chore(bmvcs): remove development docs from tracking

Remove internal development documentation from git:
- TODO.md
- BMM_AGENTS_VCS_CONFIG_PATH_FIX.md
- DEVELOPMENT_APPROACH.md
- KB_MODE_RESEARCH_FINDINGS.md

These files remain locally and will be stashed for
future KB Mode work. Not needed in production release.
This commit is contained in:
Serhii 2025-10-01 23:02:03 +03:00
parent 846bf4dcb9
commit e50d94c2cc
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GPG Key ID: 84A22AF415BE7704
4 changed files with 0 additions and 1483 deletions

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# BMAD-METHOD Path Fix Plan
**Created:** 2025-10-01 17:45:00 EEST
**Repository:** ~/github/BMAD-METHOD
**Branch:** feat/bmvcs-dev
**Issue:** Path inconsistency in BMM agents VCS integration
---
## Executive Summary
**Problem:** BMM agents look for VCS config at wrong path
- **Expected (BMVCS):** `.bmad/vcs-config.yaml`
- **Actual (Agents):** `bmad-core/vcs-config.yaml`
- **Impact:** VCS integration doesn't work without manual workaround
**Solution:** Update 3 agent source files to use correct path
**Estimated Time:** 15 minutes
---
## Current State Analysis
### Repository Info
- **Location:** `~/github/BMAD-METHOD`
- **Current Branch:** `feat/bmvcs-dev`
- **Last Commit:** `84920e1` - chore(bmvcs): remove testing notes
- **Origin:** `https://github.com/oblik-io/BMAD-METHOD.git` (your fork)
- **Upstream:** `https://github.com/bmad-code-org/BMAD-METHOD.git` (main repo)
- **Status:** Has uncommitted change in `package-lock.json`
### PR Status
- **Existing PR:** To `github.com/joyshmitz/BMAD-METHOD` (mentioned by user)
- **Note:** No PR visible to oblik-io/BMAD-METHOD via `gh pr list`
- **Implication:** May need to create PR to oblik-io after fix
### Affected Files (Source)
Located in: `~/github/BMAD-METHOD/src/modules/bmm/agents/`
1. **architect.md** - Line 68
```xml
<i>Check if VCS configuration exists in bmad-core/vcs-config.yaml
```
2. **pm.md** - Line 68
```xml
<i>Check if VCS configuration exists in bmad-core/vcs-config.yaml
```
3. **dev.md** - Line 73
```xml
<i>Check if VCS configuration exists in bmad-core/vcs-config.yaml
```
---
## Execution Plan
### Phase 1: Pre-Fix Verification (5 min)
#### Step 1.1: Clean Working Directory
```bash
cd ~/github/BMAD-METHOD
git status
```
**Decision Point:**
- If only `package-lock.json` modified → commit or stash
- If other changes → review and decide
**Action:**
```bash
# Option A: Commit package-lock.json
git add package-lock.json
git commit -m "chore: update package-lock.json"
# Option B: Stash
git stash push -m "WIP: package-lock.json before path fix"
```
#### Step 1.2: Verify Current Branch
```bash
git branch --show-current
# Expected: feat/bmvcs-dev
```
#### Step 1.3: Backup Current State
```bash
git log -1 --oneline > /tmp/bmad-before-fix.txt
git diff HEAD -- src/modules/bmm/agents/ > /tmp/bmad-agents-before.diff
```
---
### Phase 2: Apply Fix (5 min)
#### Step 2.1: Update architect.md
```bash
cd ~/github/BMAD-METHOD
```
**File:** `src/modules/bmm/agents/architect.md`
**Line:** 68
**Change:**
```diff
- <i>Check if VCS configuration exists in bmad-core/vcs-config.yaml
+ <i>Check if VCS configuration exists in .bmad/vcs-config.yaml
```
**Full context (lines 68-72):**
```xml
<i>Check if VCS configuration exists in .bmad/vcs-config.yaml
→ GitHub Flow: lightweight docs focusing on individual PRs
→ GitFlow: version-oriented documentation with release cycles
→ Trunk-Based: flag-gated incremental documentation
→ No VCS: comprehensive monolithic documentation
```
#### Step 2.2: Update pm.md
**File:** `src/modules/bmm/agents/pm.md`
**Line:** 68
**Change:**
```diff
- <i>Check if VCS configuration exists in bmad-core/vcs-config.yaml
+ <i>Check if VCS configuration exists in .bmad/vcs-config.yaml
```
**Full context (lines 68-72):**
```xml
<i>Check if VCS configuration exists in .bmad/vcs-config.yaml
→ GitHub Flow: feature-scoped PRDs with 1-3 day stories
→ GitFlow: release-scoped PRDs with 3-5 day stories and versioning
