A Node.js and TypeScript web API boilerplate following DDD, Clean Architecture, and layered architecture principles.
Node API Boilerplate is a starter template for building scalable web APIs using Node.js and TypeScript. It implements architectural patterns from Domain-Driven Design, Clean Architecture, and layered architecture to help developers create maintainable and extensible backend services. The project provides a structured foundation with dependency injection, modular design, and explicit lifecycle management.
Backend developers and teams building enterprise-grade Node.js APIs who value architectural rigor, separation of concerns, and long-term maintainability. It's particularly suited for projects requiring clear domain boundaries and testable code.
Developers choose this boilerplate for its strong architectural foundations, out-of-the-box tooling, and flexibility. It offers a production-ready structure that enforces best practices while allowing customization, reducing initial setup time and technical debt.
DDD/Clean Architecture inspired boilerplate for Node web APIs
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Code is organized into feature or integration modules with isolated dependencies, enhancing scalability and maintainability as outlined in the modules section.
Defines clear boot and stopping events (e.g., Booting, Booted, Ready), allowing precise control over application state, which improves reliability and debugging.
Uses Awilix for inversion of control, decoupling components and improving testability, as detailed in the dependency injection and module internals sections.
Includes Docker wrapper, REPL console access, and Jest setup, streamlining development, testing, and debugging workflows without extra configuration.
The boilerplate is in beta, meaning abstractions may change and features could be missing, posing risks for production use as admitted in the README.
Requires understanding of DDD, Clean Architecture, and modular design patterns, which can be overwhelming for developers new to these concepts.
Involves configuring Docker, module bootstrapping, and lifecycle events, which may be overkill for simpler projects or teams seeking plug-and-play solutions.