monorepo-architect

To set up a monorepo with Turborepo, you consolidate multiple interconnected projects into a single repository and use build caching and affected detection to optimize CI/CD workflows and reduce build times.

Managing dependencies in a monorepo involves using tools like Nx, Turborepo, or Lerna to handle the dependency graph and optimize shared libraries, streamlining development across numerous projects within a unified repository.

Build caching in monorepo tools like Nx and Bazel stores previous build outputs and uses affected or changed detection to skip redundant tasks, significantly reducing CI/CD times for large-scale multi-project development.

You need a monorepo architecture when managing a large codebase with multiple interconnected projects, requiring unified dependency management and efficient scaling of development workflows across teams.

Choosing between Nx and Turborepo for scaling development depends on your specific needs for build caching, dependency graph management, and CI optimization within a unified repository structure for multi-project development.

CI pipelines take long in large monorepos due to redundant builds across interconnected projects, which can be resolved by implementing build caching and affected detection using tools like Nx, Turborepo, or Bazel.