How do I install and set up Aura.Router with a PSR-7 implementation?

Install via Composer with `composer require aura/router`, then ensure you have a PSR-7 package like nyholm/psr7 or guzzle/psr7. Define routes in the router instance and integrate it with your PSR-7 request/response objects, as detailed in the documentation.

Aura.Router vs Laravel routing: which is better for my project?

Choose Aura.Router if you need a standalone, standards-compliant router for custom or framework-agnostic PHP apps. Laravel's router is better for full-stack development within the Laravel ecosystem, offering more built-in features and tighter integration.

Can Aura.Router handle subdomain or route grouping?

Yes, but it requires manual configuration using attributes and custom constraints rather than built-in syntactic sugar. The documentation shows how to simulate groups by extending route definitions, but it's less intuitive than some alternatives.

How to implement route caching for performance in Aura.Router?

Aura.Router does not include built-in route caching; you need to implement it externally, such as by serializing the route map to a file. This adds development effort compared to routers with automatic caching features.

Is Aura.Router suitable for building RESTful APIs?

Yes, with support for HTTP methods, parameters, and constraints, it's effective for defining RESTful endpoints. However, you must handle aspects like serialization, authentication, and error responses separately using other components.

What are common pitfalls when using Aura.Router with middleware?

Common issues include mismatched PSR-7 implementations or improper middleware ordering. Ensure your middleware stack is PSR-15 compliant and that the router is placed correctly in the pipeline to avoid request handling errors.

Aura.Router — Flexible PHP Web Router

What is Aura.Router?

Aura.Router is a web router implementation for PHP that handles PSR-7 requests. It maps HTTP requests to specific handlers, enabling clean URL structures and flexible routing patterns in PHP applications. It solves the problem of managing complex routing logic while adhering to PHP community standards.

Target Audience

PHP developers building web applications who need a standardized, flexible routing solution compatible with PSR-7 and middleware architectures.

Value Proposition

Developers choose Aura.Router for its strict compliance with PHP-FIG standards, flexibility in routing configurations, and seamless integration with PSR-7 and middleware-based systems without being tied to specific frameworks.

A web router implementation for PHP.

Use Cases

Best For

Building PHP applications with PSR-7 compliant request handling
Implementing complex routing patterns with named routes and parameters
Integrating routing into middleware-based PHP architectures
Developing standards-compliant PHP packages that require routing
Creating maintainable URL structures in PHP web projects
Ensuring interoperability with other PSR-compliant PHP components

Not Ideal For

Projects built on full-stack PHP frameworks like Laravel or Symfony that already include integrated routing systems
Applications not using PSR-7 request/response interfaces and unwilling to adopt additional standards
Teams needing an all-in-one solution with built-in features like ORM, templating, or authentication out of the box
Simple microservices or APIs where a minimal, zero-configuration router like FastRoute would suffice with less overhead

Pros & Cons

Pros

PSR-7 Compatibility

Seamlessly integrates with PSR-7 HTTP message interfaces, enabling standardized request and response handling across PHP components, as emphasized in the key features for interoperability.

Flexible Routing Patterns

Supports complex routing with named routes, optional parameters, and custom constraints, allowing developers to create maintainable URL structures without locking into specific frameworks.

Standards Compliance

Adheres to PSR-1, PSR-2, and PSR-4 coding standards, promoting clean code and easy integration with other PSR-compliant packages, as noted in the README for community alignment.

Middleware Integration

Designed for middleware-based architectures, facilitating use with PSR-15 middleware to enhance application flow and separation of concerns in modern PHP apps.

Cons

External PSR-7 Dependency

Requires a separate PSR-7 implementation (e.g., nyholm/psr7), adding setup complexity and an extra component for developers not already using PSR-7 in their projects.

Limited Built-in Features

Focuses solely on routing without advanced capabilities like automatic route caching, CRUD generation, or built-in validation hooks, which are common in framework-based routers.

Smaller Community Ecosystem

Has a smaller user base compared to routers in popular frameworks, leading to fewer third-party extensions, plugins, and potentially slower community support for niche issues.

Frequently Asked Questions

What is Aura.Router?

Target Audience

PHP developers building web applications who need a standardized, flexible routing solution compatible with PSR-7 and middleware architectures.

Value Proposition

Use Cases

Best For

Building PHP applications with PSR-7 compliant request handling
Implementing complex routing patterns with named routes and parameters
Integrating routing into middleware-based PHP architectures
Developing standards-compliant PHP packages that require routing
Creating maintainable URL structures in PHP web projects
Ensuring interoperability with other PSR-compliant PHP components

Not Ideal For

Projects built on full-stack PHP frameworks like Laravel or Symfony that already include integrated routing systems
Applications not using PSR-7 request/response interfaces and unwilling to adopt additional standards
Teams needing an all-in-one solution with built-in features like ORM, templating, or authentication out of the box
Simple microservices or APIs where a minimal, zero-configuration router like FastRoute would suffice with less overhead

Pros & Cons

Pros

PSR-7 Compatibility

Seamlessly integrates with PSR-7 HTTP message interfaces, enabling standardized request and response handling across PHP components, as emphasized in the key features for interoperability.

Flexible Routing Patterns

Supports complex routing with named routes, optional parameters, and custom constraints, allowing developers to create maintainable URL structures without locking into specific frameworks.

Standards Compliance

Adheres to PSR-1, PSR-2, and PSR-4 coding standards, promoting clean code and easy integration with other PSR-compliant packages, as noted in the README for community alignment.

Middleware Integration

Designed for middleware-based architectures, facilitating use with PSR-15 middleware to enhance application flow and separation of concerns in modern PHP apps.

Cons

External PSR-7 Dependency

Requires a separate PSR-7 implementation (e.g., nyholm/psr7), adding setup complexity and an extra component for developers not already using PSR-7 in their projects.

Limited Built-in Features

Focuses solely on routing without advanced capabilities like automatic route caching, CRUD generation, or built-in validation hooks, which are common in framework-based routers.

Smaller Community Ecosystem

Has a smaller user base compared to routers in popular frameworks, leading to fewer third-party extensions, plugins, and potentially slower community support for niche issues.

Frequently Asked Questions

Aura.Router

What is Aura.Router?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?

Aura.Router

What is Aura.Router?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?