domain-analysis

To identify bounded contexts when refactoring a monolith, extract business concepts from code and group them by Ubiquitous Language to reveal cohesive subdomains. This process assesses intra- and inter-domain cohesion to map clear linguistic boundaries for refactoring.

Classifying subdomains as Core, Supporting, or Generic involves analyzing codebase entities and services to group concepts by linguistic boundaries. This classification highlights domain cohesion and cross-domain couplings, producing actionable recommendations for domain-driven design boundaries.

Domain-driven design handles cross-domain coupling by assessing intra- and inter-domain cohesion within the codebase. It maps linguistic boundaries between identified bounded contexts to detect couplings and generates recommendations to clarify architecture boundaries for better maintainability.

Yes, you can extract business concepts directly from existing code for domain modeling. The analysis targets code entities, services, use cases, and controllers to group concepts by Ubiquitous Language, revealing cohesive subdomains and mapping bounded contexts without requiring external documentation.

You need to map subdomains to bounded contexts when refactoring a monolith to improve architectural maintainability and scalability. It helps pinpoint Core, Supporting, and Generic subdomains, assesses domain cohesion, and provides clear linguistic boundaries to guide domain-driven refactoring.

Yes, domain analysis works for codebases with high cross-domain coupling by specifically detecting these couplings during the cohesion assessment. It maps linguistic boundaries between contexts and produces bounded-context recommendations to guide refactoring and isolate architecture boundaries effectively.