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Ui Profiler Laravel Package
symfinity/ui-profiler
Symfinity UI Profiler is a Laravel/PHP package for profiling UI rendering and spotting performance bottlenecks. It helps developers inspect views, components, and queries so they can debug faster and keep applications responsive.
Symfony Web Profiler toolbar and panels rebuilt with UI Kernel and UX Blocks
Frequently asked questions about Ui Profiler
- What is symfinity/ui-profiler used for in Laravel?
- It is a Laravel/PHP development tool for profiling UI rendering and spotting performance bottlenecks. Based on its description, it helps inspect views, components, and queries so developers can debug faster. Treat it as a developer-experience tool rather than application business logic.
- How do I install symfinity/ui-profiler in a Laravel app?
- Install it through Composer, preferably as a require-dev dependency during evaluation. The v0.1.0 release does not provide detailed installation documentation in the supplied data, so verify service provider discovery, configuration publishing, and route registration before relying on it. Use a local or disposable branch for the first install.
- Which Laravel and PHP versions does symfinity/ui-profiler support?
- There is no compatibility matrix in the supplied v0.1.0 information, so supported Laravel and PHP versions are unknown. Run a compatibility check against the oldest and newest Laravel and PHP versions in your estate before adopting it. Confirm results with the maintainer if the package is considered for shared tooling.
- Is symfinity/ui-profiler safe to use in production?
- It should be treated as an early-stage development-time profiler, not a core production runtime dependency. Isolate it as require-dev and keep it limited to local development or controlled staging until documentation confirms production-safe collectors and guards. Pay particular attention to exposed profiler routes and stored request data.
- What data does symfinity/ui-profiler collect and where is it stored?
- The supplied information does not document exact collected data, storage locations, redaction, or access controls. A profiler of this type may inspect requests, views, components, and queries, but that must be verified in a spike. Check route exposure and storage behavior before enabling it in any shared environment.
- Does symfinity/ui-profiler replace Laravel Telescope or Debugbar?
- It appears to overlap with existing Laravel debugging and profiling tools, but there is no documented migration or replacement path from Telescope, Debugbar, Xdebug, or framework logs. Run it in parallel with your current observability tooling during evaluation. Do not remove existing debugging tools until usefulness, overhead, and operational burden are compared.
- How much performance overhead does symfinity/ui-profiler add in Laravel?
- Measured overhead is not provided in the v0.1.0 release information. Run representative application flows with the profiler enabled and compare timing, memory use, and query behavior against baseline. Keep it disabled outside development or controlled evaluation environments until overhead is understood.
- Can symfinity/ui-profiler profile views, components, and database queries?
- The package description says it profiles UI rendering and helps inspect views, components, and queries. However, v0.1.0 lacks API documentation in the supplied data, so feature depth and exact behavior should be confirmed with a short proof of concept. Test the specific views, components, and query patterns your application uses.
- How do I publish config or register routes and middleware for symfinity/ui-profiler?
- The supplied release information does not describe config publishing, route registration, middleware, or service provider behavior. Verify whether the package auto-registers components through Laravel conventions and whether any routes need protection. Confirm these details in a disposable branch before adding the package to team tooling.
- Is symfinity/ui-profiler stable enough for team-wide adoption?
- Version 0.1.0 is a first release with minimal release notes, no documented API stability commitment, and no SemVer or deprecation guidance in the supplied data. It may be reasonable for individual developer evaluation, but shared engineering infrastructure carries higher risk. Wait for clearer documentation, compatibility details, and maintenance cadence before broad adoption.
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