Naid Laravel Package

Getting Started

This is the initial 1.0.0 release, so there is no migration path, no deprecation surface, and no prior behaviour to preserve — you are evaluating a greenfield dependency. Treat the first hour as reconnaissance rather than integration.

1. Inspect the package skeleton before installing. Read composer.json first: check the declared php and illuminate/* constraints against your app's versions. A 1.0.0 that pins illuminate/support: ^10.0 will silently conflict on a Laravel 11 app, and Composer will resolve to an older package version rather than erroring loudly.
2. Install into a scratch branch, not main. composer require <vendor>/<package>:^1.0 then php artisan vendor:publish --provider="Vendor\Package\PackageServiceProvider" to see exactly which config, migration, and view stubs ship with it. The publish output is the fastest inventory of the package's surface area.
3. Read the service provider. This is the single highest-value file in any Laravel package. Look for what it binds into the container, whether bindings are singletons or scoped, what it registers via boot() (routes, commands, Blade directives, macros), and whether anything runs unconditionally on every request.
4. Check for a facade and its accessor. If Facade::getFacadeAccessor() returns a string that the provider does not bind, the package is broken out of the box — a useful five-second smoke test.
5. First use case: wire the package into one non-critical code path, in a single test, and assert the observable output. Do not integrate it across the domain on day one.

Because this is a 1.0.0, the API is presumably considered stable by the maintainer, but the practical stability bar for a first release is lower than for a 2.x. Pin to ^1.0 and let patch releases flow, but review minors before adopting them.

Implementation Patterns

Resolve from the container, don't instantiate. Laravel packages almost always expect to be resolved through the container so their config, cache, and HTTP client dependencies are injected correctly. Inject the package's contract or concrete class into constructors and let the container wire it. Manual new PackageClass() calls bypass configuration and are the most common cause of "works in tinker, fails in the app".

Wrap third-party surface behind your own boundary. For a 1.0.0 dependency, define a thin application-level interface (or a small adapter class) around the package's public API and depend on that internally. When the package ships a breaking 1.1 or you swap it out, you change one file instead of grepping the codebase. This costs ~30 lines and pays for itself on the first breaking change.

Configuration belongs in config/, not in code. After publishing, move every meaningful value into config/<package>.php and reference it via config() in your own service bindings. Never edit the published file's values in place with hardcoded secrets — read them from .env via env() calls in the config file only (never env() outside config, since config:cache will return null).

Use the package's testing helpers, or build your own. If the package ships fake/swap utilities (a Package::fake() or a container swap), use them in feature tests to avoid real network calls. If it doesn't, bind a mock of its contract in the test's container — this is usually trivial and much faster than hitting the real dependency.

Queue and events integration. Check whether the package dispatches events or exposes jobs. If it dispatches events, you get an extension point for free: listen rather than fork. If it runs synchronous work inside a request cycle, wrap the call in a dispatch()ed job from your side so latency is not on the user's critical path.

Console commands. If the provider registers commands, verify they appear with php artisan list | grep <package> and run them against a disposable database before trusting them in a deploy pipeline.

Gotchas and Tips

• Config caching. Any env() call made by the package outside of a published config file will break under php artisan config:cache. Reproduce your integration with the config cached before you ship — this catches a surprising number of package bugs.
• Publish tags, not everything. vendor:publish without --tag dumps migrations, views, and assets you may not want to own. Use --tag=config (or the package's documented tags) so you don't take on maintenance of files you'll never edit.
• Migration ordering on a fresh install. If the package publishes migrations, they get a timestamp at publish time. On a database that already has your app's migrations, this can place them in an unexpected order. Run php artisan migrate --pretend first.
• Auto-discovery vs. manual registration. Laravel's package discovery means the provider is registered without you touching config/app.php. If you need to conditionally disable it (e.g. in a specific environment), you must add it to the dont-discover array in composer.json and register manually — you cannot simply "not register" it.
• Debugging binding failures. When you get a Target [X] is not instantiable error, run php artisan tinker and try app()->bound(X::class) and app(X::class). If the latter throws, the provider's register() is either not running or binding a different key than the facade/consumer expects.
• Extension points, in order of preference: (1) config values, (2) container binding overrides via a custom provider that runs after the package's, (3) event listeners, (4) macros if the package registers macroable classes, and only then (5) subclassing. Subclassing a package class couples you to its internals and is the option that most often breaks on upgrade.
• Vendor code is not yours to patch. Resist editing vendor/. If you need a fix at 1.0.0, fork and use a VCS repository entry in composer.json, and open the upstream issue the same day.
• Version pinning on a .0 release. Use ^1.0 for patch-level trust, but consider 1.0.* for the first few weeks until you've seen the maintainer's release cadence and changelog discipline. Read the diff of every minor before bumping.
• Lockfile discipline. Commit composer.lock and treat a package minor bump as a code change requiring review — not as an incidental side effect of running composer update.