Can I use this for C-integration via NIFs?

Absolutely. The skill includes patterns for declaring and loading Native Implemented Functions (NIFs) for high-performance computing tasks.

How does Gleam handle Erlang's dynamic types?

Gleam uses the 'Dynamic' type and decoders to safely validate and convert Erlang terms into Gleam's static types at the application boundary.

Can I call any Erlang function from Gleam?

Yes, using the @external attribute, you can map any Erlang function to a typed Gleam function signature, creating a safe boundary between the languages.

What is the main benefit of using Gleam Erlang interop?

It allows you to leverage the massive, battle-tested Erlang ecosystem and OTP libraries while keeping the productivity and safety of Gleam's modern type system.

Does this skill support Erlang Term Storage (ETS)?

Yes, it provides patterns for creating, inserting, and looking up data in ETS tables directly from your Gleam application.

Gleam Erlang Interop

Name: Gleam Erlang Interop
Author: TheBushidoCollective

byTheBushidoCollective

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API 개발

Bridges Gleam applications with the Erlang ecosystem through type-safe external function declarations and BEAM integration patterns.

This skill provides specialized guidance for developers working at the intersection of Gleam and Erlang, enabling the seamless use of Erlang libraries and the broader BEAM ecosystem. It focuses on implementing type-safe external function declarations, data decoding with the Dynamic type, and robust patterns for NIFs and Ports. By bridging these two environments, it allows developers to leverage decades of production-proven Erlang infrastructure while maintaining the modern, static type guarantees of the Gleam language.

주요 기능

01High-performance caching patterns using Erlang Term Storage (ETS)

02Integration patterns for the Erlang standard library (crypto, rand, os)

03Support for Native Implemented Functions (NIFs) and external Ports

04Type-safe external function declarations for Erlang modules

0595 GitHub stars

06Advanced data decoding using Gleam's Dynamic type and custom decoders

사용 사례

01Calling specialized Erlang crypto or networking libraries within Gleam projects

02Interfacing with low-level system resources via Erlang Ports or C-based NIFs

03Migrating legacy Erlang codebases to Gleam while maintaining existing logic

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add thebushidocollective/han gleam-interop

For use in Claude.ai and ChatGPT

Download Skill