TossPayments payment integration documentation access via MCP. Use when integrating TossPayments payment widget, checkout flow, payment approval API, or when user mentions 토스페이먼츠, 결제, 결제위젯, 결제 승인, payment widget, TossPayments SDK, payment approval.
Oen Payment (應援金流) integration assistant. Helps developers integrate payment checkout, subscriptions, refunds, and transaction queries via the Oen Payment REST API and MCP server. Use when the user mentions "oen payment", "應援金流", "oen 金流", payment checkout with oen, oen subscription, oen refund, oen transaction, or wants to set up the oen-payment MCP server. Also trigger when code imports or references oen-payment, payment-api.oen.tw, or @OEN-Tech/oen-payment-mcp-server.
Check skills and MCPs before reasoning on your own — leverage existing knowledge first
Use when looking for available tools, MCP servers, or CLI utilities for a task. Triggers: 'what tools do I have', 'is there an MCP for this', 'what's available', 'find a tool for', 'discover tooling', 'what CLI tools exist'. NOT for: documenting existing tools (use documenting-tools).
Use this when complex problem-solving, root cause analysis, strategic decision-making, or systematic thinking is needed. Applies 15 thinking methods with multi-agent orchestration and Clear-Thought MCP integration for enhanced analysis quality.
System resource monitoring including CPU, memory, disk, and network statistics. Use when checking system health, diagnosing performance issues, or monitoring resources.
コマンドの配置場所と優先順位（プロジェクト/ユーザー/MCP、名前空間、競合解決）を整理し、配置判断と移行方針を支援するスキル。 配置基準、優先順位ルール、移行フローを一貫して整理する。 Anchors: • The Pragmatic Programmer (Andrew Hunt, David Thomas) / 適用: 配置判断の実務 / 目的: 運用の一貫性確保 • Priority Resolution Protocol / 適用: 同名競合の解決 / 目的: 優先順位の明確化 Trigger: Use when determining command placement, resolving command priority conflicts, or migrating commands between project/user/MCP layers. command placement, priority resolution, namespace design, project vs user commands, MCP integration
Proactively captures significant work into the journal for future reference
GitHub API integration for issues, pull requests, workflows, and repository management. Use when working with GitHub issues, PRs, releases, or CI/CD workflows.
提供完整的 7 阶段功能开发工作流（需求理解、代码探索、架构设计、实施、审查、总结）。适用于新功能实施、复杂代码修改和重构、API/数据库/服务架构设计、多模块功能开发以及需要代码审查的实施任务。融合 ultrathink 深度分析、MCP 工具增强（context7、exa、sequential-thinking）和并行 agent 执行（code-explorer、code-architect、code-reviewer）。当用户提出功能开发、架构设计或代码重构需求时使用此技能。根据用户设置和输入语言进行交互。
Web scraping toolkit using MCP scraper tools. Invoked when extracting content from web pages, converting HTML to markdown, extracting plain text, or harvesting links from URLs. Provides four specialized tools for different extraction needs with CSS selector filtering, batch operations, and retry logic.
Create and paint textures in Blockbench using MCP tools. Use when creating textures, painting on models, using brush tools, filling colors, drawing shapes, applying gradients, managing texture layers, or working with UV mapping. Covers pixel art texturing, procedural painting, and UV manipulation.
获取A股数据(baostock)并缓存到本地CSV文件，避免MCP返回大量数据占用上下文。触发场景：(1)获取超过100条的K线数据 (2)需要多次查询同一股票数据 (3)需要用grep/awk分析数据 (4)用户提到"保存数据"或"缓存数据"
Structured reasoning tools for complex problem analysis with observation, hypothesis, analysis, and conclusion steps. Use when analyzing complex problems, debugging difficult issues, or making important decisions.
Generates production-ready BAML applications from natural language requirements. Creates complete type definitions, functions, clients, tests, and framework integrations for data extraction, classification, RAG, and agent workflows. Queries official BoundaryML repositories via MCP for real-time patterns. Supports multimodal inputs (images, audio), 6 programming languages (Python, TypeScript, Ruby, Java, Go, C#), 10+ frameworks, 50-70% token optimization, and 95%+ compilation success.
Use semantic memory from code-recall MCP to remember decisions, patterns, and learnings across sessions. Call get_briefing at session start, check_rules before major changes, and store_observation after important decisions.
Orchestrates life sciences APIs to build knowledge graphs using the Fuzzy-to-Fact protocol, combining MCPs for nodes and curl for edges, then persisting to Graphiti. This skill should be used when the user asks to "build knowledge graphs", "find biological connections", "explore drug repurposing", "validate drug targets", or mentions traversing gene→protein→pathway→drug→disease paths, multi-API orchestration, or graph persistence workflows.
This skill should be used when configuring, installing, or managing MCP (Model Context Protocol) servers in Claude Code. Use when users need to connect Claude Code to external tools, databases, APIs, or services through MCP integration.
