monorepo-navigator

To identify affected workspaces in a pnpm or Turborepo monorepo, you must parse workspace manifests and internal dependencies to map package relationships. This analysis reveals exactly which apps and packages are impacted when shared code changes.

The best way to optimize CI builds for an Nx monorepo is to apply selective execution based on dependency graph analysis. This ensures you only run builds, tests, and linting for affected workspaces rather than the entire project.

Yes, this approach supports migrating a multi-repo setup to a monorepo by providing dependency mapping and migration planning. It helps visualize package relationships to safely consolidate builds, tests, and release workflows.

Yes, you can use dependency graph analysis for Lerna workspace-aware development rules. By parsing workspace manifests, the system understands internal dependencies to support selective execution and scoped CI workflows.

You should use selective execution instead of rebuilding the entire monorepo to reduce cross-package uncertainty and optimize workflows. It prevents unnecessary builds by running targeted tests and linting only on affected workspaces.

You need remote caching for monorepo build optimization when setting up workspace-aware CI workflows. It works alongside dependency graph analysis and selective execution to skip redundant builds across shared package changes.