monorepo-setup
monorepo-setup equips you to architect high-performance monorepo environments using Turborepo and pnpm, enabling efficient dependency management and build orchestration across multiple packages. This skill streamlines workspace configuration, optimizing build times and developer experience for teams managing complex, interconnected projects at scale.
monorepo-setup guides you through establishing a scalable monorepo architecture using Turborepo and pnpm. Begin by initializing a root workspace with pnpm, then configure your turbo.json file to define build pipelines, task dependencies, and caching strategies. Structure your repository with separate apps and packages directories, each with its own package.json. Turborepo will automatically detect and orchestrate builds across all workspaces, enabling efficient incremental builds and remote caching for faster CI/CD cycles.
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Decision gist · record as of 2026-01-12
monorepo-setup guides you through establishing a scalable monorepo architecture using Turborepo and pnpm. Begin by initializing a root workspace with pnpm, then configure your turbo.json file to define build pipelines, task dependencies, and caching strategies. Structure your repository with separate apps and packages directories, each with its own package.json. Turborepo will automatically detect and orchestrate builds across all workspaces, enabling efficient incremental builds and remote caching for faster CI/CD cycles.
Use it when
- monorepo-setup covers pnpm workspaces configuration as the foundation for your monorepo.
- monorepo-setup teaches you to establish consistent shared packages by creating dedicated directories within your packages folder for common.
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Frequently asked questions
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How do I set up a monorepo with Turborepo?
monorepo-setup guides you through establishing a scalable monorepo architecture using Turborepo and pnpm. Begin by initializing a root workspace with pnpm, then configure your turbo.json file to define build pipelines, task dependencies, and caching strategies. Structure your repository with separate apps and packages directories, each with its own package.json. Turborepo will automatically detect and orchestrate builds across all workspaces, enabling efficient incremental builds and remote caching for faster CI/CD cycles.
What is pnpm workspaces configuration and how do I set it up?
monorepo-setup covers pnpm workspaces configuration as the foundation for your monorepo. Define a pnpm-workspace.yaml file at your repository root listing all workspace directories (e.g., 'apps/*' and 'packages/*'). This enables pnpm to manage dependencies across your entire workspace using the workspace protocol (workspace:*), allowing packages to reference each other directly. pnpm's strict dependency resolution and efficient disk usage make it ideal for monorepo environments where multiple packages share common dependencies.
How can I configure shared packages and utilities across multiple applications?
monorepo-setup teaches you to establish consistent shared packages by creating dedicated directories within your packages folder for common utilities, UI components, and configurations. Reference these shared packages in your applications using the workspace protocol (workspace:*) in package.json. This approach enables all apps to depend on the same versions of shared code, reducing duplication and ensuring consistency. Turborepo's dependency graph automatically tracks these relationships, optimizing build order and caching.
How do I optimize build pipelines and CI/CD for monorepo projects?
monorepo-setup demonstrates pipeline optimization by configuring turbo.json to define task dependencies, output caching, and parallel execution strategies. Leverage Turborepo's incremental builds to only rebuild packages affected by changes, dramatically reducing CI/CD times. Enable remote caching to share build artifacts across team members and CI environments. Define task pipelines that respect dependency order—for example, ensuring shared packages build before dependent applications—and use Turborepo's filtering capabilities to run only relevant tasks in pull requests.
How do I establish consistent TypeScript and ESLint configurations across my workspace?
monorepo-setup shows how to create shared configuration packages for TypeScript and ESLint that all workspace packages extend. Place a base tsconfig.json in a dedicated config package, then have each workspace package extend it with workspace protocol references. Similarly, create a shared ESLint configuration package that defines your linting rules once, allowing all packages to inherit consistent standards. This eliminates configuration duplication and ensures every package in your monorepo follows the same code quality standards.
What is the best approach for version management and automated package publishing with Changesets?
monorepo-setup integrates Changesets for managing versions and publishing across your monorepo. Contributors create changeset files documenting version bumps and changes for each affected package. Changesets automatically aggregates these into coordinated releases, updating package versions and generating changelogs. This approach enables independent versioning of packages while maintaining release coordination, making it ideal for monorepos where different packages have different release cadences and consumers depend on specific versions of your shared packages.
SKILL.md
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Monorepo Setup
Configure a scalable monorepo with Turborepo and pnpm workspaces.
Core Workflow
- Initialize structure: Create workspace layout
- Configure pnpm: Setup workspaces
- Add Turborepo: Configure build pipeline
- Create shared packages: Common utilities
- Setup apps: Applications consuming packages
- Configure CI/CD: Optimized builds
Directory Structure
``` monorepo/ ├── apps/ │ ├── web/ # Next.js app │ ├── api/ # Express/Fastify API │ └── mobile/ # React Native app ├── packages/ │ ├── ui/ # Shared UI components │ ├── config/ # Shared configs │ ├── tsconfig/ # TypeScript configs │ ├── eslint-config/ # ESLint configs │ └── utils/ # Shared utilities ├── tooling/ │ ├── scripts/ # Build scripts │ └── docker/ #
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foundation/monorepo-setup/SKILL.md
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Related skills
This skill provides a complete framework for initializing and managing monorepo architectures, including configuration templates, dependency strategies, and workspace organization patterns. It integrates with Claude Code's agent ecosystem to automate setup tasks and enforce consistent project structures across multiple packages.
This skill equips you to establish and manage a Turborepo-based monorepo, enabling fast, scalable builds across multiple interconnected packages. Leverage intelligent caching and task orchestration to accelerate your development pipeline and reduce build times significantly.
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Optimize your monorepo's build performance by configuring Turborepo's caching layer to intelligently reuse artifacts across tasks. This skill walks you through cache strategies, remote storage setup, and validation techniques to eliminate redundant builds and accelerate your CI/CD pipeline.
This skill teaches you how to build and manage pnpm workspaces, enabling efficient monorepo development across multiple interconnected packages. You'll master workspace configuration, dependency management, and best practices for scaling projects with pnpm's lightweight approach.
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