cove

Convert informal developer prompts into verified implementations via a four-stage audit protocol.

Updated Apr 7, 2026
One-click install
npx skills add https://github.com/Alfie728/my-skills --skill cove
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: cove
Source: https://github.com/Alfie728/my-skills/tree/main/cove
Command: npx skills add https://github.com/Alfie728/my-skills --skill cove

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill eliminates hallucinations and subtle bugs by converting informal or "lazy" developer prompts into a disciplined, independently verified implementation using a four-stage verification workflow.

Core Features & Use Cases

  • Four-stage CoVe protocol: Produce an unverified draft, enumerate verification targets, perform independent adversarial and semantic verifications, and output a final verified solution.
  • Stack-specific verification checklists: Ready-made guides for React/Next.js, TanStack Query, tRPC, Prisma, TypeScript, async/concurrency, and common backend patterns.
  • Adversarial & line-by-line audits: Includes adversarial test scenarios, constraint-driven checks, differential reasoning, and explicit change lists to reduce regression risk.
  • Use Case: Turn a brief request like "add pagination to the users table" into a complete implementation plus a verification plan, independent audits, and a corrected final solution ready for user review.

Quick Start

Run the cove skill with a concise task like "add pagination to the users table" to receive a full four-stage verification flow.

Frequently Asked Questions about cove

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I verify code generated from informal developer prompts?▼

To verify code generated from informal developer prompts, apply a four-stage protocol: generate a draft, enumerate verification targets, execute independent adversarial and line-by-line audits, and output a final corrected solution. This eliminates subtle bugs and hallucinations before user review.

What is the four-stage verification protocol for reliable code generation?▼

The four-stage verification protocol is a structured workflow that drafts an implementation, creates a verification plan, performs independent adversarial and semantic checks, and outputs a final verified solution. It ensures correctness across stacks like React, Next.js, tRPC, and Prisma.

Does this code verification workflow support React and Prisma?▼

Yes, this code verification workflow supports React, Next.js, tRPC, and Prisma. It applies stack-specific verification checklists containing adversarial test scenarios and constraint-driven checks to ensure correctness across these specific frameworks and backend patterns.

How do I debug code with independent adversarial tests?▼

To debug code with independent adversarial tests, enumerate specific verification targets and execute constraint-driven checks against your implementation. Perform differential reasoning and line-by-line audits to identify regressions, producing a final corrected solution for review.

What is the best way to prevent hallucinations in generated code?▼

The best way to prevent hallucinations in generated code is converting brief requests into a disciplined workflow that includes an unverified draft followed by explicit verification targets, independent semantic audits, and a final corrected solution presented for human review before commits.