- What is rahmanramsi/livewire-spa and what does it do?
- It is a lightweight Composer package that wraps Laravel Livewire to provide single-page-app style navigation, swapping Livewire components and updating the URL without a full page reload. It is intended for Laravel applications that already build their frontend with Livewire rather than a separate JavaScript framework. The goal is smoother, faster-feeling page transitions with minimal architectural change.
- How do I install livewire-spa in a Laravel Livewire app?
- It is installed as a Composer dependency and then wired into your Livewire layout and components, though the exact setup steps are not confirmed without reviewing the package source and docs. Because the package is pre-1.0 with minimal release notes, read the repository source before integrating rather than assuming standard installation conventions. Pin the exact version in composer.json and record your integration steps for future upgrades.
- Which Laravel, PHP, and Livewire versions does livewire-spa support?
- No published compatibility matrix was available in the evaluation context, so supported Laravel, PHP, and Livewire versions cannot be confirmed. Check the package's composer.json constraints and README before planning any work. Run a spike against your exact Livewire version, since SPA navigation touches rendering and routing behavior that varies between Livewire releases.
- Is rahmanramsi/livewire-spa production ready?
- Treat it as pre-1.0: current releases are in the 0.0.x line, release notes are minimal, and APIs or behavior may change between versions. It can be reasonable for internal tools or isolated features after validation, but avoid deep coupling in shared layouts or business-critical flows without a mitigation plan. Budget ongoing time for release tracking and regression testing.
- Does livewire-spa conflict with Livewire's built-in wire:navigate or full-page components?
- This is unclear from the available documentation, and it is a key question to answer before adopting the package. Both approaches target the same behavior, so overlapping navigation handling could cause duplicated transitions, event listeners, or stale DOM state. Test both together in a spike and pick one navigation mechanism per app.
- What does the Full html component added in version 0.0.5 do?
- The 0.0.5 release adds a 'Full html component', described as a feature addition rather than a breaking change, but its exact scope is not documented in the available material. It is unclear what markup it renders or replaces and how that interacts with Livewire's own full-page component model. Review the source diff for that release before relying on it.
- Does livewire-spa handle the browser back button, history, and auth sessions correctly?
- History and back-button behavior are core to any SPA navigation layer, but the package's test coverage for routing, history, auth, and CSRF is not confirmed. Validate back and forward navigation, deep links, login and logout flows, and session expiry on a low-risk journey before wider rollout. Watch for stale DOM or state after authenticated transitions.
- Can I use livewire-spa with Inertia, Vue, or React?
- It is a poor fit for those stacks because the package layers SPA navigation on top of Livewire rendering. Teams using Inertia, Vue, or React already have their own navigation and state model and should not add this package. It makes sense only for Livewire-centric frontends.
- Does livewire-spa hurt SEO or first-page-load performance?
- The evaluation notes that SEO and initial page-load behavior need to be preserved but does not confirm how the package handles them. Server-rendered Livewire output on first load is typically fine, but client-side swapping can affect how crawlers and analytics see subsequent pages. Verify rendered HTML, meta tags, and canonical URLs on a real deployment.
- How should I test and roll out livewire-spa safely?
- Start with a spike against your target Livewire version, then validate navigation, history, auth, forms, CSRF, and asset loading before piloting one low-risk internal journey. Pin the exact package version, avoid deep coupling in shared layouts until behavior is proven, and define an upgrade policy. Also plan for failure modes such as broken transitions, duplicate Livewire listeners, stale state, and incompatibility after Livewire upgrades.