ircbot

An async IRC bot framework for Rust powered by Tokio and procedural macros.

use ircbot::{bot, Context, User, Result};

#[bot]
impl MyBot {
    #[command("ping")]
    async fn ping(&self, ctx: Context) -> Result {
        ctx.reply("Pong!")
    }

    #[on(message = "you are *")]
    async fn praise_me(&self, ctx: Context) -> Result {
        ctx.say("Correct.")
    }

    #[on(event = "JOIN")]
    async fn welcome(&self, ctx: Context, user: User) -> Result {
        ctx.say(format!("Welcome, {}!", user.nick))
    }

    #[on(cron = "0 0 9 * * MON-FRI", target = "#general")]
    async fn morning(&self, ctx: Context) -> Result {
        ctx.say("Good morning!")
    }
}

#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
    MyBot::new("mybot", "localhost:6667", ["general"])
        .await?
        .main_loop()
        .await
}

Highlights

• Proc-macro API — annotate methods with #[command] or #[on]; #[bot] wires everything up.
• Flexible triggers — commands (!ping), glob patterns ("you are *"), raw IRC events, mention detection, cron schedules — all with optional target-channel and regex filters.
• Reply helpers — ctx.reply(), ctx.say(), ctx.action(), ctx.notice(), ctx.whisper().
• Keepalive & auto-reconnect — periodic PING/PONG monitoring; reconnects and re-joins on drop.
• Hot reload (Unix) — SIGHUP execs the new binary with the live TCP socket inherited; no reconnect, no missed messages.
• Flood protection — token-bucket rate limiter (default: burst 4, 1 msg / 500 ms).
• Auto message splitting — long messages are word-wrapped and split within the 512-byte IRC limit.
• Output sanitization — \r, \n, \0 stripped from every outgoing message.
• Unit-testable — ircbot::testing::TestContext lets you test handlers without a live server.

Full API reference: docs.rs/ircbot

Getting started

[dependencies]
ircbot = "0.1"
tokio  = { version = "1", features = ["full"] }

See the basic_bot example and the docs for the complete API, hot-reload guide, testing helpers, and lower-level State / internal APIs.

License

MIT

AI Disclaimer

This project was written primarily by AI, orchestrated, supervised and reviewed by a human (me). Feel free to use any AI tool for contributions to this project.