Claude Code Settings/Skills for Vibe Coding

A curated collection of Claude Code settings, skills and sub-agents designed for enhanced development workflows. This setup includes specialized skills and subagents for feature development (spec-driven workflow), code analysis, GitHub integration, and knowledge management.

For OpenAI Codex settings, configurations and custom prompts, please refer feiskyer/codex-settings.

Setup

Using Claude Code Plugin

/plugin marketplace add feiskyer/claude-code-settings

# Install main plugin (skills and agents)
/plugin install claude-code-settings

# Alternatively, install individual skills
/plugin install codex-skill               # Codex automation
/plugin install autonomous-skill          # Long-running task automation
/plugin install nanobanana-skill          # Image generation
/plugin install kiro-skill                # Kiro workflow
/plugin install spec-kit-skill            # Spec-Kit workflow
/plugin install youtube-transcribe-skill  # YouTube transcript extraction

Note:

• ~/.claude/settings.json is not configured via Claude Code Plugin, you'd need to configure it manually.

Using npx skills

npx skills could be used to install skills only for your AI coding tools.

# List skills
npx -y skills add -l feiskyer/claude-code-settings

# Install all skills
npx -y skills add --all feiskyer/claude-code-settings

# Manually select a list of skills to install
npx -y skills add feiskyer/claude-code-settings

Manual Setup

# Backup original claude settings
mv ~/.claude ~/.claude.bak

# Clone the claude-code-settings
git clone https://github.com/feiskyer/claude-code-settings.git ~/.claude

# Install LiteLLM proxy
pip install -U 'litellm[proxy]'

# Start litellm proxy (which would listen on http://0.0.0.0:4000)
litellm -c ~/.claude/guidances/litellm_config.yaml

# For convenience, run litellm proxy in background with tmux
# tmux new-session -d -s copilot 'litellm -c ~/.claude/guidances/litellm_config.yaml'

Once started, you'll see:

...
Please visit https://github.com/login/device and enter code XXXX-XXXX to authenticate.
...

Open the link, log in and authenticate your GitHub Copilot account.

Note:

1. The default configuration is leveraging LiteLLM Proxy Server as LLM gateway to GitHub Copilot. You can also use copilot-api as the proxy as well (remember to change your port to 4141).

2. Make sure the following models are available in your account; if not, replace them with your own model names:

   • ANTHROPIC_DEFAULT_SONNET_MODEL: claude-sonnet-4.6
   • ANTHROPIC_DEFAULT_OPUS_MODEL: claude-opus-4.6
   • ANTHROPIC_DEFAULT_HAIKU_MODEL: gpt-5-mini

Skills

Skills are reusable capabilities that teach Claude how to complete specific tasks. They can be invoked via /skill-name [arguments] or triggered automatically based on context. Install only what you need:

codex-skill

Non-interactive automation mode for hands-off task execution using OpenAI Codex. Use when you want to leverage codex, gpt-5, or gpt-5.1 to implement features or plans designed by Claude.

Installation:

/plugin marketplace add feiskyer/claude-code-settings
/plugin install codex-skill

Key Features:

• Multiple execution modes (read-only, workspace-write, danger-full-access)
• Model selection support (gpt-5, gpt-5.1, gpt-5.1-codex, etc.)
• Autonomous execution without approval prompts
• JSON output support for structured results
• Resumable sessions

Requirements: Codex CLI installed (npm i -g @openai/codex or brew install codex)

autonomous-skill

Execute complex, long-running tasks across multiple sessions using a dual-agent pattern (Initializer + Executor) with automatic session continuation.

Installation:

/plugin marketplace add feiskyer/claude-code-settings
/plugin install autonomous-skill

Key Features:

• Dual-agent pattern (Initializer creates a task list, Executor completes tasks)
• Auto-continuation across sessions with progress tracking
• Task isolation with per-task directories (.autonomous/<task-name>/)
• Progress persistence via task_list.md and progress.md
• Headless mode execution using Claude CLI

Usage:

You: "Please use autonomous skill to build a REST API for a todo app"
Claude: [Creates .autonomous/build-rest-api-todo/, initializes task list, starts execution]

Requirements: Claude CLI installed

nanobanana-skill

Generate or edit images using Google Gemini API via nanobanana. Use when creating, generating, or editing images.