→ Trunk-Based: flag-gated increments with <1 day stories
→ No VCS: comprehensive upfront requirements
```
#### Step 2.3: Update dev.md
**File:** `src/modules/bmm/agents/dev.md`
**Line:** 73
**Change:**
```diff
- <i>Check if VCS configuration exists in bmad-core/vcs-config.yaml
+ <i>Check if VCS configuration exists in .bmad/vcs-config.yaml
```
**Full context (lines 73-77):**
```xml
<i>Check if VCS configuration exists in .bmad/vcs-config.yaml
→ GitHub Flow: atomic commits with conventional commit style
→ GitFlow: descriptive commits with branch prefixes
→ Trunk-Based: feature-flag wrapped changes with frequent commits
→ No VCS: complete packaged code delivery
```
---
### Phase 3: Verification (3 min)
#### Step 3.1: Verify Changes
```bash
cd ~/github/BMAD-METHOD
git diff src/modules/bmm/agents/architect.md
git diff src/modules/bmm/agents/pm.md
git diff src/modules/bmm/agents/dev.md
```
**Expected output for each file:**
- One line changed: `bmad-core/vcs-config.yaml``.bmad/vcs-config.yaml`
- Context preserved
- No other changes
#### Step 3.2: Check Line Numbers
```bash
grep -n "\.bmad/vcs-config\.yaml" src/modules/bmm/agents/architect.md
grep -n "\.bmad/vcs-config\.yaml" src/modules/bmm/agents/pm.md
grep -n "\.bmad/vcs-config\.yaml" src/modules/bmm/agents/dev.md
```
**Expected:**
- architect.md:68
- pm.md:68
- dev.md:73
#### Step 3.3: Verify No Other Files Affected
```bash
git status
```
**Expected:** Only 3 files modified:
- `src/modules/bmm/agents/architect.md`
- `src/modules/bmm/agents/pm.md`
- `src/modules/bmm/agents/dev.md`
---
### Phase 4: Commit & Push (2 min)
#### Step 4.1: Stage Changes
```bash
cd ~/github/BMAD-METHOD
git add src/modules/bmm/agents/architect.md
git add src/modules/bmm/agents/pm.md
git add src/modules/bmm/agents/dev.md
```
#### Step 4.2: Commit
```bash
git commit -m "$(cat <<'EOF'
fix(bmm): correct VCS config path in Architect/PM/Dev agents
ISSUE: Path Inconsistency
BMM agents were looking for VCS config at wrong path:
- Old: bmad-core/vcs-config.yaml (incorrect)
- New: .bmad/vcs-config.yaml (correct per BMVCS spec)
IMPACT:
VCS integration failed without manual workaround (copy config to both locations)
FIX:
Updated 3 agent files to use correct path:
- src/modules/bmm/agents/architect.md (line 68)
- src/modules/bmm/agents/pm.md (line 68)
- src/modules/bmm/agents/dev.md (line 73)
TESTING:
Discovered during BMVCS Alpha Phase 2 testing (sections 2.6-2.7)
- Test repo: ~/test-bmvcs-install
- Test results: testing/12-ALPHA-ARCHITECT-INTEGRATION-SECTION-2-6.md
- Workaround documented, now properly fixed in source
AFFECTED AGENTS:
✅ Architect - VCS-aware documentation generation
✅ PM - VCS-aware requirements planning
✅ Dev - VCS-aware implementation guidance
❌ SM - No VCS integration (by design)
❌ TEA - No VCS integration (by design)
This fix enables seamless VCS integration without manual intervention.
Related: feat/bmvcs-dev branch development
Testing: Alpha Phase 2 complete (2025-10-01)
EOF
)"
```
#### Step 4.3: Push to Origin
```bash
git push origin feat/bmvcs-dev
```
**Result:** Updates existing branch on `oblik-io/BMAD-METHOD`
---
### Phase 5: Test in test-bmvcs-install (Optional, 10 min)
**Purpose:** Verify fix works in test environment
#### Step 5.1: Reinstall BMAD-METHOD in Test Repo
```bash
cd ~/test-bmvcs-install
# Option A: Full reinstall
# rm -rf .claude/commands/bmad
# cd ~/github/BMAD-METHOD && npm run install
# Option B: Copy only updated agents
cp ~/github/BMAD-METHOD/src/modules/bmm/agents/architect.md .claude/commands/bmad/bmm/agents/
cp ~/github/BMAD-METHOD/src/modules/bmm/agents/pm.md .claude/commands/bmad/bmm/agents/
cp ~/github/BMAD-METHOD/src/modules/bmm/agents/dev.md .claude/commands/bmad/bmm/agents/
```
#### Step 5.2: Remove Workaround
```bash
cd ~/test-bmvcs-install
rm -rf bmad-core/
```
#### Step 5.3: Test Integration
```bash
# Create simple test document
cat > test-fix.md <<'EOF'
# Test Architecture
Simple test to verify VCS integration.
