Learn about all the different concepts Nx uses to manage your tasks and enhance your productivity.
Common Tasks
Learn about standard task naming conventions in Nx projects, including build, serve, test, and lint tasks, for consistent project configuration.
Executors and Configurations
Learn about Nx executors, pre-packaged node scripts that run tasks consistently across projects, and how to configure them in project.json files.
How Caching Works
Learn how Nx's computation hashing enables powerful caching, including what factors determine cache validity and how local and remote caches work together.
Inferred Tasks (Project Crystal)
Learn how Nx plugins automatically infer tasks from tool configurations, enabling caching, task dependencies, and optimized execution without manual setup.
Managing Configuration Files
Learn how Nx helps manage different types of configuration files in your workspace, including both Nx-specific and tool-specific configurations at global and project levels.
Mental Model
Understand how Nx works with project graphs, task graphs, affected commands, and caching to efficiently manage your monorepo development workflow.
Nx Daemon
Learn about the Nx Daemon, a background process that speeds up project graph computation in large workspaces by maintaining state between commands.
Publishable and Buildable Nx Libraries
Learn about buildable and publishable libraries in Nx, when to use them, and how they adjust your project configuration for distribution.
Sync Generators
Learn how to use Nx sync generators to maintain repository state and update configuration files based on the project graph before tasks are run.
TypeScript Project Linking
Learn how to efficiently reference code between TypeScript projects in your monorepo using project linking instead of relative paths.
What Are Nx Plugins?
Learn how Nx plugins help developers integrate tools and frameworks with Nx by providing automated configuration, code generation, and dependency management.
What is a Task Pipeline
Learn how Nx manages task dependencies and execution order in monorepo workspaces, ensuring proper build sequences for interconnected projects.
Architectural Decisions
Key architectural decisions and patterns
CI Concepts
Continuous Integration concepts and best practices
Module Federation Concepts
Core concepts of Module Federation