- How does AsyncAws Core improve Laravel’s AWS request handling compared to Guzzle or AWS SDK for PHP?
- AsyncAws Core optimizes Laravel integrations with async operations (e.g., streams, queues) and a priority-based middleware stack that aligns with Laravel’s pipeline. It also reduces memory overhead via lazy-loaded clients and integrates natively with Laravel’s retry() helper for exponential backoff, unlike Guzzle’s manual retry logic.
- Can I use AsyncAws Core’s STS client for Laravel’s temporary credentials in queues or jobs?
- Yes. The STS client supports temporary credentials, which are ideal for Laravel queues or jobs to avoid long-lived IAM key exposure. Bind it to Laravel’s container via `AwsClientFactory` for dynamic credential rotation, especially in serverless or multi-tenant environments.
- Will AsyncAws Core work with Laravel 10.x (PHP 8.2) or do I need to upgrade to Laravel 11+?
- AsyncAws Core requires PHP 8.3+, so Laravel 10.x projects must upgrade to PHP 8.3+ to use it. Check your `composer.json` constraints and update Laravel’s `bootstrap/app.php` to enforce the version. The package drops PHP 8.2 support to leverage modern async features.
- How do I mock paginated AWS responses (e.g., S3 listObjectsV2) in Laravel tests?
- Use the `ResultMockFactory` to mock paginated responses directly in your tests. For custom paginators like `ContinuationToken`, manually define the mock structure in `Http::fake()` or extend the factory. This avoids flaky tests caused by AWS API limits in CI/CD pipelines.
- Can I dynamically set AWS regions per request in Laravel, like for multi-tenant apps?
- Yes. AsyncAws Core supports dynamic region resolution via `AwsClientFactory` or Laravel’s `config()`/`request()` context. Bind regions tenant-specifically in your service container or use middleware to inject the region before AWS operations.
- How does AsyncAws Core’s middleware stack interact with Laravel’s middleware (e.g., auth, CORS)?
- The middleware stack is priority-ordered, so AWS-specific middleware (e.g., retries, logging) can coexist with Laravel’s middleware. Group AWS middleware in a dedicated `AwsMiddleware` class and register it after Laravel’s core middleware in `app/Http/Kernel.php` to avoid conflicts.
- Does AsyncAws Core support Laravel’s event system for observability (e.g., logging AWS API calls)?
- Yes. The `AwsEventDispatcher` interface emits Laravel events (e.g., `AwsRequestStarted`) for observability. Listen to these events in `EventServiceProvider` or use `events:subscribe` for real-time monitoring with tools like Datadog or Sentry.
- Are there performance benefits for Laravel queues using AsyncAws Core’s async features?
- Absolutely. AsyncAws Core’s `ResponseBodyStream` and lazy-loaded clients reduce memory spikes in long-running queues (e.g., SQS processing). Pair it with Laravel’s `spawn()` or `parallel()` for high-throughput workloads, as the package is thread-safe for region-specific operations.
- What’s the best way to handle middleware conflicts if AWS retries clash with Laravel’s TrustProxies?
- Test middleware stacks in isolation using `Middleware::disable()` to identify conflicts. For retries, prioritize `AwsRetryMiddleware` after Laravel’s core middleware but before app-specific middleware. Document the order in your team’s architecture guide.
- How do I integrate AsyncAws Core with Laravel Vapor for serverless deployments?
- Leverage `AwsClientFactory` for region-agnostic, thread-safe clients in Vapor’s stateless functions. Use dynamic region binding via `request()->region` or `config()` to handle multi-region deployments. The package’s lazy-loading also minimizes cold-start overhead.