code-review-ssot-detector

You can detect SSOT violations by scanning configuration values, type definitions, and constants to uncover duplication, drift, and semantic mismatches. The scan identifies scattered authoritative data and produces canonical-source recommendations to restore integrity.

Configuration drift occurs when duplicated values across configs and code become inconsistent over time, threatening maintainability. Analyzing semantic equivalences and drift risk helps determine the canonical source and prioritize remediation steps to fix the inconsistencies.

Finding duplicate type definitions and scattered constants requires a targeted scan across schemas and code. The analysis surfaces duplicated definitions and provides actionable remediation plans suggesting a canonical location to consolidate them.

Yes, you can assess the risk of duplicated constants without external dependencies. The scan evaluates drift risk and semantic mismatches directly within your configurations and code to recommend a canonical source.

The best way to remediate duplicated schema definitions is to follow actionable remediation plans generated after a targeted scan. These plans suggest a canonical location for your types and configurations to restore SSOT integrity.

You should scan for semantic mismatches when configurations are scattered across multiple files and code. Running a targeted scan identifies drift risk early and provides canonical-source recommendations before inconsistencies impact maintainability.