Overview Transitioning a local Laravel project into a production-ready API for platforms like RapidAPI requires more than just functional code. It demands standardization, rigorous versioning, and comprehensive documentation. This process demonstrates how to transform a basic PHP backend into a commercial-grade product using Codex CLI to accelerate the heavy lifting of boilerplate and documentation. Prerequisites To follow this workflow, you should be comfortable with Laravel 11 fundamentals, basic terminal usage, and the Composer package manager. You will also need a RapidAPI account to test the final deployment and local access to an AI agent like Codex CLI to replicate the automated refactoring steps. Key Libraries & Tools * **Laravel**: The primary PHP framework providing the application structure. * **Codex CLI**: An AI-driven terminal agent used for refactoring routes and generating docblocks. * **Scramble**: A documentation package that generates OpenAPI (Swagger) files automatically from Laravel code without manual YAML authoring. * **RapidAPI**: The marketplace platform where the API is hosted and monetized. Code Walkthrough Step 1: Initialize and Version After running `laravel new` and `php artisan install:api`, the first task is establishing a versioned prefix. This ensures future updates don't break existing client integrations. ```php // bootstrap/app.php or routes/api.php Route::prefix('v1')->group(function () { Route::post('/clean-text', [TextCleanerController::class, 'handle']); }); ``` Step 2: Health Monitoring Public platforms require a health check endpoint to monitor uptime. This simple route returns a `200 OK` status to verify the service is alive. ```php // routes/api.php Route::get('/health', function () { return response()->json(['status' => 'ok']); }); ``` Step 3: Automated Documentation Using Scramble, we add PHP docblocks to controllers. The AI agent can analyze the Scramble documentation and apply these tags automatically. ```php /** * Clean Text * * This endpoint removes whitespace and normalizes text input. * @bodyParam text string required The raw text to clean. */ public function handle(Request $request) { // Logic here } ``` Syntax Notes Notice the use of **Laravel's Route::prefix**; this is a best practice for API longevity. Additionally, the **Scramble** package relies on specific `@bodyParam` and `@response` tags within docblocks to build the OpenAPI JSON schema. Using an AI agent to write these prevents syntax errors in the documentation that could cause RapidAPI import failures. Tips & Gotchas * **Environment Sync**: Ensure your `APP_ENV` is set correctly. Scramble often restricts documentation access in production environments by default; you must configure the gate in the `ScrambleServiceProvider` to allow RapidAPI to fetch the schema. * **Testing Versions**: When refactoring to a `/v1/` prefix, update your Pest or PHPUnit tests immediately. Use a global variable for the version string to avoid hardcoding it in every test file.
YAML
Products
- Apr 20, 2026
- Jan 23, 2026
- Oct 29, 2024
- Dec 24, 2021
- Jun 14, 2021
Overview Managing serverless environments requires more than just scaling code; it demands robust perimeter security. Laravel Vapor offers a managed firewall to shield applications from Distributed Denial of Service (DDoS) attacks and resource-draining automated traffic. By implementing these controls, you prevent unexpected costs and ensure high availability for legitimate users. Prerequisites To follow this guide, you should be familiar with the Laravel framework and have a basic understanding of YAML configuration. You will also need a project already provisioned on the Vapor platform. Key Libraries & Tools * **Laravel Vapor**: A serverless deployment platform for Laravel. * **Vapor CLI**: The command-line interface used to deploy and manage environments. * **Guzzle**: A PHP HTTP client often used by bots or scripts to make requests. Code Walkthrough To enable the firewall, modify your `vapor.yml` file. This configuration acts as the blueprint for your environment's security rules. Setting Rate Limits Add a `firewall` section to your environment configuration to limit how many requests a single IP can make within a five-minute window. ```yaml id: 1 name: my-app environments: production: firewall: rate_limit: 100 ``` When a source exceeds 100 requests in 5 minutes, Vapor automatically blocks subsequent attempts, protecting your database and compute resources from exhaustion. Implementing Bot Control You can further refine traffic by blocking specific categories of automated agents. This is particularly useful for internal APIs that shouldn't be indexed by search engines. ```yaml firewall: bot_control: - http_libraries - search_engines ``` Syntax Notes The `firewall` key must sit under the specific environment block (e.g., `production` or `staging`). The `bot_control` option accepts a list of predefined categories. Always ensure your YAML indentation is correct, as malformed files will cause deployment failures. Practical Examples A common use case involves blocking `http_libraries`. If you run a script using Guzzle or `curl` against an endpoint protected with this rule, the firewall will reject the traffic immediately. This effectively stops simple scraping scripts from impacting your app. Tips & Gotchas * **Deployment Required**: Changes to `vapor.yml` do not take effect until you run `vapor deploy`. * **Monitoring**: Check your environment metrics after enabling these rules. Vapor provides visual feedback on how many requests the firewall has successfully blocked. * **Cooldown**: Rate-limited IPs are generally blocked for the remainder of the five-minute sliding window.
