turborepo

Task pipelines and caching in a monorepo are configured by defining per-package scripts and a root turbo.json. You enforce task definitions, proper caching, and environment handling to orchestrate builds across multiple packages.

You run changed or affected packages in a monorepo build by using the --affected and --filter flags with the turbo CLI. This creates a deterministic task graph to optimize CI by skipping unaffected packages.

The best way to share code between apps in a multi-package monorepo is structuring directories with apps and packages folders. You configure internal packages and enforce boundaries to coordinate root-package configurations for scalable builds.

Turborepo cache issues during CI optimization often stem from improper environment variable handling or incorrect per-package task definitions in turbo.json. Debugging requires verifying your caching configuration and environment variable inputs.

Yes, you can use turbo.json overrides for individual packages in a monorepo. You add a root turbo.json and define per-package turbo.json overrides as needed to enforce specific task definitions and package configurations.

You need turbo.json for monorepo task orchestration when setting up multi-package apps that require parallel execution, caching, and filtering. It automates task workflows and coordinates root-package configurations for scalable builds.