Skill UI

This module provides essential API abstractions for managing core system functionality and lifecycles. It includes the `InstallSystemUseCase` for executing system-wide installation routines and the `SystemInstalledEventHandler` for hooking into the system lifecycle immediately after successful installation. It is crucial for developers building robust, modular systems that require proper setup and event-driven logic.

This comprehensive API provides a structured set of abstractions for managing the entire lifecycle of tenants within a multi-tenant application. It includes dedicated use cases (e.g., CreateTenantUseCase, DeleteTenantUseCase), repositories for data persistence, and extensive event handlers (Before/After hooks) to hook into critical moments like creation, update, and deletion. It is essential for building robust, scalable, and event-driven multi-tenant systems.

A comprehensive set of API abstractions designed for website building. It provides structured use cases and event handlers for managing page lifecycle (create, read, update, delete), handling URL redirects, and generating configurations for modern frameworks like Next.js and Nuxt. This skill is essential for developers building sophisticated, content-driven websites.

This guide details the implementation of the EventHandler pattern for robust, event-driven architecture. Learn how to create handlers that react to the system's domain events (lifecycle hooks), process payloads, and publish custom domain events. Crucially, it enforces architectural best practices by ensuring handlers act as thin orchestrators, delegating all core business logic to separate, reusable service abstractions.

This tool analyzes and refactors code to detect and correct anemic domain models. It enforces rich domain modeling patterns (Entities, Value Objects, Aggregates, Domain Events), improving encapsulation and business logic ownership. Use it when validating, reviewing, or refactoring core domain logic to ensure adherence to Domain-Driven Design (DDD) principles.

A comprehensive guide to Test-Driven Development (TDD) for Quarkus 3.x services, focusing on achieving high coverage (80%+). It covers unit testing with Mockito, integration testing of REST endpoints, and advanced testing of event-driven architectures using Apache Camel and RabbitMQ.

This comprehensive guide provides expert knowledge on setting up, optimizing, and auditing digital analytics tracking. It covers best practices for implementing tracking in GA4, Google Tag Manager (GTM), and utilizing UTM parameters. Users learn how to structure events, define naming conventions (Object-Action), measure conversions, and establish a data-driven approach for marketing and product decisions.

Analyzes options chain data by separating real calls and puts from lottery-like speculative contracts to produce more reliable put/call sentiment, anomaly detection, and expiry breakdowns for watchlists, sectors, and event-driven names.

A comprehensive guide for planning, promoting, and optimizing virtual events and webinars. This skill treats the event as a full conversion funnel, assisting users in maximizing lead generation and pipeline acceleration. It covers end-to-end planning, data-driven performance diagnosis (scoring funnel breaks), and setting up evergreen lead engines.

This module provides comprehensive abstractions, data types, and utilities for managing webhooks. It includes interfaces for defining payloads, tracking delivery status, dispatching events, and verifying incoming webhooks, enabling robust event-driven integration between services.

This skill provides comprehensive guidance on designing complex system integrations, including event-driven architectures (EDA), webhook flows, API chaining, and robust ETL pipelines. It covers advanced patterns like Saga, Outbox, and resilience mechanisms (Idempotency, Circuit Breaker), making it ideal for connecting multiple microservices and managing asynchronous data flows.

A comprehensive Rust client library for integrating with Azure Service Bus. It allows developers to send and receive messages reliably using both point-to-point queues (for competing consumers) and publish-subscribe topics. This skill is essential for building robust, event-driven, and highly available distributed applications in Rust that require durable message passing within the Azure cloud environment.