Ridvay Code for VS Code

Ridvay Code for VS Code

AI coding assistant that supercharges your VS Code workflow

78 followers

Ridvay Code is your intelligent AI coding partner inside VS Code. Generate code, refactor with ease, auto-generate tests, debug smartly, and understand complex code—all in one powerful, context-aware extension.
Ridvay Code for VS Code gallery image
Ridvay Code for VS Code gallery image
Ridvay Code for VS Code gallery image
Ridvay Code for VS Code gallery image
Ridvay Code for VS Code gallery image
Free Options
Launch Team / Built With
Anima - Vibe Coding for Product Teams
Build websites and apps with AI that understands design.
Promoted

What do you think? …

Toms Gruziņš
👋 Hi Product Hunt! I'm thrilled to introduce Ridvay Code, an AI-powered coding assistant built directly into VS Code. It was born out of my own need for faster, more reliable development—especially when dealing with legacy code, debugging, or writing tests under pressure. With Ridvay Code, you get: ✅ AI-generated code completions ✅ Advanced refactoring tools ✅ Context-aware debugging help ✅ Test generation in a click ✅ Inline documentation and explanations I'd love to hear your thoughts—how would you use Ridvay Code? What features would make your workflow smoother? Thanks for checking us out, and happy coding! 🧠💻 — Toms
Aleksandr Heinlaid

nice idea
upvoted!
interested how it handles errors across apps

Aleksandr Heinlaid

and what model it uses?

Toms Gruziņš

@aleksandr_heinlaid 
Ridvay Code lets you pick between models like GPT-4.1, Claude 3.7, Gemini 2.5, LLaMa 4, Qwen 3, and others.

You can switch models anytime. If one struggles with something, just swap to another — sometimes that’s all it takes to get past an issue.

Also, you don’t need to use a premium model all the time. You can do most of the work with a cheaper one, then switch when you really need extra power.

Toms Gruziņš

@aleksandr_heinlaid 

Thanks so much! Great question.

For file edits: Ridvay Code looks out for common issues like missing imports, syntax errors, or type problems using linter and compiler feedback — and can apply fixes automatically as they come up.


For terminal commands: After each command finishes (excluding long-running ones like dev servers), it reviews the output for errors — like compile-time failures — and does its best to resolve them smoothly.