Can I use this for building web servers?

Yes, it is specifically designed to handle the complex backend logic and process management required for high-performance web servers and distributed infrastructure.

How does this skill handle concurrency?

It provides standardized patterns for the actor model and process management, ensuring type-safe messaging and efficient resource handling across thousands of lightweight processes.

How does it manage application errors?

The skill implements OTP supervision trees, which allow applications to automatically monitor and restart failing processes based on specific strategies like OneForOne or RestForOne.

Does it support Erlang interoperability?

Yes, it includes guidance on using gleam_erlang and glixir for safe interop between Gleam and the wider Elixir/Erlang ecosystem.

Gleam OTP is a framework for building concurrent, distributed, and fault-tolerant systems in the Gleam programming language, leveraging the proven power of the Erlang BEAM virtual machine.

Gleam OTP Development

Name: Gleam OTP Development
Author: renatillas

byrenatillas

API 개발

Builds concurrent, fault-tolerant applications using the Gleam OTP framework on the BEAM virtual machine.

소개

This skill empowers Claude Code to architect and implement robust distributed systems using Gleam and the Open Telecom Platform (OTP). It provides specialized guidance on creating type-safe actors, configuring complex supervision trees for automatic error recovery, and managing concurrent tasks. By leveraging the power of the Erlang runtime, it helps developers build scalable, resilient backends and distributed BEAM applications while maintaining Gleam's modern syntax and type safety guarantees.

주요 기능

Seamless integration with Erlang BEAM runtime and low-level process operations
0 GitHub stars
Implementation patterns for worker pools, event managers, and registries
Advanced supervision tree configuration with custom restart strategies
Comprehensive guidance for testing concurrent actors and monitoring system health
Type-safe actor model implementation for secure concurrent messaging

사용 사례

Building high-concurrency message brokers and real-time data processing systems
Architecting resilient backend services that require high availability and fault tolerance
Developing distributed BEAM applications that leverage Erlang's process isolation

소개

주요 기능

Seamless integration with Erlang BEAM runtime and low-level process operations
0 GitHub stars
Implementation patterns for worker pools, event managers, and registries
Advanced supervision tree configuration with custom restart strategies
Comprehensive guidance for testing concurrent actors and monitoring system health
Type-safe actor model implementation for secure concurrent messaging

사용 사례

Building high-concurrency message brokers and real-time data processing systems
Architecting resilient backend services that require high availability and fault tolerance
Developing distributed BEAM applications that leverage Erlang's process isolation