Installation:

/plugin marketplace add feiskyer/claude-code-settings
/plugin install nanobanana-skill

Key Features:

• Image generation with various aspect ratios
• Image editing capabilities
• Multiple model options (gemini-3-pro-image-preview, gemini-2.5-flash-image)
• Resolution options (1K, 2K, 4K)
• Support for various aspect ratios (square, portrait, landscape, ultra-wide)

Requirements:

• GEMINI_API_KEY configured in ~/.nanobanana.env
• Python3 with google-genai, Pillow, python-dotenv (install via pip install -r requirements.txt in the plugin directory)

gpt-image-skill

Generate or edit images using OpenAI's GPT Image models (gpt-image-2, gpt-image-1, etc).

Triggered by: "gpt image", "openai image", "generate image with openai", "draw image", "AI绘图", "画图"

Key Features:

• Image generation with multiple models (gpt-image-2, gpt-image-1.5, gpt-image-1, gpt-image-1-mini)
• Image editing with up to 3 reference images
• Multiple sizes (square, portrait, landscape, auto)
• Quality control (auto, high, medium, low)
• Transparent background support
• Multiple output formats (png, jpeg, webp)

Requirements:

• OPENAI_API_KEY configured in ~/.gpt-image.env or exported
• Python3 with openai, Pillow (install via pip install -r requirements.txt in the skill directory)

youtube-transcribe-skill

Extract subtitles/transcripts from a YouTube video link.

Installation:

/plugin marketplace add feiskyer/claude-code-settings
/plugin install youtube-transcribe-skill

Key Features:

• Dual extraction methods: CLI (fast) and Browser Automation (fallback)
• Automatic subtitle language selection (zh-Hans, zh-Hant, en)
• Efficient DOM-based extraction for browser method
• Saves transcripts to local text files

Requirements:

• yt-dlp (for CLI method)
• or chrome-devtools-mcp (for browser automation method)

deep-research

Multi-agent orchestration workflow for deep research. Decomposes research goals into parallel sub-objectives, spawns claude -p sub-processes, aggregates results, and delivers polished reports.

Triggered by: "深度调研", "deep research", "wide research", "multi-agent research", or systematic research needs

Key Features:

• Multi-agent orchestration: Splits research goals into parallel sub-tasks executed via claude -p
• Skills-first approach: Prioritizes installed skills, then MCP tools (firecrawl → exa), then WebFetch/WebSearch
• Structured delivery: Produces file-based reports with executive summaries, not chat messages
• Chapter-by-chapter refinement: Iterative polishing with source verification
• Comprehensive logging: Dispatcher logs, per-task logs, raw data caching
• Scale-aware execution: Micro (1-2 tasks) to large (15+) with appropriate parallelization

Use Cases:

• Systematic web/document research
• Competitive/industry analysis
• Batch URL/dataset processing
• Long-form writing with evidence integration

Directory Structure:

.research/<name>/
├── prompts/           # Sub-task prompts
├── child_outputs/     # Sub-process outputs
├── logs/              # Execution logs
├── raw/               # Cached raw data
└── final_report.md    # Polished deliverable

Usage:

You: "深度调研一下 AI Agent 框架的现状"
Claude: [Initiates reconnaissance, proposes sub-objectives, waits for confirmation, then orchestrates parallel research]

kiro-skill

Interactive feature development workflow from idea to implementation.

Triggered by: "kiro", or references to .kiro/specs/ directory

Installation:

/plugin marketplace add feiskyer/claude-code-settings
/plugin install kiro-skill

Workflow:

1. Requirements → Define what needs to be built (EARS format with user stories)
2. Design → Determine how to build it (architecture, components, data models)
3. Tasks → Create actionable implementation steps (test-driven, incremental)
4. Execute → Implement tasks one at a time

Usage:

You: "I need to create a kiro feature spec for user authentication"
Claude: [Automatically uses kiro-skill]

spec-kit-skill

GitHub Spec-Kit integration for constitution-based spec-driven development.

Triggered by: "spec-kit",