role-fullstack:monorepo-management

To set up a monorepo with Turborepo and pnpm, configure pnpm workspaces for dependency management and use turbo.json to define task orchestration, caching, and pipelines. This structure streamlines development and optimizes build times across multiple applications.

Optimizing CI for a monorepo involves implementing caching, change detection, and parallel task execution. Tools like Turborepo and Nx use task graphs to skip unaffected builds, significantly speeding up feedback loops and reducing redundant computations.

Creating shared packages in a monorepo involves structuring reusable libraries like UI components, types, utils, and config. Using pnpm workspaces, you can manage cross-project dependencies so applications seamlessly reference and build these shared packages.

Yes, this monorepo management approach supports both Nx and Turborepo. It configures Nx task graphs and Turborepo's turbo.json, leveraging pnpm workspace configurations for cross-project dependency management and CI optimization.

Using pnpm workspaces for monorepo dependency management ensures strict node_modules structure and efficient disk usage. It handles cross-project dependencies reliably, which is essential for maintaining shared packages and optimizing CI processes.

Using Turborepo requires understanding its turbo.json configuration and task graph to manage caching and pipelines effectively. Limitations arise if cross-project dependencies are not properly mapped, which can break change detection and CI optimization.