Refactor high-complexity React components in Dify frontend. Use when `pnpm analyze-component...
npx skills add Bosh-Kuo/awesome-agent-toolkit --skill "spec-driven-development"
Install specific skill from multi-skill repository
# Description
An "AI-Spec-Driven" workflow for complex tasks, triggered ONLY when explicitly requested. It aligns agent execution with rigorous planning (Spec -> Implementation -> Task Tracking) to mimic Antigravity planning mode.
# SKILL.md
name: spec-driven-development
description: An "AI-Spec-Driven" workflow for complex tasks, triggered ONLY when explicitly requested. It aligns agent execution with rigorous planning (Spec -> Implementation -> Task Tracking) to mimic Antigravity planning mode.
Spec Driven Development
This skill implements an AI-Spec-Driven Development workflow that emulates "Antigravity Planning Mode". Ideally suited for complex, multi-step engineering tasks, it drastically reduces "hallucinated" solutions by forcing a structured "Think, Plan, then Act" lifecycle.
Trigger
IMPORTANT: This skill is ONLY triggered when the AI model is explicitly requested by the user (e.g., "Use spec-driven-development", "Activate planning mode", "Create a spec for this").
- Do NOT auto-trigger this skill for simple Q&A or minor bug fixes.
- It is designed for tasks requiring architectural thought, multiple file changes, or a defined implementation strategy.
Directory Structure
The workflow isolates its artifacts in a hidden directory to keep the workspace clean.
<PROJECT_ROOT>/
βββ .spec-driven-development-tasks/ # Hidden directory for all tasks
β βββ {YYYYMMDD}-{TASK_TITLE}/ # Specific task folder
β β βββ spec.md # "The WHAT": Requirements, Context, Scope
β β βββ implementation.md # "The HOW": Architecture, File Changes, Steps
β β βββ task.md # "The WHEN": Real-time checklist & logs
β β βββ walk-through.md # "The SUMMARY": Verification Guide, Handover
β βββ ...
βββ .gitignore # Excludes .spec-driven-development-tasks
βββ ...
Workflow Diagram
graph TD
Start((Start)) -->|User Request| Phase1[1. Initialization Phase<br/>Run init_task.sh]
Phase1 -->|AUTO-PROCEED| Phase2[2. Research & Planning Phase<br/>Analyze, Scan Code, Draft Docs]
Phase2 --> Docs[Drafted Docs:<br/>spec.md, implementation.md, task.md]
Docs -->|STOP & REPORT| Review{User Review}
Review -->|2.1 Direct Execute| Phase3[3. Execution Phase<br/>Implement & Update task.md]
Review -->|2.2 Adjust & Execute| AdjustDirect[Adjust Docs]
AdjustDirect -->|AUTO-PROCEED| Phase3
Review -->|2.3 Adjust & Review| AdjustConfirm[Adjust Docs]
AdjustConfirm -->|STOP & REPORT| Review
Phase3 --> AllDone{All Tasks Done?}
AllDone -->|No: Continue Work| Phase3
AllDone -->|Yes: AUTO-PROCEED| Phase4[4. Completion Phase<br/>Write walk-through.md]
Phase4 -->|STOP & REPORT| End((Task Complete))
End -.->|New Requirements| Phase2
Workflow Phases
1. Initialization Phase
Input: The user's natural language request (e.g., "Help me refactor the authentication module"). The user does not provide a specific task title; the Agent must analyze the request to generate one.
Process:
1. Generate a Task Title (e.g., refactor-auth-module).
2. Run Script: Call skills/spec-driven-development/scripts/init_task.sh <TASK_TITLE>.
- Ensures .spec-driven-development-tasks exists and is added to .gitignore.
- Note: The user must have "Gitignore Access" enabled for the AI tool to modify .gitignore and files within ignored directories.
- Creates {YYYYMMDD}-{TASK_TITLE} directory with 4 empty template files.
Output: A clean, isolated workspace for the task.
Transition: AUTO-PROCEED to Phase 2. Do not stop to report "Initialization Complete".
2. Deep Research & Planning Phase
Input: The initialized workspace and user requirements.
Process:
1. Deep Research: Scan relevant code/docs to understand the current system (avoid blind full-repo scans).
2. Draft Documentation: Fill the empty files using templates:
- spec.md: Context, Requirements, Scope (from templates/spec-template.md).
- implementation.md: Architecture, Implementation Steps (from templates/implementation-template.md).
- task.md: TODO Checklist (from templates/task-template.md).
Output: Drafted specification and planning documents.
Transition: STOP & REPORT. Present the plan to the user with exactly these 3 options:
- 2.1. Execute Immediately: User agrees -> Proceed to Phase 3.
- 2.2. Adjust & Execute: User gives minor feedback -> Update docs -> Proceed to Phase 3 (no second confirmation).
- 2.3. Adjust & Review: User gives major feedback -> Update docs -> STOP & REPORT (ask for confirmation again).
3. Execution Phase
Input: Approved spec.md, implementation.md, task.md.
Process:
1. Execute: Write code according to implementation.md.
2. Real-time Update: Mark items in task.md as [x] immediately upon completion.
3. Check Completion: Continue until all items in task.md are checked.
Output: Completed implementation and updated task.md.
Transition: AUTO-PROCEED to Phase 4 immediately after all tasks are done. Do not stop to ask "Ready for next phase?".
4. Completion & Archiving Phase
Input: Finished code and completed task.md.
Process:
1. Summarize: Create walk-through.md using templates/walk-through-template.md.
2. Iterative Requirement Handling:
- If user provides New Requirements after this phase:
- Return to Phase 2 (Option 2.2 Trigger) workflow.
- Retain old content in docs.
- Append new scope to docs.
- Resume at Phase 3.
Output: Final project summary.
Transition: STOP & REPORT. Inform the user the task is fully complete and present the walk-through.md.
# Supported AI Coding Agents
This skill is compatible with the SKILL.md standard and works with all major AI coding agents:
Learn more about the SKILL.md standard and how to use these skills with your preferred AI coding agent.