Wener Node, Bun, NestJS, React Utils, Hooks & Demos
The WodeWener NodeJS Monorepo is a comprehensive toolkit designed to streamline development using modern frameworks like React and NextJS. Its architecture supports various applications, including web, console, and server projects, making it a versatile choice for developers looking to create robust solutions in a cohesive environment. The monorepo is also home to several packages that enhance functionality, optimize performance, and simplify the management of different projects within a single codebase.
Whether you’re working on a CRM, a homelab, or any other web application, WodeWener provides the necessary building blocks to elevate your project. Its modular structure allows for easy integration of various components, ensuring that developers have the flexibility they need while maintaining high standards of code quality and efficiency.
React Hooks & Utils: The @wener/reaction package includes a suite of useful hooks and logical components to enhance development efficiency.
Zero Dependencies: The @wener/utils package contains essential utilities without any external dependencies, promoting a lightweight approach to application design.
GraphQL & RESTful APIs: The wode-api-server leverages HonoJS and MikroORM to support both GraphQL and RESTful API structures, providing versatility in data management.
BullMQ Worker: The wode-worker integrates BullMQ for managing background processes, ensuring smooth operation and task scheduling.
Self-hosted CDN: The @wener/unpkg package offers self-hosting alternatives allowing developers to utilize a CDN for their applications without relying on third-party services.
Web3 Utilities: The ongoing developments within @wener/system and @wener/nextjs include Web3 utilities, catering to modern decentralized application needs.
Comprehensive Documentation: Each package is well-documented, making it easier for developers to understand how to implement and utilize the tools effectively.
Modular Design: WodeWener’s monorepo structure allows for multi-entry points, meaning developers can pick and choose the components they need without overloading their applications.
