A Rust library for building Discord bots and applications with full API coverage and async support.
Serenity is a Rust library that provides a complete interface to the Discord API, enabling developers to build bots and client applications. It handles low-level details like WebSocket connections, sharding, and rate limiting while offering high-level abstractions for events, models, and caching. The library solves the problem of interacting with Discord's complex API in a safe, efficient, and idiomatic Rust way.
Rust developers building Discord bots, automation tools, or custom clients who need full control over API interactions and value type safety and performance.
Developers choose Serenity for its comprehensive Discord API coverage, automatic handling of scalability concerns like sharding, and its modular design via feature flags. Its strong integration with the Rust ecosystem and focus on async/await concurrency make it a robust choice for production bots.
A Rust library for the Discord API.
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Provides both low-level HTTP wrappers and high-level models for all Discord API endpoints, ensuring full access to Discord's features without manual implementation.
Transparently handles sharded WebSocket connections, abstracting away scalability concerns and allowing bots to grow seamlessly with user demand.
Offers fine-grained control via Cargo features, enabling developers to include only necessary components like cache or voice support, optimizing for performance and size.
Includes an optional in-memory cache that reduces API calls and improves response times, as highlighted in the cache module documentation.
Enables integration with plugins like Songbird for audio functionality, making it straightforward to build voice-enabled bots without low-level hassle.
The built-in standard_framework is deprecated as of v0.12.1, forcing developers to rely on external frameworks like poise for command handling, adding dependency management overhead.
Requires managing async runtime with tokio and understanding Rust's async/await patterns, which can be daunting for those new to concurrent programming in Rust.
The optional cache feature can consume significant RAM, as warned in the README, making it unsuitable for resource-constrained deployment environments.
Numerous feature flags, such as choosing between rustls_backend and native_tls_backend, add configuration complexity and increase the risk of misconfiguration or bloated builds.