Di Laravel Package

Product Decisions This Supports

• Build vs. Buy: Eliminates the need to build an in-house DI container, saving 3-6 months of development effort and reducing long-term maintenance costs.
• Roadmap Alignment: Supports modern PHP 8+ features (attributes, enums, generics) and performance-critical applications via compiled container optimization.
• Use Cases: Ideal for enterprise-scale applications requiring complex dependency graphs, lazy-loaded services, and runtime configuration flexibility (e.g., microservices, SaaS platforms).
• Technical Debt Reduction: Automates service wiring via autowiring, minimizing manual configuration errors and accelerating feature delivery.

When to Consider This Package

• Adopt when:
  • Building a standalone PHP application (not using Laravel/Symfony, which have built-in DI).
  • Needing compiled performance benefits for high-traffic systems.
  • Requiring explicit NEON/YAML configuration or PHP 8+ features like union types and attributes.
• Look elsewhere when:
  • Using Laravel (native container is sufficient and more integrated).
  • Working on trivial projects where DI complexity outweighs benefits.
  • Teams lack PHP 8+ expertise (though nette/di supports legacy PHP 7.4).
• Avoid for: Projects requiring non-PHP ecosystems (e.g., Node.js), or where container flexibility is unnecessary (e.g., simple CRUD apps).

How to Pitch It (Stakeholders)

Executives: "nette/di accelerates time-to-market by eliminating manual dependency management, reducing engineering effort by 30-40%. Its compiled container ensures sub-millisecond service resolution—critical for scaling without infrastructure costs. As a mature, community-vetted solution with 900+ stars and active maintenance, it minimizes technical debt while freeing teams to focus on business logic, not infrastructure."

Engineering: "This package delivers a battle-tested DI container with zero-config autowiring, PHP 8.5 support, lazy services, and compile-time optimizations. It integrates seamlessly with existing PHP projects via NEON configuration, reduces boilerplate through type-hinted dependencies, and includes robust debugging tools like Container::dump(). For complex systems, it outperforms manual DI implementations while avoiding framework lock-in—ideal for teams needing flexibility without sacrificing performance."