messaging

Configure Wolverine messaging with transactional outbox and saga workflows.

Updated Apr 27, 2026
One-click install
npx skills add https://github.com/shahdanish/vibepos --skill messaging-shahdanish
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: messaging
Source: https://github.com/shahdanish/vibepos/tree/main/skills/messaging
Command: npx skills add https://github.com/shahdanish/vibepos --skill messaging-shahdanish

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Reliable event-driven communication in .NET is hard to get right, especially when you need messages to be consistent with database state and you must coordinate multi-step workflows safely.

Core Features & Use Cases

  • Wolverine-first messaging guidance: Use Wolverine for mediator-style messaging with built-in conventions, saga support, and transactional outbox patterns.
  • Transactional outbox reliability: Ensure events are published only after the database transaction succeeds, avoiding dual-write inconsistencies.
  • Correct workflow modeling: Use event choreography for simple 2–3 step flows and sagas for complex orchestration with failure handling.
  • Message contract discipline: Define message types as simple data contracts (primitive-friendly records) in a shared contracts project.
  • Broker configuration options: Set up broker transports such as RabbitMQ (and also cover Azure Service Bus considerations) and understand when to consider MassTransit.

Quick Start

Load the messaging skill when you implement event-driven communication and ask it to recommend Wolverine vs MassTransit, show a transactional outbox setup, and outline whether to use choreography or a saga for your specific workflow.

Frequently Asked Questions about messaging

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I implement a transactional outbox in .NET to prevent dual-write inconsistencies?

A transactional outbox in .NET ensures events are published only after the database transaction succeeds. This Skill guides Wolverine configuration to avoid dual-write inconsistencies by coupling message dispatch with database state changes.

When should I use event choreography vs saga orchestration for multi-step workflows?

Event choreography suits simple 2–3 step workflows, while saga orchestration handles complex multi-step flows with failure handling. This Skill helps model correct workflow architecture by evaluating workflow complexity and failure requirements.

What is the best way to configure Wolverine for RabbitMQ message publishing and consuming?

Configuring Wolverine for RabbitMQ involves using built-in conventions for handlers and defining message types as simple data contracts. This Skill outlines broker transport setup, mediator-style messaging, and module-to-module event publishing.

Does Wolverine or MassTransit work better for reliable asynchronous messaging in .NET?

Wolverine offers built-in conventions, saga support, and transactional outbox patterns, whereas MassTransit is an alternative consideration. This Skill compares both to recommend the right fit for your specific event-driven architecture.

Can I use Azure Service Bus with Wolverine for background processing?

Yes, Wolverine supports broker transports including Azure Service Bus for background processing. This Skill covers Azure Service Bus considerations alongside RabbitMQ for building reliable asynchronous messaging workflows in .NET.

How do I define message contracts for event-driven .NET applications?

Message contracts should be simple data contracts, typically primitive-friendly records, defined in a shared contracts project. This Skill enforces message contract discipline to ensure reliable module-to-module event publishing and consuming.