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Execute complex tasks with planning, parallel subagents, atomic commits, and documentation updates. Use when the user asks to implement a feature, refactor code, or complete multi-step work.

Install Skill

1Download skill
2Enable skills in Claude

Open claude.ai/settings/capabilities and find the "Skills" section

3Upload to Claude

Click "Upload skill" and select the downloaded ZIP file

Note: Please verify skill by going through its instructions before using it.

SKILL.md

name task
description Execute complex tasks with planning, parallel subagents, atomic commits, and documentation updates. Use when the user asks to implement a feature, refactor code, or complete multi-step work.

Task Execution Skill

Execute complex tasks using a structured workflow: plan → review → execute → commit → document.

Workflow

Phase 1: Planning

  1. Analyze the request - Understand what the user is asking for
  2. Explore the codebase - Use the Explore agent to understand:
    • Relevant files and their structure
    • Existing patterns and conventions
    • Dependencies and integrations
  3. Break into atomic steps - Create a plan where each step:
    • Can be completed independently
    • Results in working code (no broken intermediate states)
    • Is small enough for a single commit
  4. Identify parallelization - Mark which steps can run in parallel vs sequentially

Phase 2: Plan Review

  1. Present the plan to the user with:
    • Overview of the approach
    • Numbered list of steps
    • Which steps will run in parallel
    • Any assumptions or decisions made
  2. Wait for approval - Use AskUserQuestion if needed to clarify:
    • Ambiguous requirements
    • Implementation choices
    • Scope boundaries
  3. Revise if needed based on user feedback

Phase 3: Execution

  1. Use TodoWrite to track all steps
  2. Spawn subagents using the Task tool:
    • Run independent steps in parallel (multiple Task calls in one message)
    • Run dependent steps sequentially
    • Each subagent should complete one atomic unit of work
  3. Subagent instructions should include:
    • Clear scope of what to implement
    • Files to modify
    • Patterns to follow (reference existing code)
    • Instruction to NOT commit (parent will handle commits)

Phase 4: Atomic Commits

After each logical unit of work is complete:

  1. Stage only related changes - Don't mix unrelated changes
  2. Write descriptive commit messages:
    • First line: imperative mood, max 50 chars (e.g., "Add blur placeholders for images")
    • Body: explain WHY, not just WHAT
    • Reference the step from the plan
  3. Commit format:
    <type>: <short description>
    
    <optional body explaining why>
    
    🤖 Generated with [Claude Code](https://claude.com/claude-code)
    
    Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
    
  4. Types: feat, fix, refactor, docs, style, test, chore

Phase 5: Documentation Check

After all work is complete:

  1. Review what changed - List the major changes made
  2. Check if documentation needs updates:
    • README.md - New features, changed setup, updated commands
    • Code comments - Complex logic that needs explanation
    • Type definitions - New interfaces or types
  3. Ask the user if documentation updates are desired
  4. If yes, create a separate commit for docs

Guidelines

  • Never leave code in a broken state - Each commit should pass build/lint
  • Prefer editing over creating - Modify existing files when possible
  • Follow existing patterns - Match the codebase style
  • Keep changes minimal - Only change what's necessary for the task
  • Test as you go - Run build/tests after significant changes

Example Subagent Prompt

Implement the blur placeholder generation script.

Context:
- This is step 2 of 5 in adding image blur placeholders
- The project uses Next.js with TypeScript
- Sharp is already installed for image processing

Task:
- Create scripts/generate-blur-placeholders.ts
- Read all images from public/images/themes/
- Generate 10x10 blurred base64 data URLs
- Output to src/config/blur-placeholders.ts

Follow the patterns in scripts/generate-images.ts.
Do NOT commit - just implement and verify it works.