spec-driver-sync

Wrap Spec Driver mode in Codex to preserve artifacts and gates.

15|5|Updated Feb 10, 2026
One-click install
npx skills add https://github.com/connor-git-yaml/cc-plugin-market --skill spec-driver-sync
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: spec-driver-sync
Source: https://github.com/connor-git-yaml/cc-plugin-market/tree/main/.codex/skills/spec-driver-sync
Command: npx skills add https://github.com/connor-git-yaml/cc-plugin-market --skill spec-driver-sync

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Codex-native wrapper to run Spec Driver mode while preserving the same artifacts and gates across sessions.

Core Features & Use Cases

  • Codex-side orchestration: wraps Spec Driver mode to keep familiar artifacts intact.
  • Workflow parity: ensures outputs, prompts, and gates align with the original plugin workflow.
  • Safe execution: validates stage order and context injection to prevent drift.

Quick Start

Initiate the spec-driver-sync flow to run the Spec Driver mode inside Codex and maintain the same artifacts and gates as the plugin workflow.

Frequently Asked Questions about spec-driver-sync

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

FAQPage Schema
How do I run Spec Driver workflows inside Codex while keeping artifacts intact?

To run Spec Driver workflows inside Codex while keeping artifacts intact, use a wrapper that bridges Codex execution with Spec Driver mode. This maintains workflow parity by ensuring outputs, prompts, and gates align with the original plugin.

What is the best way to maintain Spec Driver workflow parity across different sessions?

Maintaining Spec Driver workflow parity across sessions requires validating stage order and context injection to prevent drift. This approach ensures outputs write to the same file paths, keeping plugin gates and artifacts synchronized.

Can I use Codex to orchestrate Spec Driver mode without losing plugin outputs?

Yes, you can use Codex to orchestrate Spec Driver mode without losing plugin outputs by applying a safe execution wrapper. It validates stage order and performs context injection to ensure outputs match the original plugin file paths.

How does context injection and stage validation work when bridging Codex and Spec Driver?

Context injection and stage validation work by wrapping Spec Driver mode to enforce safe model selection and prevent stage drift during runtime. This ensures Codex execution maintains exact parity with the original plugin artifacts and gates.

Why does Spec Driver workflow drift occur when running inside Codex?

Spec Driver workflow drift occurs when stage order and context injection are not properly validated during Codex execution. Wrapping the mode enforces safe model selection and writes outputs to correct file paths to prevent this drift.