nx-monorepo

To analyze dependencies in an Nx monorepo, you visualize and inspect the project graph using the nx graph command. This maps connections across your apps and libraries, allowing you to see how changes ripple through the workspace.

The best way to determine what to rebuild or retest is by using affected detection. Running nx affected -t build analyzes the project graph against your changes, ensuring only impacted apps and libraries are processed.

Yes, you can use Nx code generation to scaffold new applications and libraries within a TypeScript workspace. This feature helps generate consistent project structures and even allows you to build custom generators for repeated workflows.

Yes, this approach works for optimizing build performance by configuring and leveraging Nx Cloud. It provides advanced caching mechanisms across large workspaces, significantly reducing build times for affected projects.

Yes, you need familiarity with MCP tooling and standard JS/TS workflows to manage an Nx workspace effectively. This skill requires understanding these technologies to execute dependency analysis and code generation tasks.

To map dependencies and plan affected tasks in a full-stack monorepo, you run an initial project graph visualization followed by affected commands. This establishes consistent conventions for evolving your multi-project workspace.