EOF
# Test with Architect agent (in new Claude Code session)
# Command: /bmad:bmm:agents:architect
# Request: "Adapt this document for our VCS workflow"
```
**Expected Result:**
- Agent reads `.bmad/vcs-config.yaml`
- No error about missing config ✅
- Document adapted per workflow ✅
- No manual workaround needed ✅
---
## Post-Fix Actions
### Immediate (After Phase 4)
1. **Update PR Description** (if PR exists to joyshmitz/BMAD-METHOD)
- Add note about path fix
- Reference Alpha testing results
- Link to fix commit
2. **Consider Creating PR to oblik-io/BMAD-METHOD**
```bash
cd ~/github/BMAD-METHOD
gh pr create --base main --head feat/bmvcs-dev \
--title "feat(bmvcs): VCS Adapter with path fix" \
--body "Includes path inconsistency fix discovered in Alpha testing"
```
### Follow-up (Next Session)
1. **Document Fix in Test Results**
- Update `~/test-bmvcs-install/SESSION_END_PHASE_2_COMPLETE_2025-10-01.md`
- Add "Fixed in source" status
2. **Clean Up Test Workaround**
```bash
cd ~/test-bmvcs-install
rm -rf bmad-core/
git add bmad-core/
git commit -m "chore: remove VCS config workaround after upstream fix"
```
3. **Update TESTING_STATUS.md**
- Mark path issue as "✅ FIXED in source"
- Update status from "⚠️ Workaround" to "✅ Resolved"
---
## Risk Assessment
### Low Risk ✅
- **Change scope:** Only 3 files, 1 line each
- **Change type:** String literal (path)
- **Testing:** Extensively tested in Alpha Phase 2
- **Rollback:** Simple git revert if needed
### Medium Risk ⚠️
- **Integration:** Requires BMVCS to be present
- **Backwards compat:** Old installations will break (acceptable - alpha)
### High Risk ❌
- None identified
---
## Rollback Plan
If fix causes issues:
```bash
cd ~/github/BMAD-METHOD
git revert HEAD
git push origin feat/bmvcs-dev
```
Or targeted rollback:
```bash
git checkout HEAD~1 -- src/modules/bmm/agents/architect.md
git checkout HEAD~1 -- src/modules/bmm/agents/pm.md
git checkout HEAD~1 -- src/modules/bmm/agents/dev.md
git commit -m "revert: rollback VCS config path change"
```
---
## Success Criteria
**Phase 1:** Clean working directory, verified branch
**Phase 2:** All 3 files updated correctly
**Phase 3:** Changes verified, no unintended modifications
**Phase 4:** Committed and pushed to origin
**Phase 5:** (Optional) Tested in test-bmvcs-install
**Definition of Done:**
- [ ] 3 agent files updated with correct path
- [ ] Commit created with detailed message
- [ ] Pushed to origin/feat/bmvcs-dev
- [ ] No breaking changes introduced
- [ ] (Optional) Verified in test environment
---
## Notes from Alpha Testing
**Source:** `~/test-bmvcs-install/testing/12-ALPHA-ARCHITECT-INTEGRATION-SECTION-2-6.md`
**Discovery Context:**
- Section 2.6: Architect Agent Integration testing
- Date: 2025-10-01 15:40:00 EEST
- Workaround: `cp .bmad/vcs-config.yaml bmad-core/vcs-config.yaml`
**Test Results:**
- GitHub Flow adaptation: 65 → 262 lines (+303%)
- GitFlow adaptation: 65 → 410 lines (+531%)
- Integration works with workaround
- Value proposition validated: 99%+ time savings
**Recommendation:**
Fix in source (BMAD-METHOD repo) rather than test repo
---
## Timeline Estimate
| Phase | Task | Time |
| --------------- | -------------------- | ---------- |
| 1 | Pre-fix verification | 5 min |
| 2 | Apply fix (3 files) | 5 min |
| 3 | Verification | 3 min |
| 4 | Commit & push | 2 min |
| **Total** | **Core fix** | **15 min** |
| 5 | Optional testing | +10 min |
| **Grand Total** | **With testing** | **25 min** |
---
## Checklist for Next Session
**Before Starting:**
- [ ] Read this plan document
- [ ] Verify still on `feat/bmvcs-dev` branch
- [ ] Check no conflicting changes
**During Execution:**
- [ ] Follow phases sequentially
- [ ] Verify each step before proceeding
- [ ] Document any deviations
**After Completion:**
- [ ] Verify push successful
- [ ] Update test repo status
- [ ] Mark issue as resolved in session docs
---
**Plan Status:** READY FOR EXECUTION
**Recommended Session:** Fresh session with full context
**Prerequisites:** None (all info in this plan)
**Generated:** 2025-10-01 17:45:00 EEST
**Testing Reference:** ~/test-bmvcs-install/SESSION_END_PHASE_2_COMPLETE_2025-10-01.md

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@ -1,310 +0,0 @@
# BMVCS Development Approach
**Document Type:** Module Development Analysis
**Status:** Retrospective Analysis
**Version:** 1.0.0
**Date:** 2025-09-30
---
## Overview
This document analyzes the development approach used for creating the BMVCS module and compares it with the standard BMB (BMAD Builder) `create-module` workflow introduced in BMAD v6.
---
## Module Creation Strategy
BMVCS was developed using a **direct development approach** rather than the standard BMB `create-module` workflow. This was an intentional choice that proved beneficial for this specific module.
