dotnet-complexity

To measure cyclomatic complexity and guide refactoring, run built-in .NET analyzers to surface excessive values and low maintainability index, then establish concrete policy changes verifiable in the root editorconfig and CodeMetricsConfig.txt.

Code maintainability and class coupling are enforced using .NET analyzer rules CA1502, CA1505, CA1506, and CA1501, which provide root-cause analysis and threshold values to guide refactoring decisions within your repository.

Configuring CI-ready complexity thresholds for dotnet code analysis involves setting default values in CodeMetricsConfig.txt and the root editorconfig, creating a versioned policy that gates refactoring opportunities aligned with your AGENTS.md bootstrap path.

Yes, built-in .NET analyzers automatically detect tightly coupled types and low maintainability index in a repository, surfacing these metrics to help teams identify, measure, and enforce maintainable code through guided policy formation.

No external dependencies are required to perform .NET code analysis for maintainability; the process relies entirely on built-in .NET analyzers to detect high-complexity methods and tightly coupled types for establishing verifiable repository policies.