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 Development

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

About

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.

Key Features

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

Use Cases

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

About

Key Features

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

Use Cases

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