---
## Why Direct Development?
### Advantages for BMVCS
The direct development approach provided several key benefits:
#### 1. Speed
- Rapid prototyping without multi-step wizard overhead
- Immediate implementation of ideas
- No waiting for workflow prompts
- Fast iteration cycles
#### 2. Flexibility
- Freedom to experiment with VCS-agnostic concepts
- Ability to deviate from standard patterns when needed
- Custom structure for unique requirements
- Real-time architectural decisions
#### 3. Customization
- Unique structure tailored to specific needs
- Custom VCS adaptation templates system
- Innovative confidence scoring mechanism
- Specialized discovery task patterns
#### 4. Innovation
- Space to develop new patterns
- Discovery tasks with interactive prompts
- Adapter agent paradigm
- Template-based workflow adaptations
---
## When to Use Each Approach
### Use Direct Development When:
✓ You have clear vision of the module structure
✓ Experimenting with new concepts or patterns
✓ Working in alpha/research mode
✓ Need fast iteration cycles
✓ Creating innovative/non-standard modules
✓ Have deep understanding of BMAD v6 architecture
### Use BMB create-module When:
✓ First time creating a BMAD module
✓ Need guided process with validation
✓ Want guaranteed v6 compatibility
✓ Prefer scaffolding over manual creation
✓ Building standard domain modules
✓ Want automatic roadmap and TODO generation
---
## BMVCS vs BMB Standards Compliance
Despite bypassing the BMB workflow, BMVCS fully adheres to BMAD v6 module standards:
| Component | BMB Standard | BMVCS Implementation | Status |
| -------------------- | ----------------------------------------------- | ----------------------------------- | ------------ |
| **Structure** | `agents/`, `workflows/`, `tasks/`, `templates/` | All present | ✅ Compliant |
| **Installer** | `_module-installer/` with config | Complete with custom logic | ✅ Compliant |
| **Primary Agent** | Minimum 1 agent | `vcs-adapter.md` | ✅ Compliant |
| **Workflows** | 2-10 workflows | `setup-vcs` workflow | ✅ Compliant |
| **Tasks** | Supporting tasks | 3 tasks (discover, adapt, validate) | ✅ Compliant |
| **Documentation** | README + docs | README + 4 detailed docs | ✅ Compliant |
| **Templates** | Shared resources | 5 VCS adaptation templates | ✅ Compliant |
| **Examples** | Usage examples | Comprehensive examples/ folder | ✅ Compliant |
| **Installer Config** | `install-menu-config.yaml` | Complete configuration | ✅ Compliant |
| **Module Metadata** | Version, status, code | All present in README | ✅ Compliant |
### Additional Components Beyond Standards
BMVCS includes components that exceed BMB standards:
- **Confidence Scoring System** - Novel VCS detection algorithm
- **Adaptation Templates** - YAML-based workflow configurations
- **Interactive Discovery** - Multi-step VCS identification process
- **Integration Hooks** - Optional BMM agent integration points
---
## Comparison: What Each Approach Provides
### BMB create-module Provides
**Workflow Features:**
- Interactive module brainstorming session
- Module brief creation workflow
- Step-by-step component planning
- Automatic directory scaffolding
- Generated configuration files
- Module validation checks
- Development roadmap (TODO.md)
- Post-creation summary
**Quality Assurance:**
- Guaranteed v6 structure compliance
- Configuration file templates
- Installer setup automation
- Documentation templates
- Component naming validation
### Direct Development Provides
**Flexibility:**
- Immediate implementation
- Custom architectural patterns
- Experimentation freedom
- Innovation space
- Rapid prototyping
**Trade-offs:**
- Manual structure creation
- Self-validation required
- Documentation written from scratch
- Installer logic custom-built
---
## BMVCS Development Timeline
### Phase 1: Concept & Research
- Analyzed BMAD v6 architecture changes
- Researched VCS-agnostic approaches
- Studied BMB module structure patterns
- Decided on direct development approach
### Phase 2: Core Structure
- Created module directory structure
- Built VCS Adapter agent
- Designed discovery task flow
- Implemented adaptation templates
### Phase 3: Integration & Testing
- Developed installer configuration
- Created workflow components
- Built validation mechanisms
- Tested with multiple VCS types
### Phase 4: Documentation
- Wrote comprehensive README
- Created principle documents
- Built example implementations
- Added confidence scoring docs
---
## Lessons Learned
### What Worked Well
1. **Rapid Prototyping**
- Concepts became implementations quickly
- Easy to pivot when better ideas emerged
- No workflow constraints slowing progress
2. **Custom Innovation**
- Confidence scoring system emerged naturally
- Template-based adaptations designed iteratively
- Discovery flow refined through experimentation
3. **Architecture Flexibility**
- Could break conventions when beneficial
- Novel patterns (adapter agent) explored freely
- Integration hooks added organically
### What Could Be Improved
1. **Validation Checkpoints**
- Manual verification of BMB compliance needed
- No automatic structure validation
- Self-auditing required
2. **Documentation Overhead**
- More upfront documentation writing
- No auto-generated component lists
- Manual README maintenance
3. **Roadmap Management**
- No automatic TODO.md generation
- Manual tracking of remaining work
- Self-managed development phases
---
## Recommendations for Future Modules
### For Standard Modules
**Use BMB create-module workflow:**
- Domain-specific modules (Legal, Medical, Finance, etc.)
