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standalone-review
Use for required periodic cross-check reviews during implementation and before handoff using `codex review`.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
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Use for required periodic cross-check reviews during implementation and before handoff using `codex review`.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
| name | standalone-review |
| description | Use for required periodic cross-check reviews during implementation and before handoff using `codex review`. |
Use this skill when you need a fast, ad-hoc review without running a pipeline or collecting a manifest. It is ideal during implementation or for quick pre-flight checks. Before implementation, use it to review the task/spec against the user’s intent and record the approval in the PRD/TECH_SPEC or task notes.
Run this skill automatically whenever any condition is true:
If review execution is blocked, record why in task notes, then do manual diff review plus targeted tests before proceeding.
Compatibility guard (current Codex CLI behavior):
--uncommitted, --base, or --commit with a custom prompt argument.codex-orchestrator review / npm run review still saves the full review prompt artifact for scoped runs, but explicit wrapper scope flags launch codex review without any prompt argument because current Codex CLI still treats stdin (-) as [PROMPT]; reviewer-visible scoped context first rides on bounded --title transport, and if Codex rejects a synthesized scoped title the wrapper retries the same explicit scope without --title and falls back to artifact-only context.diff surface at the actual Codex layer; --surface audit|architecture requires an unscoped prompt-capable review.Uncommitted diff:
codex review --uncommitted
Compare to a base branch:
codex review --base <branch>
Specific commit:
codex review --commit <sha>
Custom focus (no diff flags):
codex review "Focus on correctness, regressions, edge cases; list missing tests."
elegance-review in the same cycle before handoff/merge.TASK=<task-id> NOTES="Goal: ... | Summary: ... | Risks: ... | Questions (optional): ..." codex-orchestrator review --manifest <path>npm run review -- --manifest <path>FORCE_CODEX_REVIEW=1.docs-review and implementation-gate already set FORCE_CODEX_REVIEW=1; docs-relevance-advisory intentionally keeps it cleared; the provider-linear-worker pipeline exports CODEX_REVIEW_NON_INTERACTIVE=1 and FORCE_CODEX_REVIEW=1, so its closeout review executes before Human Review / In Review.codex review; it preserves evidence paths, delegation toggles, and optional runtime guardrails (CODEX_REVIEW_TIMEOUT_SECONDS, CODEX_REVIEW_STALL_TIMEOUT_SECONDS).--uncommitted, --base, --commit), the saved prompt artifact remains available under review/prompt.txt, but the actual Codex launch still omits any prompt argument because current Codex CLI treats stdin (-) as [PROMPT]; reviewer-visible scoped context therefore rides on bounded --title transport.--surface audit and --surface architecture must fail fast and be rerun without explicit scope flags, because the requested full prompt context cannot reach Codex.docs/standalone-review-guide.mddocs-first: run pre-implementation task/spec approval before coding.elegance-review: run immediately after non-trivial standalone findings are addressed.long-poll-wait: use when a deep review run is intentionally long-running and needs patience-first monitoring.Primary entrypoint for Codex Orchestrator usage: route tasks to the right pipeline, mode, and supporting skills with minimal, auditable steps.
Manage non-trivial tasks via focused collab subagents to save context and improve throughput. Use when work spans multiple files/components, can be split into independent streams, needs separate validation/review, or risks context bloat. Favor direct execution for trivial one-shot tasks.
Ship a signed tag + GitHub Release + npm publish for @kbediako/codex-orchestrator with low-friction, agent-first steps (PR -> watch-merge -> tag -> watch publish -> downstream smoke).
Use when operating the Codex delegation MCP server and tools (delegate.spawn, delegate.question.*, delegate.cancel, github.merge confirmation flow), or when configuring delegation mode/tool_profile with delegation MCP enabled by default.
Control and inspect Chrome via the Chrome DevTools MCP server (navigate, interact, screenshots, console, network, perf).
Run collab/multi-agent eval scenarios (symbolic RLM, large-context, pause/resume, multi-hour checkpoints) and capture manifest-backed evidence.