ringpre-dev-full

---

name: "ring:pre-dev-full" description: Complete 9-gate pre-dev workflow for large features (≥2 days) license: MIT compatibility: opencode metadata: {} argument-hint: "[feature-name]"

I'm running the Full Track pre-development workflow (9 gates) for your feature.

This track is for features that have ANY of:

• ❌ Take ≥2 days to implement
• ❌ Add new external dependencies (APIs, databases, libraries)
• ❌ Create new data models or entities
• ❌ Require multi-service integration
• ❌ Use new architecture patterns
• ❌ Require team collaboration

If feature is simple (<2 days, existing patterns), use /ring:pre-dev-feature instead.

Document Organization

All artifacts will be saved to: docs/pre-dev/<feature-name>/

First, let me ask you about your feature:

Use the AskUserQuestion tool to gather:

Question 1: "What is the name of your feature?"

• Header: "Feature Name"
• This will be used for the directory name
• Use kebab-case (e.g., "auth-system", "payment-processing", "file-upload")

Question 2 (CONDITIONAL): "Does this feature require authentication or authorization?"

• Auto-detection: Before asking, check if go.mod contains github.com/LerianStudio/lib-auth
  • If found → Skip this question. Auth is already integrated at project level.
  • If not found → Ask this question (new project or project without auth)
• Header: "Auth Requirements"
• Options:
  • "None" - No authentication needed
  • "User authentication only" - Users must log in but no permission checks
  • "User + permissions" - Full user auth with role-based access control
  • "Service-to-service auth" - Machine-to-machine authentication only
  • "Full (user + service-to-service)" - Both user and service auth
• Note: For Go services requiring auth, reference golang.md → Access Manager Integration section during TRD creation (Gate 3) and Dependency Map (Gate 6)

Question 3 (CONDITIONAL): "Is this a licensed product/plugin?"

• Auto-detection: Before asking, check if go.mod contains github.com/LerianStudio/lib-license-go
  • If found → Skip this question. Licensing is already integrated at project level.
  • If not found → Ask this question (new project or project without licensing)
• Header: "License Requirements"
• Options:
  • "No" - Not a licensed product (open source, internal tool, etc.)
  • "Yes" - Licensed product that requires License Manager integration
• Note: For Go services requiring license validation, reference golang.md → License Manager Integration section during TRD creation (Gate 3) and Dependency Map (Gate 6)

Why auto-detection? Access Manager and License Manager are project-level infrastructure decisions, not feature-level. Once integrated, all features in the project inherit them.

After getting the feature name (and auth/license requirements if applicable), create the directory structure and run the 9-gate workflow:

Copymkdir -p docs/pre-dev/<feature-name>

Gate 0: Research Phase (NEW)

Skill: ring:pre-dev-research

1. Determine research mode by asking user or inferring from context:

   • greenfield: New capability, no existing patterns
   • modification: Extending existing functionality
   • integration: Connecting external systems

2. Dispatch 3 research agents in PARALLEL:

   • ring:repo-research-analyst (codebase patterns, file:line refs)
   • ring:best-practices-researcher (web search, Context7)
   • ring:framework-docs-researcher (tech stack, versions)

3. Aggregate findings into research document

4. Save to: docs/pre-dev/<feature-name>/research.md

5. Run Gate 0 validation checklist

6. Get human approval before proceeding

Gate 0 Pass Criteria:

• Research mode determined and documented
• All 3 agents dispatched and returned
• At least one file:line reference (if modification mode)
• At least one external URL (if greenfield mode)
• docs/solutions/ knowledge base searched
• Tech stack versions documented

Gate 1: PRD Creation

Skill: ring:pre-dev-prd-creation

1. Ask user to describe the feature (problem, users, business value)
2. Create PRD document with:
   • Problem statement
   • User stories
   • Acceptance criteria
   • Success metrics
   • Out of scope
3. Save to: docs/pre-dev/<feature-name>/prd.md
4. Run Gate 1 validation checklist
5. Get human approval before proceeding

Gate 1 Pass Criteria:

• Problem is clearly defined
• User value is measurable
• Acceptance criteria are testable
• Scope is explicitly bounded

Gate 2: Feature Map Creation

Skill: ring:pre-dev-feature-map

1. Load PRD from docs/pre-dev/<feature-name>/prd.md
2. Create feature map document with:
   • Feature relationships and dependencies
   • Domain boundaries
   • Integration points
   • Scope visualization
3. Save to: docs/pre-dev/<feature-name>/feature-map.md
4. Run Gate 2 validation checklist
5. Get human approval before proceeding

Gate 2 Pass Criteria:

• All features from PRD mapped
• Relationships are clear
• Domain boundaries defined
• Feature interactions documented

Gate 3: TRD Creation

Skill: ring:pre-dev-trd-creation

1. Load PRD from docs/pre-dev/<feature-name>/prd.md
2. Load Feature Map from docs/pre-dev/<feature-name>/feature-map.md
3. Map Feature Map domains to architectural components
4. Create TRD document with:
   • Architecture style (pattern names, not products)
   • Component design (technology-agnostic)
   • Data architecture (conceptual)
   • Integration patterns
   • Security architecture
   • NO specific tech products
5. Save to: docs/pre-dev/<feature-name>/trd.md
6. Run Gate 3 validation checklist
7. Get human approval before proceeding

