vp-s03-domain-model

Bounded contexts are identified by scanning the domain and core layers along with feature modules to extract areas like users and orders. The Skill then classifies these contexts as core, supporting, or generic, and enumerates domain entities and aggregates.

Mapping bounded context relationships involves documenting context mappings such as shared kernels and anti-corruption layers. The Skill identifies these relationships and documents entry points, data ownership, and dependencies to clarify domain boundaries.

Discovering domain entities and aggregates requires analyzing bounded contexts within the application. The Skill enumerates domain entities and aggregates to define clear boundaries and updates a mental model viewpoint with the discovered domain data.

Yes, you can load SCIP indexes when available to enable semantic domain analysis and symbol discovery. This capability enhances the identification of bounded contexts and domain concepts within the application's source code.

Yes, identifying bounded contexts and domain concepts is applicable to both monoliths and modular architectures. The process adapts to discover context boundaries, classify contexts, and enumerate domain entities regardless of the structural pattern.

Classifying bounded contexts as core, supporting, or generic during domain modeling helps prioritize business logic and infrastructure boundaries. This classification defines clear boundaries and maps context relationships to produce a formal domain-model representation.