claude-code-computer-delegate

name

claude-code-computer-delegate

description

Route Claude Code computer-use, browser-use, GUI automation, and workstation interaction tasks to Codex subagents only. Use when Claude Code needs another agent to inspect or operate a desktop app, browser, local UI, terminal-driven workflow, or repo task involving computer control. Always use GPT-5.6 Codex models only: gpt-5.6-terra for narrow/simple work and gpt-5.6-sol for complex/high-risk work. Never use gpt-5.6-luna, Luna aliases, Claude models, or non-GPT-5.6 Codex models.

Claude Code Computer Delegate

Overview

Delegate computer-use work from Claude Code to Codex subagents. Route every task to gpt-5.6-terra or gpt-5.6-sol; reject Luna and every other model.

Hard Rules

• Use provider codex only.
• Use only gpt-5.6-terra or gpt-5.6-sol.
• Never use gpt-5.6-luna, luna, aliases, "latest", fallback models, Claude models, or pre-5.6 Codex models.
• If a requested model violates these rules, stop and report the conflict. Do not silently substitute.
• Do not delegate recursively. The Codex subagent must complete the task itself and report back.
• Prefer read-only delegation for inspection, diagnosis, screenshots, or review. Use write mode only for explicit implementation or file edits.

Route Selection

Choose the smallest adequate route:

Complexity	Use	Model	Effort
Narrow	Single screen, one command, simple browser/GUI check, small file inspection, bounded terminal task	gpt-5.6-terra	medium
Narrow but context-heavy	Same scope, but with long logs, many screenshots, or nuanced UI state	gpt-5.6-terra	high
Standard	Multi-step computer workflow, multi-file repo task, ordinary debugging, meaningful trade-offs	gpt-5.6-sol	medium
Deep	Architecture, security, concurrency, risky edits, broad ambiguity, high-impact user/system state	gpt-5.6-sol	high

Default to gpt-5.6-sol when failure could change user data, spend money, publish, delete, overwrite, or affect credentials. Default to gpt-5.6-terra when the task is reversible, local, and easy to verify.

Preferred Invocation

When the local delegate broker is available, use it because it enforces the approved Codex model set and safe execution modes:

python3 /Users/sudacode/.agents/skills/delegate/scripts/delegate.py \
  --provider codex \
  --tier quick \
  --mode read \
  --repo "$PWD" <<'TASK'
<self-contained computer-use task>
TASK

Map tiers as follows:

• quick -> gpt-5.6-terra, medium
• quick-context -> gpt-5.6-terra, high
• standard -> gpt-5.6-sol, medium
• deep -> gpt-5.6-sol, high

Use --mode write only when the user explicitly wants implementation or edits.

Direct Codex Fallback

If the broker is unavailable, call Codex directly with an approved model:

codex exec \
  --ignore-user-config \
  --model gpt-5.6-terra \
  --config 'model_reasoning_effort="medium"' \
  --config 'approval_policy="never"' \
  --sandbox read-only \
  --ephemeral \
  --skip-git-repo-check \
  --cd "$PWD" \
  -

For write tasks, use --sandbox workspace-write; never grant broader access unless the user explicitly approves that exact operation.

Task Brief

Write a complete brief; the Codex subagent starts with no conversation context. Include:

• Goal and definition of done.
• Exact app, browser tab, local URL, file path, command, or screen state involved.
• Constraints: forbidden actions, allowed edits, credentials/payment/publishing restrictions.
• Verification expected: screenshot, command output, tests, or concise report.
• Reporting format: summary, actions taken, evidence, files changed, verification, open questions.

Pass raw evidence such as errors, logs, screenshots paths, or diffs. Do not tell Codex the answer to find.

Safety Checks

• Before launching: state selected model, tier, mode, and why.
• After completion: inspect the report and verify load-bearing claims before acting on them.
• For write mode: review git diff and run targeted tests/checks before reporting success.
• On failure: report selected model, exact command path used, and the error. Retry once only for transient failures, with the same allowed model family.