- What is m-adamski/symfony-utils-bundle used for?
- It is a Symfony bundle that packages reusable helpers and services for everyday Symfony development, reducing boilerplate. Install it with Composer, enable the bundle, and use the provided utilities where they fit your app. It is not a Laravel package by design, so Laravel teams should confirm compatibility rather than assuming auto-discovery.
- How do I install symfony-utils-bundle with Composer?
- Run composer require m-adamski/symfony-utils-bundle and enable the bundle in your Symfony kernel or bundles.php as appropriate for your Symfony version. Publish or configure any provided config if the package documents it. Then clear cache and run your test suite to confirm the services load. Because 2.0.1 has no release notes, pin ^2.0 and review the lockfile diff.
- Does this package support Laravel?
- The package is published as a Symfony bundle, not a Laravel package, so it does not use Laravel package auto-discovery or a Laravel service provider by default. The repository description and Composer name both point to Symfony, so Laravel support should not be assumed. If you need Laravel integration, verify the declared support matrix and test it in a throwaway branch before adopting.
- Which Symfony and PHP versions are supported?
- The repository does not state a clear support matrix in the excerpt, and the 2.0.1 release has no release notes. Check composer.json for the declared PHP and Symfony constraints before requiring it. Test against your exact Symfony minor and PHP version in CI, not just the major line.
- What changed between 1.x and 2.x?
- A 2.0.0 upgrade guide or deprecation shims are not confirmed in the available information. Inventory any 1.x class, facade, or config key references first, then read the 2.0.0 release notes if they exist. If no upgrade guide is available, budget discovery time and port on a non-production branch before landing 2.0.1.
- What changed in version 2.0.1?
- The 2.0.1 release was published without release notes, so you cannot tell a routine patch from a behavioral bugfix. Treat that as a change-impact control gap rather than assuming it is safe under semver. Review the diff, run the package's tests if present, and canary the patch on a low-traffic service.
- Does symfony-utils-bundle register global middleware or model observers?
- That is not confirmed by the overview or release notes. For Symfony, the equivalent concern is service-provider-style compiler passes, event subscribers, or boot-time side effects that run globally. Inspect the bundle's service definitions and test for per-request isolation before adopting, especially in queue-heavy or multi-tenant apps. If migrations or schema changes are involved, confirm they are reversible.
- Is the package safe for production and Symfony Octane-style runtimes?
- Production safety depends on stateless-per-request behavior, which the excerpt does not verify. Confirm there is no mutable singleton state, global request switching, or boot-time side effect that breaks under long-running workers. Start with an isolated proof of concept, then a non-production environment, then a canary before fleet rollout. Also check the security disclosure policy and dependency freshness.
- How should I test this bundle in my application?
- Add the package's own test suite to your dependency smoke tests if it ships one, and run your application tests against the exact Symfony minor you deploy. Include a Composer update check for transitive conflicts with framework helpers, HTTP clients, and serializers. For 2.0.1, add a diff review step because there are no release notes.
- What alternatives or maintenance considerations should I evaluate?
- Compare it with first-party Symfony utilities, smaller helper libraries, or in-house services that you control. Check maintainer responsiveness, release cadence, open issues, and whether 2.x ships deprecation shims for 1.x APIs. Pin ^2.0, let the lockfile carry the patch, and avoid depending on undocumented internals.