Bengous Claude Code Plugins Structured Plan

Structured Plan

A checklist-driven planning workflow that ensures plans are research-validated, broken into atomic tasks, complete, and self-verifying.

Workflow Overview

Phase A: Clarification (if needed)
    ↓
Phase B: Iterative Refinement (7 steps)
    ↓
Exit Plan Mode → Implementation

Phase A: Clarification

If the user's prompt is vague or ambiguous, use AskUserQuestion to clarify before proceeding. Ask about:

• Scope boundaries (what's in/out)
• Technology choices (if multiple options exist)
• Acceptance criteria (how to know it's done)

Once intent is clear, proceed to Phase B.

Phase B: Iterative Refinement

After drafting an initial plan, apply this checklist. Edit the plan file after each step (not one-shot).

Step 1: Research Validation

Validate your approach against official documentation.

• Use WebSearch for patterns, best practices, common gotchas
• Use Context7 for framework/library docs
  • If not loaded: mcp-add context7 (lean mode) or skip to WebSearch
• Add Best Practices References section to plan with links

## Best Practices References

- [Pattern name](url) - key insight
- [Library docs](url) - relevant section

→ Edit plan file

Step 2: Task Breakdown

Break the plan into atomic, committable tasks.

• Create numbered tasks (Task 1, Task 2, ...)
• Each task must have: Files, Verify, Commit
• Use TaskCreate/TaskUpdate tools to track progress during implementation

See references/task-template.md for format.

→ Edit plan file

Step 3: Task Dependencies

Define execution order with a dependency diagram.

• Use → for sequential dependencies
• Use commas for parallel tasks
• Make dependencies explicit, not implicit

Task 1 → Task 2 → Task 3
Task 4, Task 5 (parallel, after Task 3)

→ Edit plan file

Step 4: Shared Infrastructure

Identify code that would be duplicated across tasks and define shared locations.

• Explore existing project structure for conventions (test dirs, types, utils)
• Identify shared code: test mocks, types, helper utilities
• Define locations that match the project's existing patterns

Add a Shared Infrastructure section listing where shared code lives.

→ Edit plan file

Step 5: Completeness Check

Ensure the plan is unambiguous enough for another agent to implement.

• All types are DEFINED, not just referenced
• All function signatures are SHOWN, not just mentioned
• No ... or "rest unchanged" placeholders
• No implicit assumptions about existing code

Test: Could someone implement this without asking questions?

→ Edit plan file (fix any gaps)

Step 6: Final Verification Task

Add a final task that spawns 3 parallel verification subagents after implementation.

• Add "Task N: Post-Implementation Verification" to the plan
• Reference the 3 agents: Compliance, Best Practices, Code Simplifier

See references/verification-agents.md for prompts.

### Task N: Post-Implementation Verification

**Files**: None (verification only)

**Verify**: Spawn 3 parallel subagents:
1. Compliance Agent (Explore) - verify implementation matches plan
2. Best Practices Agent (general-purpose) - validate against docs
3. Code Simplifier Agent (code-simplifier) - check for over-engineering

**Commit**: None (verification task)

→ Edit plan file

Step 7: Exit Plan Mode

• Call ExitPlanMode to request user approval
• Address any feedback
• Begin implementation once approved

Quick Reference

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