一键导入
discover-domain
Interactive interview to understand the domain, the target user, and the problem space. First skill to run — fills initial domain-input files.
用 Codex 或 Claude 帮你安装 复制这段 Prompt,粘贴到 Codex、Claude 或其他助手里,让它检查 Skill 页面并帮你完成安装。
菜单
Interactive interview to understand the domain, the target user, and the problem space. First skill to run — fills initial domain-input files.
用 Codex 或 Claude 帮你安装 复制这段 Prompt,粘贴到 Codex、Claude 或其他助手里,让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
Audit a generated OS repository for completeness, consistency, and architectural integrity against the 15 design principles and 23-item checklist.
Transplant a skill, command, or capability from one agentic-system repo into another via a 5-phase gated protocol (inventory → import → localize → wire → verify). Use when grafting a feature from an upstream repo that has its own dependencies, platform assumptions, or upstream-specific file references that need adapting before the feature will work in the destination repo. Not for copying a self-contained file — use only when the feature has a dependency footprint and the destination repo has its own conventions the import must respect.
Design multi-dimensional evaluation rubrics with calibrated scales, thresholds, and function-adaptive weights.
Identify who evaluates the user's output, what each audience prioritizes, and where their priorities conflict.
Define the user context model — identity axes, context files, persona variants, and privacy rules for the target OS.
Design compounding feedback loops — what data accumulates, what reads it, and how the system gets smarter with use.
| name | discover-domain |
| description | Interactive interview to understand the domain, the target user, and the problem space. First skill to run — fills initial domain-input files. |
This is an interactive conversation, not a batch operation. Ask questions one section at a time. Wait for answers before proceeding. Do NOT dump all questions at once.
Ask these questions conversationally. Probe for specifics.
After the designer answers, summarize back to them in 2-3 sentences. Confirm you have it right before moving on.
After the designer answers, say back: "So the system needs to handle [daily tasks], automate [automatable parts], and support judgment on [judgment parts]. The cadence is [cadence]."
After the designer answers, say back: "So the backtesting library should focus on [artifact types], with [N] cases minimum, ordered by [date/importance/outcome]. The user [can/cannot] easily separate input from output. [If cannot: We'll support manual separation in v2.0 and add automatic separation in v3.0.]"
If the designer says users don't have historical examples, note that backtesting is not applicable for this OS.
After the interview, write structured summaries to domain-input/ files:
domain-input/domain-workflow.md with Sections 2-3 answers (partial — /map-workflow will complete it)domain-input/audiences.md with Section 6 answers (partial — /define-audiences will complete it)domain-input/domain-knowledge.md with Section 4 answers (partial)domain-input/identity-model.md with Section 1 answers (partial — /design-identity will complete it)domain-input/data-contract.md with initial ownership hints if relevant (partial — /design-data-contract will complete it)domain-input/artifact-pipeline.md if deliverables mentioned (partial — /design-artifact-pipeline will complete it)domain-input/data-sources.md if external data mentioned (partial — /design-data-sources will complete it)domain-input/backtesting-library.md with Section 5 answers if historical work exists (partial — /design-backtesting will complete it)At the end, tell the designer:
Domain discovery complete. Here's what I captured:
- Domain: [X]
- Target user: [X]
- Core problem: [X]
- Pipeline: [stages]
- Key audiences: [list]
Backtesting: [applicable — N artifact types identified / not applicable]
Next steps:
1. Run /map-workflow to detail the daily workflow and pipeline metrics
2. Run /define-audiences to deep-dive on each evaluator
3. Run /design-backtesting if historical work examples are available
4. Or run /build-scoring if you already know your evaluation frameworks
Good discovery:
Bad discovery: