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planning
Interactive implementation planning from backlog items. Use when creating plans for features, fixes, or tasks. Guides 6-phase collaborative dialogue from discovery through documentation.
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Interactive implementation planning from backlog items. Use when creating plans for features, fixes, or tasks. Guides 6-phase collaborative dialogue from discovery through documentation.
PM Airtable data model reference. Use when creating tables, querying structure, or understanding relationships between Domain, Subdomain, Capability, Entity, Requirement, and BacklogItem tables.
Architecture Decision Records (ADRs) for documenting technical decisions. Use when creating, updating, or reviewing architecture decisions. Triggers on discussions about technical choices, trade-offs, or "why did we choose X" questions.
Document domain knowledge including entities, attributes, relationships, processes, and ubiquitous language. Use when documenting domain models, entity relationships, business processes, or building a glossary of domain terms.
BDD requirements using Gherkin syntax. Activates when users describe features, requirements, user stories, acceptance criteria, or work with .feature files. Generates Given-When-Then scenarios, validates Gherkin structure, and creates complete feature files.
| name | planning |
| description | Interactive implementation planning from backlog items. Use when creating plans for features, fixes, or tasks. Guides 6-phase collaborative dialogue from discovery through documentation. |
Guide for creating implementation plans through interactive dialogue.
1. Discovery → 2. Requirements → 3. Codebase → 4. Questions → 5. Design → 6. Document
↑ ↑ ↑ ↑ ↑ ↑
[User] [User] [User] [User] [User] [User]
docs/plans/[name].md"Let's plan [item]. Help me understand:
1. What problem does this solve?
2. Who benefits?
3. What does success look like?"
"I see these requirements in scope:
- [REQ-1]
- [REQ-2]
Are these all? Any I'm missing?"
"Before I explore the codebase:
- Any specific areas I should look at?
- Patterns I should follow?"
"Before designing the plan, I need to clarify:
**Edge Cases:**
1. What happens when X?
2. How should Y behave if Z?
**Integration:**
3. Should this integrate with A?
**Scope:**
4. Is B included or out of scope?
Please answer these before I proceed."
"I see two approaches:
**A) Minimal Changes**
- Reuse existing X
- Tradeoff: Less flexible
**B) Clean Architecture**
- New abstraction for Y
- Tradeoff: More work upfront
I recommend A because [reason].
Which do you prefer?"
Before finalizing, verify: