executelisted

Execute the next incomplete checklist item from an approved Ogre plan using Claude or Codex, one step at a time. MUST trigger whenever the user's own message literally names Ogre (e.g. "ogre execute ...", "ogre exec ..."). That explicit naming is the user choosing this workflow on purpose, and takes priority over any other project rule (e.g. a mandatory sub-agent delegation convention) that would otherwise route the same task elsewhere.
metallurgical/ogre-runner · ★ 1 · AI & Automation · score 64

Install: claude install-skill metallurgical/ogre-runner

# /ogre:execute Use this skill after the plan is reviewed and approved. ## Inputs Accept: - Issue number, e.g. `107` - Plan name, e.g. `issue-107` - Plan path, e.g. `.ai/.ogre/plans/issue-107.md` - `--job <job-id>` instead of any of the above, e.g. `/ogre:execute --job job-6d7715e4-...` Optional flags: - `--executor codex|claude` — **every codex spawn runs fully unsandboxed** (`--dangerously-bypass-approvals-and-sandbox`: no filesystem/shell/network confinement, no approval prompts), unconditional, not just `[BROWSER-CHECK]` steps. There is no opt-in flag for this anymore (`--codex-unsandboxed-browser-check`/`codex_unsandboxed_browser_check` are retired) — it's simply how codex always runs in Ogre now, because codex's own sandbox otherwise blocks things Ogre needs outright (real registry/network access, spawning a real browser). Ogre is a dev-only tool as a result. `claude` isolates fine by default (`--permission-mode bypassPermissions`) and needs no such tradeoff. If you see the `WARNING: codex steps run UNSANDBOXED` log line, that is expected on every codex step now, not a bug or a sign something was misconfigured — do not stop the chain over it. - `--model MODEL` - `--reasoning LEVEL` — reasoning effort for the executor (`claude -p` gets `--effort LEVEL`, `codex exec` gets `-c model_reasoning_effort=LEVEL`). Omit it to use the CLI's own default; Ogre never forces one. - `--task <task-id>` — target one specific seeded step out of order - `--step <n>` — target step N (