Gate 3 Pass Criteria:

• All Feature Map domains mapped to components
• All PRD features mapped to components
• Component boundaries are clear
• Interfaces are technology-agnostic
• No specific products named

Gate 4: API Design

Skill: ring:pre-dev-api-design

1. Load previous artifacts (PRD, Feature Map, TRD)
2. Create API design document with:
   • Component contracts and interfaces
   • Request/response formats
   • Error handling patterns
   • Integration specifications
3. Save to: docs/pre-dev/<feature-name>/api-design.md
4. Run Gate 4 validation checklist
5. Get human approval before proceeding

Gate 4 Pass Criteria:

• All component interfaces defined
• Contracts are clear and complete
• Error cases covered
• Protocol-agnostic (no REST/gRPC specifics yet)

Gate 5: Data Model

Skill: ring:pre-dev-data-model

1. Load previous artifacts
2. Create data model document with:
   • Entity relationships and schemas
   • Data ownership boundaries
   • Access patterns
   • Migration strategy
3. Save to: docs/pre-dev/<feature-name>/data-model.md
4. Run Gate 5 validation checklist
5. Get human approval before proceeding

Gate 5 Pass Criteria:

• All entities defined with relationships
• Data ownership is clear
• Access patterns documented
• Database-agnostic (no PostgreSQL/MongoDB specifics yet)

Gate 6: Dependency Map

Skill: ring:pre-dev-dependency-map

1. Load previous artifacts
2. Create dependency map document with:
   • NOW we select specific technologies
   • Concrete versions and packages
   • Rationale for each choice
   • Alternative evaluations
3. Save to: docs/pre-dev/<feature-name>/dependency-map.md
4. Run Gate 6 validation checklist
5. Get human approval before proceeding

Gate 6 Pass Criteria:

• All technologies selected with rationale
• Versions pinned (no "latest")
• Alternatives evaluated
• Tech stack is complete

Gate 7: Task Breakdown

Skill: ring:pre-dev-task-breakdown

1. Load all previous artifacts (PRD, Feature Map, TRD, API Design, Data Model, Dependency Map)
2. Create task breakdown document with:
   • Value-driven decomposition
   • Each task delivers working software
   • Maximum task size: 2 weeks
   • Dependencies mapped
   • Testing strategy per task
3. Save to: docs/pre-dev/<feature-name>/tasks.md
4. Run Gate 7 validation checklist
5. Get human approval before proceeding

Gate 7 Pass Criteria:

• Every task delivers user value
• No task larger than 2 weeks
• Dependencies are clear
• Testing approach defined

Gate 8: Subtask Creation

Skill: ring:pre-dev-subtask-creation

1. Load tasks from docs/pre-dev/<feature-name>/tasks.md
2. Create subtask breakdown document with:
   • Bite-sized steps (2-5 minutes each)
   • TDD-based implementation steps
   • Complete code (no placeholders)
   • Zero-context executable
3. Save to: docs/pre-dev/<feature-name>/subtasks.md
4. Run Gate 8 validation checklist
5. Get human approval

Gate 8 Pass Criteria:

• Every subtask is 2-5 minutes
• TDD cycle enforced (test first)
• Complete code provided
• Zero-context test passes

After Completion

Report to human:

Copy✅ Full Track (9 gates) complete for <feature-name>

Artifacts created:
- docs/pre-dev/<feature-name>/research.md (Gate 0) ← NEW
- docs/pre-dev/<feature-name>/prd.md (Gate 1)
- docs/pre-dev/<feature-name>/feature-map.md (Gate 2)
- docs/pre-dev/<feature-name>/trd.md (Gate 3)
- docs/pre-dev/<feature-name>/api-design.md (Gate 4)
- docs/pre-dev/<feature-name>/data-model.md (Gate 5)
- docs/pre-dev/<feature-name>/dependency-map.md (Gate 6)
- docs/pre-dev/<feature-name>/tasks.md (Gate 7)
- docs/pre-dev/<feature-name>/subtasks.md (Gate 8)

Planning time: 2-4 hours (comprehensive)

Next steps:
1. Review artifacts in docs/pre-dev/<feature-name>/
2. Use /ring:worktree to create isolated workspace
3. Use /ring:write-plan to create implementation plan
4. Execute the plan

Remember

• This is the Full Track - comprehensive and thorough
• All 9 gates provide maximum planning depth
• Gate 0 (Research) runs 3 agents in parallel for codebase, best practices, and framework docs
• Technology decisions happen at Gate 6 (Dependency Map)
• All documents saved to docs/pre-dev/<feature-name>/
• Get human approval at each gate before proceeding
• Planning investment (2-4 hours) pays off during implementation

---

MANDATORY: Skills Orchestration

This command orchestrates multiple skills in a 9-gate workflow.

Gate Sequence

Execution Pattern

CopyFor each gate:
  Use Skill tool: [gate-skill]
  Wait for human approval
  Proceed to next gate

Each skill contains its own:

• Anti-rationalization tables
• Gate pass criteria
• Output format requirements

Do NOT skip gates. Each gate builds on the previous gate's output.