Is it suitable for high-concurrency tasks?

Yes, it includes advanced patterns for worker pools and parallel processing designed to handle high-volume message rates while maintaining system stability.

Can I use it for TCP or HTTP services?

Absolutely; the skill includes guidance on using Meta Processes to bridge standard I/O protocols like TCP, UDP, and HTTP into the actor-based system.

What is the Ergo Framework?

Ergo is a Go framework that implements the Erlang actor model, providing a robust foundation for building distributed, fault-tolerant systems with native network transparency.

How does this skill help with Go development?

It provides specific patterns for spawning actors, defining supervisor strategies, and handling complex distributed messaging without using traditional mutexes or manual goroutines.

Does it support network communication?

Yes, it covers cluster configuration, service discovery via tools like etcd/Saturn, and EDF serialization for seamless cross-node communication.

Ergo Framework for Go

Name: Ergo Framework for Go
Author: 3commas-io

by3commas-io

API Development

Develops fault-tolerant, distributed actor-based systems in Go with Erlang-inspired reliability and network transparency.

About

The Ergo Framework skill empowers Claude to architect and implement high-performance, distributed systems using the actor model in Go. It provides comprehensive guidance on actor lifecycles, supervision trees for self-healing applications, and sophisticated message patterns like 'Important Delivery' and 'Two-Phase Commit'. Whether you are configuring cluster-wide service discovery, integrating I/O via meta processes, or managing parallel processing pools, this skill ensures implementation follows Ergo's strict non-blocking concurrency rules and best practices for cross-node EDF serialization.

Key Features

Dynamic application lifecycle management and cluster configuration
Network-transparent communication including Important Delivery and FR-2PC
Integration of TCP/UDP/HTTP services via meta process abstractions
Actor model implementation with specialized mailbox priority management
0 GitHub stars
Fault-tolerant supervision tree strategies (OneForOne, AllForOne)

Use Cases

Building highly available, distributed microservices that require Erlang-like reliability
Designing self-healing Go applications with hierarchical supervision and automatic restarts
Implementing scalable real-time messaging or trading systems with guaranteed delivery

About

Key Features

Dynamic application lifecycle management and cluster configuration
Network-transparent communication including Important Delivery and FR-2PC
Integration of TCP/UDP/HTTP services via meta process abstractions
Actor model implementation with specialized mailbox priority management
0 GitHub stars
Fault-tolerant supervision tree strategies (OneForOne, AllForOne)

Use Cases

Building highly available, distributed microservices that require Erlang-like reliability
Designing self-healing Go applications with hierarchical supervision and automatic restarts
Implementing scalable real-time messaging or trading systems with guaranteed delivery