How does it handle differences between Claude and Codex features?

The skill uses specific translation rules; for example, it maps Claude's JSON permissions to Codex's Starlark rules and provides alternatives when a feature (like Hooks) isn't supported in one system.

Is my sensitive data like API keys safe?

Yes, the skill includes parsing heuristics that detect sensitive patterns (API_KEY, SECRET, etc.) and warns the user before writing them to configuration files.

What happens if a configuration write fails on one system?

Meta-Unify Core uses a partial failure protocol that retains successful changes while reporting the specific error from the failed system, allowing the user to retry or abort.

Can I invoke Meta-Unify Core directly?

No, this is a core engine skill designed to be called by other meta-unify commands like sync, add-mcp, or add-skill rather than being user-invocable.

Meta-Unify Core

Name: Meta-Unify Core
Author: Dunc4nJ

byDunc4nJ

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Herramientas para Desarrolladores

Parses, translates, and generates configuration files to synchronize environments between Claude Code and Codex.

Meta-Unify Core serves as the central configuration engine for the meta-unify plugin ecosystem, bridging the gap between Claude Code and Codex environments. It automates the complex task of translating configuration syntax—such as MCP server definitions, skill bundles, and permission rules—between JSON, TOML, and Starlark formats. By managing file location mappings across user and project scopes, it ensures a consistent developer experience regardless of which AI coding tool you are using, while providing robust validation to prevent syntax errors in your system settings.

Características Principales

01Pre-write validation for JSON, TOML, and Starlark configuration files

02Automated mapping for MCP servers, skills, hooks, and system instructions

03Heuristic-based transport detection for STDIO and HTTP MCP servers

04Bi-directional translation between Claude JSON and Codex TOML/Starlark formats

05Cross-platform synchronization for project-specific behavioral rules

061 GitHub stars

Casos de Uso

01Synchronizing MCP server configurations and environment variables across multiple AI coding platforms

02Automating the generation of standardized Claude Code plugin scaffolds and skill directories

03Migrating complex permission rules and project instructions between Claude and Codex

Características Principales

01Pre-write validation for JSON, TOML, and Starlark configuration files

02Automated mapping for MCP servers, skills, hooks, and system instructions

03Heuristic-based transport detection for STDIO and HTTP MCP servers

04Bi-directional translation between Claude JSON and Codex TOML/Starlark formats

05Cross-platform synchronization for project-specific behavioral rules

061 GitHub stars

Casos de Uso

01Synchronizing MCP server configurations and environment variables across multiple AI coding platforms

02Automating the generation of standardized Claude Code plugin scaffolds and skill directories

03Migrating complex permission rules and project instructions between Claude and Codex