Does it provide implementation for state machines?

Absolutely. It includes patterns for gen_statem, covering state transitions, data management, and different callback modes like state_functions.

Can this help with building fault-tolerant systems?

Yes, it specializes in designing supervisor trees and defining restart strategies (one_for_one, one_for_all, etc.) to ensure your application is resilient.

Is this skill suitable for production Erlang development?

Yes, it follows the Han marketplace principles of professional software development, focusing on production-ready, maintainable, and idiomatic Erlang code.

What Erlang behaviors does this skill support?

This skill provides comprehensive guidance and boilerplate for all primary OTP behaviors, including gen_server, gen_statem, supervisor, and gen_event.

Erlang OTP Patterns & Behaviors

Name: Erlang OTP Patterns & Behaviors
Author: TheBushidoCollective

byTheBushidoCollective

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API 开发

Implements robust Erlang applications using standard OTP behaviors for state management, fault tolerance, and process coordination.

关于

This skill empowers Claude to architect and implement production-grade Erlang systems by leveraging the Open Telecom Platform (OTP) framework. It provides deep expertise in core behaviors like gen_server for client-server logic, gen_statem for complex state transitions, and supervisor trees for building self-healing, fault-tolerant architectures. Whether you are building a distributed cache, a complex session manager, or a hierarchical process structure, this skill ensures your Erlang code follows proven industry patterns for reliability and high availability.

主要功能

Patterns for asynchronous and synchronous process communication
39 GitHub stars
Production-ready Erlang code generation following OTP best practices
Advanced gen_statem patterns for finite state machines
Standardized gen_server implementation for stateful processes
Fault-tolerant supervisor tree design and restart strategies

使用场景

Designing self-healing supervision hierarchies for system reliability
Building high-concurrency stateful backend services
Implementing complex protocol handlers using finite state machines

关于

主要功能

Patterns for asynchronous and synchronous process communication
39 GitHub stars
Production-ready Erlang code generation following OTP best practices
Advanced gen_statem patterns for finite state machines
Standardized gen_server implementation for stateful processes
Fault-tolerant supervisor tree design and restart strategies

使用场景

Designing self-healing supervision hierarchies for system reliability
Building high-concurrency stateful backend services
Implementing complex protocol handlers using finite state machines