Fixtures Bundle Laravel Package

Getting Started

v1.0.0 is the first tagged release, so treat this as an evaluation rather than a stable dependency. The release notes are only “First version” — no feature list, no upgrade guide, no changelog detail — which means your first task is reconnaissance, not integration.

Start here, in order:

1. Read the package README and composer.json before installing. Check the require block for the Laravel/Illuminate version constraint and the PHP floor. A 1.0.0 that only supports ^10.0 will silently constrain you later.
2. Check for a service provider and facade. Look for src/*ServiceProvider.php and whether extra.laravel.providers is declared. If it is, Laravel auto-discovers it and you register nothing manually.
3. Look for config/*.php and database/migrations/. These tell you whether the package wants to be published, and whether it writes to your schema.
4. Read the test suite. For a first release this is the best proxy for maturity — a package with feature tests against orchestra/testbench is a much safer bet than one with a single example test.

Your first real use case should be the smallest possible one, in a throwaway branch:

composer require vendor/package:^1.0
php artisan vendor:publish --provider="Vendor\Package\PackageServiceProvider"
php artisan about   # confirm the provider actually loaded

Then exercise the package's single obvious entry point (a facade call, an artisan command, a middleware alias) and confirm it behaves in local before wiring it anywhere else.

Implementation Patterns

Bind once, resolve everywhere. If the package ships a facade or a container binding, resolve through the container rather than instantiating classes directly. That keeps you compatible if the package swaps its concrete implementation in a 1.x minor.

// Prefer the published config as the single source of truth
$client = app(PackageManager::class);

Wrap third-party surface area. Even at v1.0.0, isolate the package behind one of your own service classes or an interface you own. One adapter class means a future major bump touches one file instead of forty.

final class MyIntegration
{
    public function __construct(private PackageClient $client) {}

    public function doTheThing(MyDto $dto): Result
    {
        return $this->client->call($dto->toArray());
    }
}

Configuration over code. Publish the config file and commit it. Reference values via config('package.key') and put environment-specific values in .env with a matching config/package.php default. Never hardcode credentials the package could read from config.

Test against it explicitly. Use RefreshDatabase plus the package's own fakes if provided. If none exist, build a thin fake in tests/Fakes/ — but do not mock the package's internals, only your adapter boundary.

public function test_integration(): void
{
    $this->app->instance(PackageClient::class, new FakePackageClient());

    $result = app(MyIntegration::class)->doTheThing(MyDto::from(['id' => 1]));

    $this->assertTrue($result->ok());
}

Rollout sequence: feature branch → local → staging with production-like config → production behind a config flag defaulted to false. Because this is a 1.0.0, keep the flag until you have a full deploy cycle of clean logs.

Pin it. Use ^1.0 in composer.json but commit composer.lock. For a package with no release history, ^1.0 permits 1.1, 1.2, etc. — consider 1.0.* for the first sprint if the maintainer's release cadence is unknown.

Gotchas and Tips

No upgrade path exists yet. With a single release there is no evidence of how the maintainer handles breaking changes, deprecations, or security patches. Treat the absence of a CHANGELOG.md, UPGRADING.md, or a SECURITY.md as a risk factor to weigh, not a blocker. Re-evaluate at the first 1.1.

Config publish collisions. If the package publishes to a path you already use, vendor:publish will overwrite without warning. Run it on a clean branch and diff the output before committing. Use --force never on the first run.

Auto-discovery can mask a broken provider. If the provider is registered but throws in boot() (common in packages that read config at boot time before it's published), you get a confusing app-wide failure. Debug with:

php artisan config:clear
php artisan about
php artisan package:discover --ansi

If package:discover fails, the provider's boot() or register() is the culprit — read it before filing a bug.

Migrations are the sharpest edge. A first-release package that ships migrations may have schema assumptions that won't hold on a mature database. Always run php artisan migrate --pretend first and inspect the generated SQL. Check whether migrations are reversible — down() methods are frequently missing in 1.0.0 releases.

Cache and queue interactions are undocumented territory. If the package registers middleware, queue hooks, or event listeners, verify behaviour under php artisan optimize and with a real queue worker, not just artisan serve. Config caching changing behaviour is the classic first-release bug.

Extension points to look for first: published config, published views/translations, an events class, and any Contracts/ directory. A 1.0.0 that exposes interfaces is telling you it intends to be extended; one that doesn't is telling you to wrap it.

Log and trace it. In production, wrap the package's entry points with your own Log::debug() on the payload and outcome until you've seen one clean deploy cycle. You cannot debug what you cannot see, and a one-release-old package has no community troubleshooting corpus to lean on.

Have an exit plan. Before shipping, confirm the package's licence permits your use, note the repository URL, and identify the single adapter class you'd need to rewrite to remove it. For a v1.0.0 dependency this takes ten minutes and saves a weekend later.