Skill UI

This module provides essential architectural abstractions for structuring complex applications using the Webiny framework. It defines core types for various system components, including Admin panels, APIs, Command Line Interfaces (CLI), Infrastructure management, and Project logic. Developers must utilize these imported abstractions to ensure strict type safety and clear separation of concerns in their code.

This guide details the UseCase pattern, an architectural pattern used to encapsulate specific business operations within the Webiny framework. Learn how to define UseCases as injectable dependencies, manage input and output using the structured Result<T, E> type, and implement robust, domain-specific error handling. Mastering this pattern is crucial for building highly modular, testable, and maintainable backend APIs.

This guide details how to build and integrate custom, editable components for a Website Builder platform using the webiny-website-builder-nextjs SDK. Developers can learn to register components, define configurable inputs (text, image, colors, etc.), handle complex data types (like lexical objects), implement advanced theming, and build Server Components to fetch live CMS data. Ideal for creating a seamless, professional user experience within a web editor environment.

This tool allows users to execute complex, multi-agent workflows defined in YAML format directly within the AI environment. It functions as an orchestration engine, sequentially invoking various specialized roles (agents) without requiring manual API key configuration. Ideal for structured tasks requiring collaboration between multiple personas.

This skill generates a complete, standalone, and highly structured pricing page in standalone HTML. It automatically respects the active design system (colors, typography, components) and supports defining 2-4 plan tiers, including feature cards, comprehensive comparison tables, and an FAQ section. Ideal for product marketing and sales-focused websites.

This comprehensive tool provides annotations and tooling to automatically generate industry-standard OpenAPI/Swagger documentation for Go backend services. By treating documentation as a contract, developers can annotate handlers, define complex parameters, and specify security schemes (JWT, OAuth2). It integrates seamlessly with major Go frameworks like Gin, Echo, and Fiber, ensuring the Swagger UI is the accurate source of truth for API consumers and maintaining clean API contracts.

A comprehensive playbook detailing advanced exploitation techniques in decentralized finance (DeFi). Covers flash loan mechanics, price oracle manipulation (spot vs. TWAP), MEV extraction strategies (Sandwich, JIT), governance exploits, and core smart contract vulnerabilities. Essential for security auditors and risk analysts.

A comprehensive playbook covering advanced smart contract audit techniques for Solidity/EVM. Focuses on critical patterns like reentrancy (cross-contract), integer overflows, access control misuse, delegatecall exploits, flash loans, and advanced MEV/front-running attacks. Essential for securing DeFi protocols.

The Form Model system provides a comprehensive, declarative way to build complex user forms. It supports defining various field types (Text, Number, DateTime, File, Object, etc.) using a fluent builder API. Developers can control layout, apply advanced validation (Zod), implement conditional visibility/disability rules, and handle complex data structures like nested objects and dynamic zones, making it ideal for building advanced admin interfaces.

A powerful skill that enables natural-language interaction with complex DeFi protocols across multiple EVM chains. It acts as a non-custodial agent, interpreting user prompts (e.g., 'swap X for Y') into simulated, multi-step transactions (like approve + swap). It utilizes account abstraction (EIP-7702/ERC-4337) to simulate and queue secure, user-signed transactions via the CLI, making advanced DeFi accessible from the terminal.

A specialized CLI alias designed to implement the PUA P9 protocol, simulating the role of a P9 tech lead for AI coding assistance (Codex/Claude Code). This tool helps users structure complex development tasks by focusing on writing precise prompts, managing execution steps, and strictly adhering to a defined professional protocol, minimizing direct code implementation unless reassigned. It ensures rigorous process management and evidence-based output.

This skill guides the safe execution of chaos engineering experiments to surface weaknesses in production systems without causing actual outages. It provides tools to design robust experiments by defining hypotheses, calculating the potential 'blast radius' before failure injection, setting strict abort criteria, and generating structured postmortems. Ideal for SRE teams running game days and resilience tests.