roslyn-codelens

To find all callers and references of a C# method, use semantic code analysis to perform precise reference lookups instead of manual grepping. This approach maps dependencies and implementations efficiently, facilitating navigation and impact analysis across your .NET codebase.

Inspecting dependency injection registrations and type hierarchies in C# requires semantic code analysis tools that query project dependencies directly. This method provides architectural insights by mapping type structures and DI registrations without rebuilding the project.

You can generate test skeletons for C# code by using semantic analysis tools that inspect your type hierarchies and method signatures. This automates the creation of test structures, improving code quality and maintainability for complex .NET projects.

Yes, you can detect code smells and analyze code health in a .NET codebase without compiling by using semantic analysis tools. These tools perform fast, precise code queries and run diagnostics to assess maintainability and identify architectural issues.

Semantic .NET code analysis works effectively for mapping project dependencies in large solutions by using MCP tools to query code structure. It inspects project dependencies and type hierarchies to provide deep architectural insights for complex .NET environments.