audit
View audit logs, decision traces, and session history for AI transparency. ACTION_TYPES (19 entries) include PDCA events…
Brainstorming-enhanced PDCA planning with intent discovery and YAGNI review. For a single feature's plan use /plan-plus; for grouping multiple features under one scope/budget see /sprint master-plan (v2.1.13). Triggers: plan-plus, brainstorm, plan plus, intent
$ npx -y skills add ww-w-ai/bkit-claude-code --skill plan-plus --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/plan-plusContext preview
The summary Claude sees to decide when to auto-load this skill.
Brainstorming-enhanced PDCA planning with intent discovery and YAGNI review. For a single feature's plan use /plan-plus; for grouping multiple features under one scope/budget see /sprint master-plan (v2.1.13). Triggers: plan-plus, brainstorm, plan plus, intent
name: plan-plus
classification: hybrid
classification-reason: Combines workflow automation with capability-dependent features
deprecation-risk: low
effort: high
description: |
Brainstorming-enhanced PDCA planning with intent discovery and YAGNI review. For a single feature's plan use /plan-plus; for grouping multiple features under one scope/budget see /sprint master-plan (v2.1.13).
Triggers: plan-plus, brainstorm, plan plus, intent
argument-hint: "[feature]"
user-invocable: true
allowed-tools:
- Read
- Write
- Edit
- Glob
- Grep
- Bash
- Task
- TaskCreate
- TaskUpdate
- TaskList
- AskUserQuestion
imports:
- ${PLUGIN_ROOT}/templates/plan-plus.template.md
next-skill: pdca design
pdca-phase: plan
task-template: "[Plan] {feature}"> Combines brainstorming's intent discovery with bkit PDCA's structured planning to produce > higher-quality Plan documents through collaborative dialogue.
Plan Plus enhances the standard `/pdca plan` by adding 4 brainstorming phases before document generation. This ensures that user intent is fully understood, alternatives are explored, and unnecessary features are removed before any implementation begins.
**When to use Plan Plus instead of `/pdca plan`:**
<HARD-GATE> Do NOT write any code, scaffold any project, or invoke any implementation skill until this entire process is complete and the user has approved the Plan document. This applies to EVERY feature regardless of perceived simplicity. A "simple" feature still goes through this process — the design can be short, but you MUST present it and get approval. </HARD-GATE>
Phase 0: Context Exploration (automatic)
↓
Phase 1: Intent Discovery (1 question at a time)
↓
Phase 1.5: Premise Challenge (forcing questions, agreed premises)
↓
Phase 2: Alternatives Exploration (2-3 approaches, incl. "do nothing")
↓
Phase 3: Scope Mode + YAGNI Review (multiSelect verification)
↓
Phase 4: Incremental Design Validation (section-by-section, failure map)
↓
Phase 5: Plan Document Generation (plan-plus.template.md)
↓
Phase 6: Next Steps → /pdca design {feature}Before asking any questions, explore the current project state:
1. Read CLAUDE.md, package.json, pom.xml, etc. for project information 2. Check recent 5 git commits (understand current work direction) 3. Check existing `docs/01-plan/` documents (prevent duplication) 4. Check ongoing PDCA status — `getPdcaStatusView()` in `lib/pdca/status.js`. It reads `.bkit/state/pdca-status.json` and fills in any feature whose phase is only evidenced by its documents. `.bkit-memory.json` is NOT this store: after migration it is `.bkit/state/memory.json`, which holds the 9-phase pipeline status and nothing about PDCA phase.
> Share exploration results briefly: "I've reviewed the current project state: ..."
**Principle: One question at a time, prefer multiple choice**
Use `AskUserQuestion` tool to discover the following in order:
"What is the core problem this feature solves?"
"Who will primarily use this feature?"
"What criteria would indicate this feature is successful?"
Conflicts with existing systems, performance requirements, technical constraints, etc.
> **Important**: Minimize questions. Clear features need only Q1-Q2. > Only proceed to Q3-Q4 for ambiguous features.
Phase 1 records what the user wants. This phase tests whether it is worth building in that shape. Ask one forcing question at a time with `AskUserQuestion`, and push on vague answers once before moving on.
| # | Forcing question | A strong answer names | |---|------------------|----------------------| | F1 | **Demand** — Who would be genuinely upset if this did not exist next month? | A specific person or role, not a segment | | F2 | **Status quo** — What do those users do today to get this done, even badly? | The current workaround and what it costs them | | F3 | **Wedge** — What is the smallest version that someone would use this week? | One flow, not a feature list | | F4 | **Do nothing** — What happens if we build nothing? | A concrete cost, or an admission that there is none |
Routing — ask only what the feature needs:
**Stance rules**
Do not reply with neutral filler ("That could work", "Interesting approach").
then proceed. Do not ask a third time.
Close the phase by printing the agreed premises as a numbered list and asking the user to confirm them:
PREMISES
1. {who needs this, and why now}
2. {what they do today}
3. {the smallest useful version}If the user rejects a premise, revise it before Phase 2 — alternatives built on a rejected premise are wasted work. Record the confirmed premises in the Plan document's "Premise Challenge" section.
**Always propose 2-3 approaches** with trade-offs for each. When Phase 1.5 ran, one o
A Claude Code plugin that verifies AI-generated code against its own design specs. Three commands. Anyone — even someone vibe-coding for the first time — can ship robust, production-quality software.
View audit logs, decision traces, and session history for AI transparency. ACTION_TYPES (19 entries) include PDCA events…
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