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name: collaborating-with-claude-code description: "Delegate code implementation/review/debugging/alternatives to Claude Code via a JSON bridge script. Multi-turn via SESSION_ID." metadata: short-description: Use Claude Code as a collaborator

Collaborating with Claude Code

Use this skill for second opinions, code review, test design, or code implementations/alternatives. The bridge runs claude (Claude Code) non-interactively ("print" mode) and returns JSON.

The script is located at ~/.codex/skills/collaborating-with-claude-code/scripts/claude_code_bridge.py.

Timing

Claude Code often needs 1–2+ minutes per task.

• Prefer running the bridge directly (no &); increase --timeout-s as needed (default: 1800s).
• Do NOT redirect stdout to a file (e.g. > /tmp/out.json).
• By default, the bridge streams Claude's assistant text to stderr, and prints only the final JSON envelope to stdout.

Context

• Do NOT read the script unless you are modifying it;
• Before running the script, ALWAYS use python <script_loc> --help to get the usage instructions.

Usage

• please always require claude code to fully understand the codebase before responding or making any changes.
• Put collaborating-with-claude-code terminal commands in the background terminal.
• Always review claude code's responses (or changes it makes) and make sure they are correct, constructive and complete.
• When claude code asks clarifying questions in a multi-turn session, always respond to its questions in that session based on current situation.

Default

• full access (--full-access): use only in trusted repos/directories.
• extended thinking ON (can disable via --no-extended-thinking).
• step mode AUTO (can disable via --step-mode off).

Output format

The bridge prints JSON to stdout:

{"success": true, "SESSION_ID": "abc123", "agent_messages": "…Claude output…"}

Recommended delegation patterns

• Guided coding: "Implement the code for [feature] following these specific steps/constraints."
• Second opinion: "Propose an alternative approach and tradeoffs."
• Code review: "Find bugs, race conditions, security issues; propose fixes."
• Test design: "Write a test plan + edge cases; include example test code."
• Diff review: "Review this patch; point out regressions and missing cases."