Hoyeon execution workflow for Codex. Use when the user invokes "$hoyeon-execute" or wants to execute a Hoyeon plan.json through the Bash-first Codex adapter. This adapter loads the canonical execute skill and follows its Codex runtime surface.
Scanned 9/9/2026
npx -y skills add team-attention/hoyeon --skill hoyeon-execute --agent claude-codeInstalls into .claude/skills of the current project.
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---
name: hoyeon-execute
description: |
Hoyeon execution workflow for Codex. Use when the user invokes
"$hoyeon-execute" or wants to execute a Hoyeon plan.json through the
Bash-first Codex adapter. This adapter loads the canonical execute skill and
follows its Codex runtime surface.
---
# hoyeon-execute
This is the Codex-facing wrapper for Hoyeon's canonical `execute` skill.
Canonical skill:
- Installed root: `__HOYEON_PLUGIN_ROOT__/skills/execute/SKILL.md`
- Repo-local fallback: `skills/execute/SKILL.md` from the current Hoyeon repo
When this skill is invoked:
1. Read the canonical skill file above before executing the workflow.
2. Follow the `Runtime Surface` -> `Codex` section in that file.
3. Mutate task state only through `hoyeon-cli plan task`.
4. Do not edit `plan.json` directly.
5. Do not rely on hooks, MCP, or Claude `TeamCreate` for Codex v1.
6. Use Hoyeon native-agent adapter names when dispatching subagents:
- `worker` -> `hoyeon-worker`
- `verifier` -> `hoyeon-verifier`
- `code-reviewer` -> `hoyeon-code-reviewer`
7. In Codex, dispatch those adapters with the native `spawn_agent` tool:
- `spawn_agent(agent_type="hoyeon-worker", message="<worker charter>")`
- `spawn_agent(agent_type="hoyeon-verifier", message="<verification charter>")`
- `spawn_agent(agent_type="hoyeon-code-reviewer", message="<review charter>")`
8. Treat canonical `Agent(...)`, `TaskCreate`, `TaskUpdate`, `TaskOutput`, and
`TeamCreate` examples as Claude Code protocol notes, not literal Codex calls.
9. Parallel worker dispatch is allowed for disjoint `parallel_safe` tasks when
the relevant adapter is prompt-visible. `scripts/codex-execute-smoke.sh`
validates plan state transitions only, not parallel subagent behavior.
The output contract remains the canonical Hoyeon contract:
all executable tasks completed or blocked with evidence, followed by plan
validation.
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