dotnet-complexity

You can analyze .NET code complexity by using built-in Roslyn analyzers and code metrics to identify overly complex methods, high class coupling, and low maintainability index scores. This detects maintainability issues before they become technical debt.

Yes, you can enforce cyclomatic complexity thresholds in CI pipelines by configuring rules via .editorconfig and CodeMetricsConfig.txt. This automatically flags methods exceeding your defined limits, such as a cyclomatic complexity of 20.

A maintainability index is a code metric used to measure software maintainability. Analyzing this metric helps identify code refactoring targets by flagging low scores and high class coupling in your .NET projects.

You can configure .NET analyzers to flag complex methods by setting maintainability and complexity thresholds in an .editorconfig file. For example, you can enforce a cyclomatic complexity threshold of 15 for all methods.

Yes, this code analysis approach works without external dependencies because it leverages built-in Roslyn analyzers and native .NET code metrics to evaluate class coupling and complexity directly.

Monitoring class coupling and complexity metrics in .NET projects prevents technical debt by ensuring new code adheres to maintainability standards before merging, keeping the software easy to manage and scale.