Plan and execute C#/.NET project changes with static validation.
npx skills add https://github.com/LdotJdot/OpenLum --skill csharp-ldotjdot
Please help me install this Agent Skill. Skill: csharp Source: https://github.com/LdotJdot/OpenLum/tree/main/OpenLum.Console/Skills/csharp Command: npx skills add https://github.com/LdotJdot/OpenLum --skill csharp-ldotjdot
C#/.NET project work often suffers from scattered approaches to planning, architecture, and debugging. This Skill provides structured guidance that emphasizes upfront planning, code navigation, and safe validation by prioritizing dotnet CLI workflows and static analysis, while explicitly prohibiting runtime runs.
Provide a C# project or problem description, and I will analyze requirements, outline an architecture, propose changes, and validate them via dotnet build.
High-intent search queries and answers about installing and using this skill.
To plan and refactor a C# .NET project, use structured guidance that analyzes requirements, navigates code with Grep, applies patch-based changes, and validates via dotnet build. This ensures safe architecture modifications across library boundaries and test suites.
The best way to debug C# without runtime execution is through static analysis and compilation checks. By enforcing build-based completion and prohibiting runtime runs, you validate changes non-destructively by ensuring dotnet build succeeds.
Yes, you can use dotnet CLI workflows to apply patch-based changes. The process locates relevant code areas using SemanticSearch, proposes modifications, and validates them through static checks and compilation to ensure build success.
Static analysis works effectively for validating C# refactoring steps by checking code navigation and compilation success. It replaces runtime runs with dotnet build validation, ensuring changes are safe and non-destructive across multiple projects.
You should prohibit runtime runs during C# refactoring to ensure non-destructive validation. Relying on static analysis and dotnet build completion prevents unintended side effects from code execution while confirming structural integrity.
The limitation of static checks for C# debugging is the explicit prohibition of runtime execution. Validation depends entirely on dotnet build success and static analysis, meaning logical runtime errors or dynamic behavior cannot be verified.
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