Implementation Planning

Vodou Implementation Planning - Context-Aware Task Breakdown

Overview

This skill creates detailed implementation plans that break work into bite-sized tasks (2-5 minutes each), enhanced by Vodou's codebase intelligence. Instead of generic task lists, Vodou analyzes existing patterns, dependencies, and architecture to create context-aware plans.

The Innovation: Generic planning + codebase intelligence = better, more accurate plans.

Based on: Superpowers' writing-plans workflow, enhanced with Vodou's codebase intelligence.

Implementation Planning Workflow

Step 1: Understand Requirements

⏸️ STOPPING POINT - Confirm Feature Scope

Before planning, understand what needs to be built:

"I'll create an implementation plan for [feature]. Let me confirm:

1. What is the feature? (clear description)
2. What are the requirements? (functional requirements)
3. What are the constraints? (technical, time, resources)
4. What's the priority? (high, medium, low)

Can you describe the feature and requirements?"

Step 2: Analyze Codebase Context (Parallel)

Gather codebase intelligence in parallel:

grep -nE "[feature]|architecture|plan" .vodou/workspace/MEMORY.md 2>/dev/null || true
rg -n "struct |impl |fn " src/ 2>/dev/null | head -40
git log -n 15 --oneline

What this gathers: prior decisions from Vodou memory, rough structure from rg/git — not a separate in-memoria/narsil server.

Step 3: Create Detailed Task Breakdown

Break feature into 2-5 minute tasks:

Task Structure

Each task includes:

• ✅ Exact file paths (where to make changes)
• ✅ Complete code (what to write)
• ✅ Verification steps (how to verify)
• ✅ Dependencies (what needs to be done first)
• ✅ Pattern to follow (based on codebase analysis)

Example Task Breakdown

Feature: User Authentication

Task 1: Create authentication types (2 minutes)

• File: src/types/auth.ts
• Code:

  export interface AuthResult {
    success: boolean;
    user?: User;
    error?: string;
  }
  

• Verification: TypeScript compiles without errors
• Dependencies: None
• Pattern: Follow existing type definitions in src/types/

Task 2: Create authentication service (3 minutes)

• File: src/services/auth-service.ts
• Code: [Based on existing service patterns]
• Verification: Service can be instantiated
• Dependencies: Task 1 (types)
• Pattern: Follow src/services/user-service.ts pattern

Task 3: Write authentication tests (4 minutes)

• File: src/services/__tests__/auth-service.test.ts
• Code: [Test structure based on existing tests]
• Verification: Tests run (will fail - that's expected in TDD)
• Dependencies: Task 2 (service)
• Pattern: Follow TDD workflow, use existing test patterns

Task 4: Implement authentication logic (5 minutes)

• File: src/services/auth-service.ts
• Code: [Implementation to make tests pass]
• Verification: Tests pass
• Dependencies: Task 3 (tests)
• Pattern: Follow existing authentication patterns

Task 5: Add error handling (3 minutes)

• File: src/services/auth-service.ts
• Code: [Error handling based on existing patterns]
• Verification: Error cases handled correctly
• Dependencies: Task 4 (implementation)
• Pattern: Follow existing error handling patterns

⏸️ STOPPING POINT:

• Plan created: [X] tasks, estimated [Y] minutes
• Review plan? (yes/no)
• Ready to execute? (yes/no)

Advanced Planning Patterns

Pattern 1: Pattern-Aware Planning

# Plan using existing patterns
./do "implementation plan for [feature] using existing patterns"
# → Analyzes similar features
# → Identifies patterns to follow
# → Creates plan that matches codebase style

Pattern 2: Dependency-Aware Planning

# Plan with dependency analysis
./do "implementation plan for [feature] with dependencies"
# → Analyzes dependencies
# → Orders tasks by dependency
# → Identifies potential conflicts

Pattern 3: Incremental Planning

# Plan incrementally
./do "plan first phase of [feature]"
# → Breaks large feature into phases
# → Plans first phase in detail
# → Outlines subsequent phases

Task Quality Criteria

Good Tasks Have:

• ✅ Clear scope (2-5 minutes)
• ✅ Exact file paths (no ambiguity)
• ✅ Complete code (ready to implement)
• ✅ Verification steps (how to verify)
• ✅ Dependencies (what comes first)
• ✅ Pattern reference (follows codebase)

Bad Tasks Are:

• ❌ Too vague ("implement feature")
• ❌ Too large ("build entire system")
• ❌ Missing details ("add function somewhere")
• ❌ No verification ("hope it works")

Integration with Vodou Tools

Vodou memory + editor

• MEMORY.md / daily logs for decisions; agent/IDE for reading code and similar modules

Parallel Execution

• Analyzes codebase in parallel
• Gets comprehensive context quickly
• Creates better plans faster

Planning Best Practices

1. Start with Context

• Analyze codebase first
• Understand patterns
• Identify similar features

2. Break into Small Tasks

• 2-5 minutes per task
• Clear scope
• Easy to verify

3. Be Specific

• Exact file paths
• Complete code
• Clear verification

4. Follow Patterns

• Use existing patterns
• Maintain consistency
• Follow conventions

5. Consider Dependencies

• Order tasks correctly
• Identify blockers
• Plan dependencies

Quick Reference

# Create implementation plan
./do "implementation plan for [feature]"

# Plan with context
./do "create plan for [feature] using codebase patterns"

# Break down feature
./do "break down [feature] into tasks"

Troubleshooting

"Plan is too vague"

• Analyze codebase more deeply
• Look at similar features
• Break into smaller tasks

"Tasks are too large"

• Break into smaller pieces
• 2-5 minutes per task
• One concept per task

"Missing dependencies"

• Analyze dependencies first
• Order tasks correctly
• Identify blockers early

Remember: Good planning saves time. Vodou makes planning faster and more accurate with codebase intelligence.