A Rust library for interacting with the Discord API, providing a full-featured toolkit for building Discord bots.
Serenity is a Rust library that provides a complete interface to the Discord API, enabling developers to build feature-rich Discord bots and applications. It handles WebSocket connections, REST API calls, voice functionality, and event dispatching, abstracting away the underlying protocol complexities. The library solves the problem of interacting with Discord's various APIs in a safe, efficient, and idiomatic Rust way.
Rust developers building Discord bots, from hobbyists creating simple automation tools to professionals developing large-scale community management applications. It's particularly suited for those who value type safety, performance, and control over their bot's architecture.
Developers choose Serenity for its comprehensive Discord API coverage, excellent Rust ergonomics, and modular design via feature flags. Its strong typing prevents common API misuse, while automatic sharding and caching reduce boilerplate. The active ecosystem with extensions like Poise and Songbird provides a complete bot development stack.
A Rust library for the Discord API.
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Supports Discord's gateway events, REST API, and voice connections through modular features, enabling full-featured bot development without gaps.
Transparently handles sharded WebSocket connections, abstracting scalability complexities for large bot deployments.
Leverages Rust's ownership and type system to prevent common API errors and ensure thread-safe, efficient code.
Allows fine-grained control via Cargo features to optimize binary size and capabilities, such as disabling cache or choosing TLS backends.
The built-in standard_framework is deprecated as of v0.12.1, forcing users to adopt external libraries like Poise for command handling, adding dependency management overhead.
The optional cache feature can consume significant RAM, with the README explicitly warning against enabling it on low-memory systems, limiting its use in resource-constrained environments.
Requires proficiency in Rust and async programming, with setup involving tokio, feature flags, and external dependencies for voice or commands, which can be daunting for newcomers.