check-factoring

Module dependency checking analyzes your codebase statically to validate dependency directions and prevent leakage, ensuring adherence to architectural best practices. It identifies mixed concerns and structural violations automatically during code reviews.

Static module analysis examines codebase structures without execution to detect duplicated logic, oversized units, and mixed concerns. You need it during code reviews to validate module boundaries and maintain architectural integrity.

Yes, static analysis detects violations of the functional core and imperative shell architecture by checking module purity and leakage. It ensures proper separation between functional logic and imperative side effects across module boundaries.

Identify duplicated logic and oversized modules by running static analysis on your codebase structure. The analysis flags redundant code patterns and module size constraint violations, helping maintain modular and maintainable codebases.

No, module analysis requires code analysis libraries and tools specific to the programming language in use. The static analysis depends on these language-specific tools to parse and evaluate module structures accurately.

Static dependency checking cannot evaluate runtime behavior or dynamic imports, limiting its scope to structural analysis. It requires language-specific code analysis libraries and cannot detect architectural issues that only manifest during execution.