- Content creation modules
- Productivity tools
- Game development modules
- Standard agent + workflow combinations
### For Innovative Modules
**Consider direct development:**
- Novel architectural patterns
- Research/experimental modules
- Cross-cutting concerns (like BMVCS)
- Infrastructure modules
- Tool/builder modules
### Hybrid Approach
**Combine both methods:**
1. Use BMB for initial scaffolding
2. Customize structure for special needs
3. Add innovative components manually
4. Leverage BMB validation at end
---
## Key Takeaways
### Both Approaches Are Valid
- **BMB create-module** = Scaffolding tool for structured creation
- **Direct development** = Production-ready structure built manually
### BMVCS Proves a Point
Understanding BMAD v6 architecture allows successful module creation without mandatory tooling. The direct development approach can be faster and more flexible for experienced developers working on innovative modules.
### This May Become a Pattern
The "rapid prototyping pattern" demonstrated by BMVCS development could be documented as an official alternative approach for experienced BMAD module developers.
---
## Future Possibilities
### Retrospective BMB Validation
- Run BMB validation tools on existing modules
- Compare hand-built vs generated structures
- Identify gaps or improvements
- Update module to incorporate BMB best practices
### Tooling Enhancement
- Create "validate-module" tool for manual modules
- Build "enhance-module" to add BMB features to existing modules
- Develop "module-audit" for compliance checking
### Documentation Pattern
- Use BMVCS as case study in BMB documentation
- Show both approaches in module creation guides
- Provide decision matrix for approach selection
---
## Conclusion
BMVCS demonstrates that direct development is a viable alternative to the BMB create-module workflow for certain types of modules. While BMB provides structure and guidance, direct development offers speed and flexibility for experienced developers working on innovative or experimental modules.
The key is understanding **when to use which approach** based on:
- Developer experience level
- Module complexity and novelty
- Need for speed vs structure
- Standard vs innovative patterns
Both approaches have their place in the BMAD v6 ecosystem, and this document serves as guidance for future module developers choosing their path.
---
**Author:** BMAD-METHOD Development Team
**Contributors:** Claude Code AI Assistant
**License:** Same as BMAD-METHOD project

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# KB Mode Research Findings
**Date:** 2025-10-01 18:25:00 EEST
**Research Goal:** Find interactive "how to use agents" mechanism from BMAD v4
**Status:** ✅ FOUND - KB Mode exists in both main and feat/bmvcs-dev
---
## Executive Summary
**USER WAS RIGHT! ✅**
BMAD-METHOD has a **KB Mode** (Knowledge Base Mode) that provides:
- Interactive agent discovery
- "Knowledge base without overwhelming users with information upfront"
- Guided exploration of BMad capabilities
- Exactly what we need for Phase 3 documentation!
---
## What is KB Mode?
### Purpose (from kb-mode-interaction.md)
> "Provide a user-friendly interface to the BMad knowledge base without overwhelming users with information upfront."
### How It Works
**Command:** `*kb-mode`
**Flow:**
1. User types `*kb-mode`
2. Agent enters KB mode
3. Presents 8 topic areas:
- Setup & Installation
- Workflows
- Web vs IDE
- **Agents** ← Critical for our needs!
- Documents
- Agile Process
- Configuration
- Best Practices
4. User selects topic or asks question
5. Agent provides focused info from KB
6. Suggests related topics
7. Maintains conversational flow
### Key Files
**In both `main` and `feat/bmvcs-dev`:**
1. **`.bmad-core/tasks/kb-mode-interaction.md`** (2.7k)
- Instructions for how to conduct KB mode
- Topic areas list
- Interaction patterns
2. **`.bmad-core/data/bmad-kb.md`** (32k)
- Full knowledge base content
- Getting Started guide
- Agent descriptions
- Workflow explanations
- Best practices
3. **`.bmad-core/agents/bmad-orchestrator.md`**
- Integrates KB mode
- Command: `*kb-mode`
- Behavior defined
---
## KB Mode Topic Areas
From `kb-mode-interaction.md`:
```markdown
**What would you like to know more about?**
1. **Setup & Installation** - Getting started with BMad
2. **Workflows** - Choosing the right workflow for your project
3. **Web vs IDE** - When to use each environment
4. **Agents** - Understanding specialized agents and their roles ← THIS!
5. **Documents** - PRDs, Architecture, Stories, and more
6. **Documents** - PRDs, Architecture, Stories, and more
7. **Configuration** - Customizing BMad for your needs
8. **Best Practices** - Tips for effective BMad usage
```
**Topic #4: Agents** is exactly what we need!
---
## BMad Knowledge Base Content
From `bmad-kb.md` (32k file):
### Covers:
- ✅ Overview of BMAD-METHOD
- ✅ How BMad Works (Core Method)
- ✅ The Two-Phase Approach (Planning vs Development)
- ✅ Development Loop
- ✅ Getting Started (Web UI & IDE)
- ✅ Agent descriptions and roles
- ✅ Workflow guidance
- ✅ Best practices
### Key Sections for BMVCS Integration:
**From bmad-kb.md:**
```markdown
## How BMad Works
### The Core Method
BMad transforms you into a "Vibe CEO" - directing a team of specialized AI agents through structured workflows. Here's how:
1. **You Direct, AI Executes**: You provide vision and decisions; agents handle implementation details
2. **Specialized Agents**: Each agent masters one role (PM, Developer, Architect, etc.)
