Skill UI

This skill provides robust mechanisms to verify the integrity of AI agent plugins, tools, and dependencies. It generates deterministic SHA-256 manifests (INTEGRITY.json) for all components, allowing users to detect unauthorized modifications, track provenance, and ensure that deployed assets match their published versions. Use this during CI/CD pipelines, code review, and pre-production promotion to secure the entire agent ecosystem.

Learn how to add Adaptive Card response templates to MCP-based API plugins. This guide details static, dynamic, and combined templates, enabling developers to enhance data presentation and ensure a visually rich, structured user experience within Microsoft 365 Copilot.

This skill provides comprehensive guidance for building and refining applications, plugins, and function-calling flows using the Semantic Kernel framework. It supports multiple languages, including .NET and Python. Guidance emphasizes consulting the latest official documentation, adhering to best practices (like async patterns and strong typing), and correctly handling multi-ecosystem development.

Guides adding GraalVM native image support to Java apps by detecting Maven or Gradle frameworks, injecting native build plugins, configuring reflection/resource/JNI/proxy files, iterating builds per Oracle best practices, and validating the native executable.

A comprehensive guide to the three primary architecture patterns for integrating with Figma: CLI scripts, Webhook services, and dedicated plugins. This resource helps developers select the optimal pattern (REST vs. Plugin API) based on whether the use case requires real-time event handling, local automation, or in-editor component interaction. Ideal for planning robust Figma-connected applications like design token synchronization or linting.

This guide serves as a diagnostic reference for common Framer errors, covering issues across plugins, components, and Server APIs. It provides detailed causes and actionable fixes for problems like component rendering failures, incorrect API usage, and connection errors, helping developers efficiently debug and resolve integration issues.

A comprehensive checklist designed to guide users through deploying Framer integrations to a live production environment. It covers best practices for plugins, code components, server API synchronization (CMS), and final site publishing, ensuring a thorough and reliable go-live process.

A comprehensive diagnostic tool for resolving complex issues within Feishu plugins. It offers FAQs for common errors and features the deep diagnostic command (`/feishu_doctor`). This command systematically checks account configuration, API connectivity, application permissions, and user authorization status, generating a detailed report to resolve persistent technical failures.

This guide provides a comprehensive setup for local development workflows for Figma plugins and external REST API integrations. It enables developers to build, test, and iterate rapidly using hot reloading, mocked API fixtures, and structured project templates. Essential for creating design-to-code pipelines and advanced Figma tooling.

This guide details how to configure Framer's Continuous Integration/Continuous Deployment (CI/CD) pipeline using GitHub Actions. It covers automated testing for Framer plugins (using Vite/vitest), building, and synchronizing content from a CMS to the Framer site. Use this when setting up robust, automated deployment workflows for Framer projects, ensuring content and code changes are reliably published.

A utility designed to collect comprehensive diagnostic evidence for Framer development issues. It automatically gathers runtime environment details, installed package versions, API connectivity status, and necessary configuration files. Use this when preparing detailed support tickets or troubleshooting persistent bugs related to Framer plugins or server-side APIs.

This comprehensive 'Hello World' guide serves as a foundational tutorial for Framer development. It demonstrates key skills across the ecosystem, including building functional plugins (UI interaction), creating customizable code components with property controls, implementing dynamic code overrides for sophisticated animations, and interacting with the Framer Server API for headless site data management. Ideal for developers starting a new Framer integration or mastering core API patterns.