How does it handle different terminal environments?

The skill intelligently detects TTY status to determine whether to use the interactive Codex TUI or non-interactive 'codex exec' commands for automation.

What is the primary benefit of the Codex Workflow skill?

It allows Claude to safely navigate and modify your codebase using the Codex CLI, ensuring all changes are systematically planned, applied, and verified.

Can I use this skill for bulk file edits?

Yes, while single-file changes are handled via patches, the skill facilitates bulk edits through scripted automation for higher efficiency.

Is it safe for my Git history?

The skill is designed to avoid destructive git commands unless explicitly requested, focusing instead on safe file application and rigorous verification steps.

Codex Workflow Manager

Name: Codex Workflow Manager
Author: Eotel

byEotel

Developer Tools

Automates repository investigations and safe file edits using the Codex CLI and shell commands.

About

The Codex Workflow skill empowers Claude to interact intelligently with local repositories by leveraging the Codex CLI. It streamlines the development process by automating file discovery, proposing structured multi-step plans, and applying safe patches. The skill is specifically designed to handle the nuances of terminal environments, distinguishing between interactive TUI sessions and non-interactive execution modes to ensure reliable automation of code reviews, sandbox tasks, and verification steps.

Key Features

Context-aware handling of TTY vs. non-interactive Codex CLI modes
Automated verification workflows including linting, building, and testing
Safe file editing via atomic patch application and bulk scripts
Automated repository inspection using ripgrep and tree commands
Structured multi-step planning for complex codebase modifications
0 GitHub stars

Use Cases

Executing safe, bulk refactors across a large repository
Automating code reviews and audits using non-interactive codex exec commands
Mapping repository structures and investigating complex code dependencies

About

Key Features

Context-aware handling of TTY vs. non-interactive Codex CLI modes
Automated verification workflows including linting, building, and testing
Safe file editing via atomic patch application and bulk scripts
Automated repository inspection using ripgrep and tree commands
Structured multi-step planning for complex codebase modifications
0 GitHub stars

Use Cases

Executing safe, bulk refactors across a large repository
Automating code reviews and audits using non-interactive codex exec commands
Mapping repository structures and investigating complex code dependencies