Can I use these patterns for WPF or MAUI applications?

Absolutely. These messaging patterns are specifically designed to help decouple business logic from the UI thread, making them ideal for modern .NET desktop and mobile development.

Does this skill help with memory management in reactive streams?

Yes, the skill includes patterns for proper subscription disposal and memory leak prevention when working with IObservable and Subjects.

How does this skill handle backpressure?

It provides implementation patterns for Bounded Channels, allowing you to define how the system behaves when a buffer is full, such as waiting, dropping the oldest message, or dropping the newest.

When should I use System.Threading.Channels versus Rx.NET?

Use System.Threading.Channels for high-performance producer-consumer queues and backpressure management. Use Rx.NET (System.Reactive) for complex event composition, filtering, and observable streams.

.NET Pub-Sub & Reactive Messaging

Name: .NET Pub-Sub & Reactive Messaging
Author: christian289

bychristian289

•

API 开发

Implements robust Pub-Sub patterns and asynchronous messaging in .NET using System.Reactive and Channels.

关于

This skill provides a comprehensive guide and implementation patterns for building decoupled, event-driven .NET applications. It leverages System.Reactive (Rx.NET) for complex event streams and System.Threading.Channels for high-performance producer-consumer scenarios. Whether you need backpressure control, worker pools, or a centralized EventAggregator, this skill equips Claude with the best practices to manage asynchronous communication and state transitions effectively within the .NET ecosystem.

主要功能

Decoupled event-driven architecture using the Rx.NET EventAggregator pattern
6 GitHub stars
Implementation of high-performance Producer-Consumer patterns with System.Threading.Channels
Advanced backpressure management strategies for bounded and unbounded channels
Seamless Dependency Injection (DI) integration for message readers and writers
Reactive event stream manipulation using Throttle, Buffer, and Retry operators

使用场景

Implementing UI-independent messaging for WPF or MAUI applications
Building background worker pools for processing intensive tasks in parallel
Managing high-throughput event streams with rate limiting and batching requirements

关于

主要功能

Decoupled event-driven architecture using the Rx.NET EventAggregator pattern
6 GitHub stars
Implementation of high-performance Producer-Consumer patterns with System.Threading.Channels
Advanced backpressure management strategies for bounded and unbounded channels
Seamless Dependency Injection (DI) integration for message readers and writers
Reactive event stream manipulation using Throttle, Buffer, and Retry operators

使用场景

Implementing UI-independent messaging for WPF or MAUI applications
Building background worker pools for processing intensive tasks in parallel
Managing high-throughput event streams with rate limiting and batching requirements