build-package

Scaffolding a new TypeScript package in a monorepo involves generating a consistent directory structure with source and tests, plus configuration files like package.json, tsconfig, and build configs. This ensures standardization across the workspace and reduces manual setup errors.

To standardize package layout across monorepo layers, generate templated scaffolding files that wire dependencies and configure build tools uniformly. This enforces architectural consistency by creating identical source, test, and configuration structures for every new package.

Yes, you need to update architecture-reference docs and repository documentation like AGENTS.md and README when adding a new workspace package. Reflecting the new package integration in these files ensures the architectural records remain accurate and synchronized.

Yes, you can automate wiring dependencies for a new monorepo package during the scaffolding process. Automated scaffolding generates the package structure and wires the layer runtime and exports, ensuring consistency with the monorepo's architecture without manual intervention.

Scaffolding a monorepo package with TypeScript requires configuration files including package.json for dependencies, tsconfig for TypeScript compiler options, and tsup.config.ts for build configuration. These templates ensure the package integrates correctly into the workspace architecture.

Manually creating a new package in a monorepo leads to errors due to inconsistent directory structures, misconfigured build tools, and missing dependency wiring. Automated scaffolding eliminates these risks by generating standardized templates and architecture references.