Certainly! Below is the revised README with added clarity, structured sections, and the inclusion of some Mermaid diagrams for visual representation.
Turbopack is a high-performance monorepo setup that streamlines the development, testing, and deployment of multiple interconnected projects. With a focus on speed, scalability, and developer experience, Turbopack leverages modern tooling and best practices to ensure your monorepo remains maintainable and efficient as it grows.
- Fast Builds: Leveraging incremental builds and intelligent caching.
- Unified Dependencies: Centralized dependency management to avoid version conflicts.
- Consistent Tooling: Shared configuration for linting, testing, and building.
- Isolated Environments: Sandbox environments for each project.
- Easy Collaboration: Simplified setup for new contributors.
- Scalable Architecture: Designed to handle projects of any size.
- Node.js (>=14.x)
- Yarn (>=1.22.x)
Clone the repository and install dependencies:
git clone https://github.com/yourusername/turbopack.git
cd turbopack
yarn installturbopack
│
├── legacy # Legacy code & servers
├── nx-rspack # Rspack monorepo using module federation of legacy UI and new UI
├── devenv # Scripts to run Docker images
└── go-nx # Go modules workspace for GraphQL API
graph TD;
A[Turbopack] --> B[legacy];
A --> C[nx-rspack];
A --> D[devenv];
A --> E[go-nx];
Use go-nx commands to create libraries and applications within the project.
( when coding use xstate for statemanagement )
- Legacy Code: Not working with Docker. Ensure Dockerfiles are cpu specific and configurations are correct.
- UI Module Federation: Proper integration of legacy and new UI is required.
- Golang Migration: Migrate Golang code to the new base.
We welcome contributions from the community! Please read our contributing guide to get started.
Turbopack is licensed under the MIT License. See the LICENSE file for more details.
For any questions or suggestions, please open an issue or reach out to maintainer@example.com.
Happy coding! 🚀