locale detection, locale-prefixed routes, and language switching, while the Composer metadata labels it an Artisan command package for translation management. Both readings are cheap to install and both are plausible, so confirm which one your version actually ships by reading composer.json and running php artisan list after install. Treat the README as the least reliable source until that check is done.
- How do I install torann/localization-helpers in Laravel?
- Install it with composer require torann/localization-helpers, then publish any config the service provider exposes using php artisan vendor:publish. The package ships no migrations, no external services, and no infrastructure steps, so there is nothing else to wire up. Run php artisan list afterwards to see whether Artisan commands or middleware were registered, since that tells you which half of the advertised feature set you actually received.
- Which Laravel versions does torann/localization-helpers support?
- Supported versions are defined by the constraints in the package's own composer.json, not by the marketing copy, so read that file before planning an upgrade. Check the maintainer's CI matrix on GitHub to see which Laravel and PHP combinations are actually exercised on every push. If your Laravel major is not in that matrix, run a short spike on a throwaway branch before committing to adoption.
- Is torann/localization-helpers safe to use in production?
- As dev-only tooling that scans and syncs lang/ files, it has no production footprint and is a low-risk addition to require-dev. As runtime middleware for locale detection, it sits in the request lifecycle and touches middleware ordering, session or cookie persistence, caching, and URL generation for canonicals, sitemaps, and emails. Approve the tooling use case first and do not adopt the runtime path without a written architecture decision and an ordering review.
- Does it have a dry-run or diff mode for translation files?
- Whether a dry-run or diff mode exists is the single most important thing to verify, because a command that rewrites lang/ files can silently drop strings and no unit test will catch the loss. Read the command source directly, run it against a scratch branch with uncommitted work, and confirm a lossless round-trip on nested keys, pluralized strings, and a non-Latin script. Never point a mutating localization command at a protected branch; use git as your rollback.
- How do I switch the active language per request with this package?
- If the runtime helpers are present, language switching normally means setting the application locale for the current request and persisting the choice in the session or a cookie so subsequent requests resolve consistently. Check the published config for the cookie name, lifetime, and any supported-locales array. Because the codebase is small and readable, verify the exact method names in the installed source rather than trusting documentation.
- Can it generate locale-prefixed routes and URLs?
- Locale-prefixed URL generation is the headline feature of the runtime reading, and it ripples beyond routing: once URLs carry a locale segment you must keep hreflang tags, canonical tags, and sitemap entries in sync. Confirm how the package builds URLs and whether it stays compatible with route caching. This feature is roughly what a small custom locale middleware does, so weigh it against code your team already owns.
- Where does it store the selected locale, session or cookie?
- Persistence strategy determines whether the locale survives navigation, whether it leaks between users behind a shared cache, and how it interacts with full-page caching. Inspect the middleware for session versus cookie writes and check what happens on a cache hit. If you cache rendered HTML per locale, make sure the locale is part of the cache key.
- Does it handle JSON translation files, nested keys, and pluralization?
- Coverage is the main technical risk with any translation tooling. Pluralization pipes, :placeholder substitution, JSON-based translation files, deeply nested keys, and vendor namespaces are all common places where a sync tool silently skips work and still looks successful. Test a round-trip on a real locale that includes a pluralized string and a non-Latin script before you trust it as a CI gate.
- Is torann/localization-helpers maintained, and what are the alternatives?
- The ecosystem signal is thin: a small star count, zero dependents, and a single maintainer with no SLA, so treat it as a small internal utility rather than a strategic dependency. Pin an exact version, name an internal owner, set an abandon criterion, and budget time for a fork if maintenance stops. If your team already runs a translation management system such as Crowdin, Lokalise, or Phrase, expect partial overlap with this package rather than a replacement.