3. **Structured Workflows**: Proven patterns guide you from idea to deployed code
4. **Clean Handoffs**: Fresh context windows ensure agents stay focused and effective
```
---
## Integration with Orchestrator
From `.bmad-core/agents/bmad-orchestrator.md`:
```yaml
commands:
kb-mode: Load full BMad knowledge base
kb-mode-behavior:
- When *kb-mode is invoked, use kb-mode-interaction task
- Don't dump all KB content immediately
- Present topic areas and wait for user selection
- Provide focused, contextual responses
```
**Flow:**
1. User types `*kb-mode`
2. Orchestrator loads `kb-mode-interaction.md` (instructions)
3. Orchestrator loads `bmad-kb.md` (knowledge base)
4. Presents topic menu
5. Answers questions from KB
---
## Comparison: v4 vs v6
**v4 Name:** KB Mode (Knowledge Base Mode)
**v6 Status:** ✅ **STILL EXISTS** - Same name, same concept!
**Evolution:**
- Core concept preserved
- Now integrated with Orchestrator agent
- More structured topic areas
- Better separation (task + data)
**Not removed, but enhanced!**
---
## BMVCS Integration Opportunity
### Current State
**KB Mode has "Agents" topic (#4)** but:
- ❌ No VCS workflow awareness
- ❌ No mention of VCS Adapter
- ❌ No BMVCS-specific guidance
### What We Need to Add
**Update `bmad-kb.md` section on Agents:**
Add BMVCS-aware guidance:
```markdown
## Agents
### VCS-Aware Agents (with BMVCS)
If you have BMVCS installed, these agents adapt to your VCS workflow:
**Architect Agent** - Creates architecture documentation
- GitHub Flow: Lightweight docs focusing on PRs
- GitFlow: Version-oriented with release cycles
- Trunk-Based: Flag-gated incremental docs
**PM Agent** - Creates PRDs and requirements
- GitHub Flow: Feature-scoped PRDs, 1-3 day stories
- GitFlow: Release-scoped PRDs, 3-5 day stories
- Trunk-Based: Flag-gated increments, <1 day stories
**Dev Agent** - Implements features
- GitHub Flow: Atomic commits with conventional style
- GitFlow: Descriptive commits with branch prefixes
- Trunk-Based: Feature-flag wrapped changes
To use VCS-aware agents:
1. Run `*discover` to detect your workflow
2. Agents automatically adapt to your VCS config
3. Templates adjust based on workflow type
```
### New KB Mode Topic
Could add 9th topic:
```markdown
9. **VCS Integration** - How BMVCS adapts to your workflow
```
Or expand existing topic #2:
```markdown
2. **Workflows & VCS** - Choosing the right workflow and VCS integration
```
---
## Implications for Phase 3
### Phase 3.1: User Documentation
**GOOD NEWS:**
- ✅ Don't need to create "agent discovery" mechanism - it exists!
- ✅ KB Mode is the official way to learn about agents
- ✅ Just need to UPDATE kb mode with BMVCS info
**What to Document:**
1. **Update bmad-kb.md** (expand existing content)
- Add BMVCS section
- Add VCS-aware agent explanations
- Add workflow-specific adaptations
2. **Create BMM_INTEGRATION_GUIDE.md** (new file)
- How to use VCS Adapter
- How BMM agents integrate
- Examples per workflow
- Troubleshooting
3. **Update kb-mode-interaction.md** (optional)
- Add BMVCS/VCS topic area
- Or expand Workflows topic
### Phase 3.2: Developer Documentation
**Explain:**
- How BMVCS extends KB Mode
- How agents check VCS config
- Template adaptation mechanism
---
## Answers to Research Questions
### Q: Does BMAD v6 have interactive guide mechanism?
**A:** ✅ YES - KB Mode (`*kb-mode`)
### Q: Was it in v4?
**A:** ✅ YES - Same name, evolved in v6
### Q: How does it work?
**A:**
- Command-triggered (`*kb-mode`)
- Topic-based navigation
- Interactive Q&A
- References full KB (`bmad-kb.md`)
### Q: Do we need to create new mechanism?
**A:** ❌ NO - Extend existing KB Mode!
### Q: Where does BMVCS fit?
**A:**
- Enhance KB content with VCS awareness
- Add to "Agents" topic
- Optional: new "VCS Integration" topic
- Update workflow guidance
---
## Path Fix Dependency Re-Assessment
### Original Question:
"Do we need path fix before Phase 3?"
### NEW ANSWER (after finding KB Mode):
**Phase 3.1 can START NOW!**
**Why:**
- Phase 3.1 is about PLANNING documentation
- KB Mode research is documentation research
- Can design BMVCS KB additions without working integration
- Path fix enables TESTING examples, not designing them
**Revised Approach:**
**Session 3: Phase 3.1 Planning** (NOW - no path fix needed)
1. ✅ Research KB Mode (DONE!)