Jun 1, 2021Overview of Deployment Automation Deploying a Laravel application requires more than just moving files to a server. You must compile assets, manage dependencies, and sync database schemas. Laravel Vapor handles these complexities through two distinct mechanisms: **Build Hooks** and **Deploy Hooks**. Understanding the timing of these hooks is the difference between a seamless launch and a broken production environment. Build hooks prepare your artifact locally, while deploy hooks execute logic directly within the AWS environment once the code is live. Prerequisites To follow this guide, you should be comfortable with the following: * Basic Laravel framework architecture. * A functioning Laravel Vapor account and the Vapor CLI. * Familiarity with YAML syntax for configuration files. * Understanding of NPM or Composer for asset and dependency management. Key Libraries & Tools * **Laravel Vapor CLI**: The primary tool for initiating deployments and viewing real-time logs. * **vapor.yaml**: The central configuration file where hook logic is defined. * **AWS (Amazon Web Services)**: The underlying infrastructure where your application and databases reside. * **Artisan**: Laravel's command-line interface used within deploy hooks for tasks like migrations. Code Walkthrough: Configuring Hooks Open your `vapor.yaml` file to define how each environment behaves. You can customize commands per environment, such as choosing between development or production asset builds. ```yaml id: 1 name: my-app environments: staging: build: - 'composer install' - 'npm install && npm run development' - 'php artisan event:cache' deploy: - 'php artisan migrate --force' production: build: - 'composer install --no-dev' - 'npm install && npm run production' ``` In this configuration, the `build` section runs on your local machine or CI/CD environment before the code is zipped and uploaded. This is the ideal time for `npm run production` because it minimizes the final package size. The `deploy` section runs after the code is uploaded to AWS. We use `php artisan migrate` here because the command needs to interact with the RDS database that exists within the cloud environment, not your local machine. Syntax Notes Laravel Vapor uses standard YAML list syntax for hooks. Each command is a string item in a sequence. Vapor executes these commands in order; if any command returns a non-zero exit code, the deployment aborts immediately. This safety feature prevents broken code from reaching your users. Practical Examples: Database Integration Running migrations via deploy hooks requires a linked database. In the Vapor dashboard, create a database resource (e.g., `my-staging-db`). Once created, link it in your `vapor.yaml` so the environment knows where to run the migration commands: ```yaml staging: database: my-staging-db deploy: - 'php artisan migrate --force' ``` Tips & Gotchas One common pitfall is forgetting that build hooks lack access to your production database. Never put `php artisan migrate` in a build hook; it will fail because your local machine cannot (and should not) reach your cloud database directly. Conversely, avoid running heavy asset compilation in deploy hooks, as this consumes AWS Lambda resources and increases deployment time. Always keep your build artifacts lean and your deployment logic focused on environment-specific tasks.
Feb 9, 2021