tool-uv-monorepo

To prevent version drift in a Python monorepo, you can use uv workspaces to create a single unified dependency graph. This generates one uv.lock file that resolves all workspace members together, keeping versions consistent across all packages.

To set up editable installs for interdependent Python packages, configure a root pyproject.toml with [tool.uv.workspace] and set workspace = true. This allows internal packages to update instantly during development without requiring reinstallation.

Yes, you can use uv workspaces to optimize Docker builds for a Python monorepo by leveraging multi-stage builds. This approach exports service-specific dependencies, preventing bloated images by including only what is needed for each service.

The best way to consolidate multiple Python repositories into a monorepo is by using uv workspaces. It allows you to align versions across shared core libraries, APIs, and CLIs using a single lock file before migrating from a poly-repo setup.

Yes, a uv workspace requires a single uv.lock file generated by uv lock or uv sync. This unified lock file ensures that all interdependent packages in the Python monorepo share a consistent dependency graph.

A uv workspace requires a root pyproject.toml with package = false to designate the workspace root as a non-package container. This configuration allows uv to properly manage multiple member packages under a single unified dependency graph.