2. Design BMVCS additions to bmad-kb.md
3. Plan BMM_INTEGRATION_GUIDE structure
4. Design examples (document what they SHOULD do)
5. Create Phase 3 implementation plan
**Session 4: Path Fix** (before implementation)
- Fix 3 agent files
- Now examples will work
**Session 5+: Phase 3.1 Implementation**
- Write BMVCS KB additions
- Create integration guide
- Test with working examples
**Conclusion:** Path fix can wait! Planning first! ✅
---
## Recommended Next Steps
### Immediate (Session 3 - Current)
1. **Design BMVCS KB Content**
- What to add to bmad-kb.md "Agents" section
- How to explain VCS-aware adaptations
- Which examples to include
2. **Plan BMM Integration Guide**
- Structure and sections
- Prerequisites
- Step-by-step workflows
- Troubleshooting
3. **Update Phase 3 Plan**
- Based on KB Mode discovery
- Revise deliverables
- Adjust timeline
### Next Session (Session 4)
4. **Execute Path Fix**
- Fix 3 agent files in BMAD-METHOD
- Test integration
- Remove workarounds
### Following Sessions (5+)
5. **Implement Phase 3.1**
- Update bmad-kb.md
- Create BMM_INTEGRATION_GUIDE.md
- Test all examples
- Verify KB Mode works with BMVCS
---
## Key Findings Summary
**KB Mode exists** - interactive agent discovery mechanism
**Same as v4** - evolved but core concept preserved
**Well-structured** - task instructions + knowledge base data
**Extensible** - easy to add BMVCS content
**Official pattern** - use KB Mode, don't reinvent
**Currently missing** - BMVCS/VCS awareness in KB
**Path issue blocks** - testing examples, not planning
📋 **Plan update** - Phase 3.1 can start NOW (planning)
🔧 **Path fix** - needed before implementation, not planning
---
## Files for Reference
**In BMAD-METHOD (both main and feat/bmvcs-dev):**
```
.bmad-core/
├── tasks/
│ └── kb-mode-interaction.md # How to run KB mode
├── data/
│ └── bmad-kb.md # Knowledge base content (32k)
└── agents/
└── bmad-orchestrator.md # Integrates *kb-mode command
```
**Created in Research:**
```
/tmp/
├── PHASE_3_RESEARCH_PLAN.md # Original research plan
└── KB_MODE_RESEARCH_FINDINGS.md # This file
```
---
## Conclusion
**User's intuition was spot-on!** 🎯
BMAD v4's interactive guide mechanism (KB Mode) not only exists in v6, but is well-maintained and ready to extend with BMVCS content.
**Phase 3 Strategy:**
1. Don't create new mechanism
2. Enhance existing KB Mode
3. Add BMVCS awareness to bmad-kb.md
4. Create complementary BMM_INTEGRATION_GUIDE.md
5. Leverage official pattern
**"Fail to plan - plan to fail"** - This research validates the plan before execution! ✅
---
**Research Complete:** 2025-10-01 18:25:00 EEST
**Time Spent:** ~15 minutes
**Value:** Prevented redundant work, found official pattern
**Next:** Design BMVCS KB additions (Session 3 continues)

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@ -1,230 +0,0 @@
# BMVCS Module - TODO List
**Last Updated:** 2025-10-01
**Status:** Active Development
**Current Phase:** Phase 3 Planning
---
## High Priority
### Path Fix (Session 4)
**Status:** Ready for execution
**Plan:** See `BMM_AGENTS_VCS_CONFIG_PATH_FIX.md`
- [ ] Fix path in `src/modules/bmm/agents/architect.md` (line 68)
- [ ] Fix path in `src/modules/bmm/agents/pm.md` (line 68)
- [ ] Fix path in `src/modules/bmm/agents/dev.md` (line 73)
- [ ] Change: `bmad-core/vcs-config.yaml``.bmad/vcs-config.yaml`
- [ ] Test integration without workaround in test-bmvcs-install
- [ ] Remove workaround directory (`bmad-core/`) from test repo
- [ ] Verify all BMM agents work seamlessly
**Estimated Time:** 15-25 minutes
---
## Phase 3: Documentation & Quality
### 3.1 User Documentation (In Progress)
**Research Complete:** ✅ KB Mode found and analyzed
#### KB Mode Extension
- [ ] Design BMVCS additions to `.bmad-core/data/bmad-kb.md`
- [ ] Add "VCS-Aware Agents" section to KB
- [ ] Update "Agents" topic (#4) with VCS examples
- [ ] Add workflow-specific adaptation explanations
- [ ] Test KB Mode with BMVCS content
**Reference:** `KB_MODE_RESEARCH_FINDINGS.md`
#### BMM Integration Guide
- [ ] Create `BMM_INTEGRATION_GUIDE.md` in appropriate location
- [ ] Document VCS Adapter usage
- [ ] Add BMM + BMVCS integration patterns
- [ ] Include examples per workflow (GitHub Flow, GitFlow, Trunk-Based)
- [ ] Add troubleshooting section
#### Quick Start & Troubleshooting
- [ ] Create `QUICK_START.md` for BMVCS
- [ ] Create `TROUBLESHOOTING.md` with common issues
