Skill UI

This skill guides users on building robust, event-driven pipelines within Oracle Cloud Infrastructure (OCI). It covers setting up OCI Events rules to monitor resource state changes (Compute, Object Storage, Identity). Events can then be routed to Oracle Notification Service (ONS) topics for real-time alerting or directly to OCI Functions (serverless processing) for complex, automated actions.

This guide helps users select and implement the optimal architecture pattern for Salesforce integrations. It compares three main approaches: simple Direct API polling, highly scalable Event-Driven using Change Data Capture (CDC), and complex Enterprise Middleware/iPaaS solutions. Use this when designing new integrations, planning data migration, or determining the best sync method based on data volume, latency, and complexity requirements.

A comprehensive guide outlining production-ready reference architectures for building robust Salesforce integrations. Covers best practices for Node.js integration apps, SFDX metadata projects, and implementing modern event-driven sync patterns (e.g., CDC). Use this guide when designing complex Salesforce solutions, reviewing project structure, or establishing enterprise-level architectural standards.

This skill guides the implementation of robust, real-time data integrations with Salesforce. It covers three critical mechanisms: Change Data Capture (CDC) for tracking record changes, Platform Events for custom business event buses, and handling Outbound Messages. Learn how to build resilient, event-driven architectures using asynchronous streaming protocols and ensure idempotent event processing.

Master event-driven patterns within Snowflake using native alerts, email integrations, external functions, and cloud notification services (S3/GCS). This skill is essential for building robust, reactive pipelines that trigger actions (like sending alerts, calling external APIs, or ingesting data) in response to data changes or specific system events. Use cases include data quality checks, real-time monitoring, and automated notifications.

This guide provides comprehensive implementation details for Webflow webhooks. It covers the entire lifecycle, including registering various trigger types (form submissions, new orders, site publishing) via the API. Critically, it teaches how to set up a secure backend endpoint with HMAC signature verification, allowing users to build robust, event-driven workflows that react automatically to user actions within Webflow.

This tool enables the real-time transmission of structured Aegis events (such as clip completion or person detection) to any external webhook URL. By posting event data as JSON, it seamlessly integrates Aegis functionality with major automation platforms like Zapier, IFTTT, Make, or custom backend services, allowing users to build complex, event-driven workflows and extend system capabilities.

This module provides core abstractions for implementing event-driven architecture within APIs. It includes `DomainEvent`, the fundamental base class for all domain events, and `EventPublisher`, which facilitates the structured publishing of these events to registered handlers. It is crucial for building highly decoupled, scalable, and maintainable backend services.

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.

Provides comprehensive architectural patterns for building cloud-native, event-driven microservices using Quarkus 3.x. It covers RESTful API design (JAX-RS), service layering, message queuing with Apache Camel/RabbitMQ, and data persistence via Hibernate Panache. The guide details advanced topics like asynchronous processing, custom logging context, and implementing complex business workflows in Java.

A comprehensive guide for implementing Test-Driven Development (TDD) for Quarkus 3.x services. It achieves high code coverage (80%+) and is optimized for event-driven architectures using Apache Camel. Use this guide when adding new features, fixing bugs, or refactoring services, especially those involving REST endpoints, asynchronous processing, or message queues.