type-architecture

Standardize TypeScript architecture by applying canonical guidelines for schema definitions, TS config presets, and project-graph decisions to ensure build-time guarantees and conformity. This prevents fragmentation by establishing explicit rules, examples, and checklists for multi-package repos.

Canonical schema typing conventions provide consistent rules for defining data types across TS projects. They solve inconsistent type architectures by enforcing explicit schema definitions and standardized data typing, which ensures build-time guarantees and type safety across multiple packages.

Yes, this type architecture guidance applies to multi-package monorepos by providing rules for module resolution and project-graph decisions. It standardizes TS config presets and schema definitions to maintain conformity and type safety across all packages in the repository.

You should establish a canonical type architecture when your TS project requires standardized data typing, module resolution, and build-time guarantees. It is essential for onboarding new contributors, enabling cross-team collaboration, and preventing fragmentation as your codebase grows.

Configure tsconfig presets by applying canonical type-architecture guidelines that dictate module resolution and project-graph decisions. This ensures consistent TypeScript configurations across multiple packages, enforcing build-time guarantees and standardized data typing throughout your repository.