- [ ] Add real project examples
- [ ] Create video/GIF demos (optional)
**Estimated Time:** 2-3 hours total
---
### 3.2 Developer Documentation
- [ ] Document VCS Adapter Agent architecture
- [ ] Explain template adaptation mechanism
- [ ] Detail confidence scoring algorithm (if not already in VCS_DETECTION_CONFIDENCE.md)
- [ ] Add contribution guidelines for BMVCS
- [ ] Document template development guide
- [ ] Add API/interface contracts
**Deliverables:**
- `ARCHITECTURE.md` (or expand existing docs)
- `TEMPLATE_GUIDE.md`
- `CONTRIBUTING.md`
**Estimated Time:** 2 hours
---
### 3.3 API Documentation
- [ ] Document `vcs-config.yaml` schema formally
- [ ] Document template YAML schema
- [ ] Add inline JSDoc comments to code
- [ ] Create schema validation files
- [ ] Generate API reference
**Deliverables:**
- `schemas/vcs-config.schema.json`
- `schemas/template.schema.json`
- `API_REFERENCE.md`
**Estimated Time:** 2 hours
---
### 3.4 Automated Testing
- [ ] Create test suite for each workflow
- [ ] Add YAML validation tests
- [ ] Create template loading tests
- [ ] Add integration tests with mock BMM agents
- [ ] Performance benchmarks
- [ ] CI/CD pipeline setup
**Deliverables:**
- `tests/workflows/` - Workflow tests
- `tests/templates/` - Template tests
- `tests/integration/` - Integration tests
- `.github/workflows/test-bmvcs.yml` - CI pipeline
**Estimated Time:** 3-4 hours
---
### 3.5 Performance Optimization
- [ ] Profile template loading
- [ ] Optimize large document adaptation
- [ ] Cache configuration when possible
- [ ] Test with repos >100K files
- [ ] Benchmark all operations
- [ ] Document performance characteristics
**Target Metrics:**
- Discovery: < 2 seconds
- Validation: < 1 second
- Adaptation: < 5 seconds for large docs
- Config load: < 100ms
**Estimated Time:** 2-3 hours
---
## Documentation Standards (Future)
### Naming Conventions
- [ ] Review and apply `SESSION_END_PROTOCOL.md` naming if applicable
- [ ] Apply `DOCUMENTATION_CONVENTIONS.md` sequential numbering (01-99) if needed
- [ ] Standardize document naming across module
- [ ] Ensure consistency with BMAD v6 module standards
### README Updates
- [ ] Update `src/modules/bmvcs/docs/README.md` with new documents
- [ ] Add links to research findings
- [ ] Add links to TODO (this file)
- [ ] Organize by category (Principles, Research, Plans, Guides)
### Metadata
- [ ] Add creation dates to all docs
- [ ] Add "Last Updated" timestamps
- [ ] Add version numbers where appropriate
- [ ] Add status indicators (Draft, Review, Final)
---
## Future Enhancements (Post-Phase 3)
### SM/TEA Agent Integration (Optional)
- [ ] Evaluate if SM agent needs VCS awareness
- [ ] Evaluate if TEA agent needs VCS awareness
- [ ] Document decision and rationale
**Context:** Currently 3/5 BMM agents have VCS integration (Architect, PM, Dev). SM and TEA don't have it by design.
### Additional VCS Support
- [ ] SVN workflow templates
- [ ] Perforce workflow templates
- [ ] Mercurial workflow templates
- [ ] Custom workflow enhancement
### Advanced Features
- [ ] Auto-detection enhancement
- [ ] Migration guides between workflows
- [ ] Team collaboration patterns
- [ ] Multi-repo scenarios
---
## Completed Tasks
### Phase 2: Alpha Testing ✅
- [x] Core BMVCS functionality tested
- [x] VCS Adapter Agent tested (sections 2.1-2.5)
- [x] BMM integration tested (sections 2.6-2.9)
- [x] Path inconsistency discovered and documented
- [x] Workaround created for immediate use
- [x] All test results documented in `~/test-bmvcs-install/testing/`
### Research & Planning ✅
- [x] KB Mode research completed (KB_MODE_RESEARCH_FINDINGS.md)
- [x] Path fix plan created (BMM_AGENTS_VCS_CONFIG_PATH_FIX.md)
- [x] Phase 3 strategy defined
- [x] Documentation structure organized
---
## Notes
- **Test Repository:** `~/test-bmvcs-install/` contains all alpha test results
- **Session Documentation:** See `SESSION_END_*.md` files in test repo
- **Branch:** All work on `feat/bmvcs-dev`
- **Integration:** Path fix required before Phase 3.1 implementation (but not planning)
---
**Priority Order for Next Sessions:**
1. **Session 4:** Execute path fix (enables testing)
2. **Session 5+:** Implement Phase 3.1 (user documentation)
3. **Later:** Phase 3.2-3.5 (developer docs, testing, performance)
---
**Generated:** 2025-10-01 18:45:00 EEST
**Module:** BMVCS (BMAD VCS Adapter)
**Status:** Phase 3 Planning → Ready for Session 4