prd
/prd
Prowadzi pisanie PRD jako kontraktu dla specyfikacji przekazywanych zespołom wdrożeniowym: zakres, granice i kryteria akceptacji, także z inwentarza funkcji do PRD per funkcja.
- Autor
- vinnie357 ↗
- Repozytorium
- claude-skills ↗
- Licencja
- MIT
- Ostatnia zmiana repozytorium
- 07.10.2026
Ocena i bezpieczeństwo
- Pliki w paczce
- 2
- Skrypty
- 0
- Komentarze HTML
- 0
- Adresy URL w SKILL.md
- 0
Brak sygnałów. Repozytorium zmienione 07.10.2026, bez odwołań do wycofanych modeli i API.
MIT, otwarta: można używać i zmieniać, z zachowaniem informacji o autorze.
Co robi i kiedy
Prowadzi pisanie PRD jako kontraktu dla specyfikacji przekazywanych zespołom wdrożeniowym: zakres, granice i kryteria akceptacji, także z inwentarza funkcji do PRD per funkcja.
Oryginalny opis (EN)
Structured PRD authoring where the PRD is the contract for specs delivered to implementing teams, human or agent. Use when writing a product requirements document, turning a spec-harvest feature inventory into per-feature PRDs, running /pm:prd, or defining scope boundaries and acceptance criteria for an engineering handoff.
Jak działa
- PRD as Contract
- Two Modes
- Template Walkthrough
- Implementation-Agnostic Rules
- Anti-Fabrication
- References
Podgląd SKILL.md
---
name: prd
description: "Structured PRD authoring where the PRD is the contract for specs delivered to implementing teams, human or agent. Use when writing a product requirements document, turning a spec-harvest feature inventory into per-feature PRDs, running /pm:prd, or defining scope boundaries and acceptance criteria for an engineering handoff."
license: MIT
---
# PRD Authoring
Author a Product Requirements Document that serves as the handoff contract between product intent and an implementing team — human or AI agent. The PRD states WHAT the feature does and WHY it exists; it never prescribes HOW to build it.
## PRD as Contract
A PRD is complete when the implementing team needs no follow-up questions to start work. Treat every unanswerable question as a defect in the document, not a gap the implementer fills in.
**Non-goals are as firm as goals.** State exclusions positively and explicitly — "does not support X" — never by silent omission. An agent implementer cannot infer a boundary from absence: omitting "do not implement X" from the PRD is how an agent ends up building X. A human team asks follow-up questions; an agent team does not, so write for the stricter reader.
**The PRD stays at the WHAT/WHY altitude.** A PRD is not a software requirements specification. Writing a PRD ensures user-centric context; a separate, downstream implementation spec — authored by a PM or engineer AFTER this PRD, never inside it — is where SRS-level HOW-level agent operating instructions (file layout, framework choice, API contracts) belong.
**Completeness test:** before calling a PRD done, walk every section and confirm a different engineering team with a different tech stack could implement it without contacting the author.
## Two Modes
`/pm:prd` runs `pm-prd-author` in one of two modes:
1. **Interactive** (default) — the `/pm:prd` command session runs the questionnaire (problem, users, goals, non-goals, stories, constraints, phasing) via `AskUserQuestion`, since the spawned `pm-prd-author` agent has no channel to the operator. The agent then composes the PRD from the collected answers, each tagged `[operator-stated]`.
2. **Harvest-grounded** (`--inventory=<path>`) — the feature inventory from `/pm:spec-harvest` is the grounding document. One PRD is authored per major feature area named in the inventory; requirements are lifted from inventory entries and carry their original confidence tags. Sections the inventory cannot answer become Open Questions rows rather than invented content.
## Template Walkthrough
`templates/prd.md` is the skeleton every PRD composes against. Section intent:
| Section | What belongs there |
|---|---|
| Header | Title, ISO date, status, change history — who changed what and when |
| Problem / Opportunity | The problem and why it matters now, not the solution |
| Target Users & Personas | Who is affected, with the primary persona called out |
| Goals & Success Metrics | Outcomes and how they are measured, not features |
| Non-Goals / Out of Scope | Explicit exclusions with a reasoning column — prevents scope creep and agent over-implementation |
| User Stories + Acceptance Criteria | As a X, I want Y, so that Z — with Given/When/Then acceptance criteria per story |
| Data Shapes | Fields and relationships in prose or tables — never DDL, never a schema definition |
| UX & Interaction Requirements | Experiences and interactions — never named frameworks or components |
| Constraints & Dependencies | Business, legal, or sequencing constraints — not technical implementation constraints |
| Release Phasing | What ships first vs. later, and why the split |
| Open Questions | Question, owner, blocking? — for everything the author could not answer |
| Grounding Documents | Links back to the feature inventory or bees issues that grounded this PRD |
## Implementation-Agnostic Rules
Every requirement obeys four not-rules:
- Behaviors, not implementations.
- Data shapes, not schemas.
- Interactions, not APIs.
- User experiences, not frameworks.
**Portability test:** a requirement passes only if a different engineering team with a different tech stack could implement it from the sentence alone.
```
Bad: "Store the draft in a Postgres jsonb column and debounce autosave via a
React useEffect hook calling PATCH /api/drafts/:id every 2 seconds."
Good: "The user's in-progress draft persists automatically without an explicit
save action. Persistence happens frequently enough that a browser crash
loses no more than a few seconds of work."
```
## Anti-Fabrication
Every requirement traces to a questionnaire answer or a feature-inventory entry — never invented. Tag every requirement with its origin:
- `[operator-stated]` — given directly by the user in the interactive questionnaire.
- `[seen-in-code: <path>]` — lifted from a feature-inventory entry that cites a source file.
- `[inferred — needs verification]` — a reasonable inference not directly stated; must also appear as an Open Questions row.
A section the source material cannot answer becomes an Open Questions row, never fabricated prose.
## References
- `templates/prd.md` — the copyable PRD skeleton with all sections above.
- `/pm:spec-harvest` — produces the feature inventory that grounds harvest mode.
Pliki w paczce (2)
- SKILL.md 5 KB
- templates/prd.md 3 KB
Wersje
| Repozytorium | Wynik | Licencja |
|---|---|---|
| Ta strona · vinnie357/claude-skills | 100 | MIT |
| stefanoskarakasis/product-marketing-skills | 100 | MIT |
| duronext/jig | 100 | MIT |
| OpenHands/extensions | 100 | MIT |
| alienfast/claude | 100 | MIT |
| rafagomes/ai-workflow | 100 | MIT |
| fakoli/anvil | 100 | MIT |
| omexit/claude-skills-pack | 100 | MIT |
| voxtechnologies/transmute-framework | 100 | MIT |
Migawka bazy z 28.10.2026 · wersja paczki 3fc502cc21d2 (skrót SHA-256 całej paczki)
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Zgłoś problem z tym skillem: szkodliwa treść, błędny opis albo prośba autora o usunięcie.
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