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https://github.com/teloxide/teloxide

🤖 An elegant Telegram bots framework for Rust
https://github.com/teloxide/teloxide

rust telegram telegram-bot-api telegram-bot-framework teloxide

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🤖 An elegant Telegram bots framework for Rust

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README 

        
> [v0.11 -> v0.12 migration guide >>](MIGRATION_GUIDE.md#011---012)





  

  
teloxide


  

    

  

  

    

  

  

    

  

  

    

  

  

    

  



  A full-featured framework that empowers you to easily build [Telegram bots](https://telegram.org/blog/bot-revolution) using [Rust](https://www.rust-lang.org/). It handles all the difficult stuff so you can focus only on your business logic.




## Highlights



 - **Declarative design.** `teloxide` is based upon [`dptree`], a functional [chain of responsibility] pattern that allows you to express pipelines of message processing in a highly declarative and extensible style.



[`dptree`]: https://github.com/teloxide/dptree

[chain of responsibility]: https://en.wikipedia.org/wiki/Chain-of-responsibility_pattern



 - **Feature-rich.** You can use both long polling and webhooks, configure an underlying HTTPS client, set a custom URL of a Telegram API server, do graceful shutdown, and much more.



 - **Simple dialogues.** Our dialogues subsystem is simple and easy-to-use, and, furthermore, is agnostic of how/where dialogues are stored. For example, you can just replace a one line to achieve [persistence]. Out-of-the-box storages include [Redis] and [Sqlite].



[persistence]: https://en.wikipedia.org/wiki/Persistence_(computer_science)

[Redis]: https://redis.io/

[Sqlite]: https://www.sqlite.org



 - **Strongly typed commands.** Define bot commands as an `enum` and teloxide will parse them automatically — just like JSON structures in [`serde-json`] and command-line arguments in [`structopt`].



[`structopt`]: https://github.com/TeXitoi/structopt

[`serde-json`]: https://github.com/serde-rs/json



## Setting up your environment



 1. [Download Rust](http://rustup.rs/).

 2. Create a new bot using [@Botfather](https://t.me/botfather) to get a token in the format `123456789:blablabla`.

 3. Initialise the `TELOXIDE_TOKEN` environmental variable to your token:

```bash

# Unix-like

$ export TELOXIDE_TOKEN=



# Windows command line

$ set TELOXIDE_TOKEN=



# Windows PowerShell

$ $env:TELOXIDE_TOKEN=

```



 4. Make sure that your Rust compiler is up to date (`teloxide` currently requires rustc at least version 1.70):

```bash

# If you're using stable

$ rustup update stable

$ rustup override set stable



# If you're using nightly

$ rustup update nightly

$ rustup override set nightly

```



 5. Run `cargo new my_bot`, enter the directory and put these lines into your `Cargo.toml`:

```toml

[dependencies]

teloxide = { version = "0.12", features = ["macros"] }

log = "0.4"

pretty_env_logger = "0.4"

tokio = { version =  "1.8", features = ["rt-multi-thread", "macros"] }

```



## API overview



### The dices bot



This bot replies with a dice to each received message:



[[`examples/throw_dice.rs`](crates/teloxide/examples/throw_dice.rs)]



```rust,no_run

use teloxide::prelude::*;



#[tokio::main]

async fn main() {

    pretty_env_logger::init();

    log::info!("Starting throw dice bot...");



    let bot = Bot::from_env();



    teloxide::repl(bot, |bot: Bot, msg: Message| async move {

        bot.send_dice(msg.chat.id).await?;

        Ok(())

    })

    .await;

}

```





    




### Commands



Commands are strongly typed and defined declaratively, similar to how we define CLI using [structopt] and JSON structures in [serde-json]. The following bot accepts these commands:



 - `/username `

 - `/usernameandage  `

 - `/help`



[structopt]: https://docs.rs/structopt/0.3.9/structopt/

[serde-json]: https://github.com/serde-rs/json



[[`examples/command.rs`](crates/teloxide/examples/command.rs)]



```rust,no_run

use teloxide::{prelude::*, utils::command::BotCommands};



#[tokio::main]

async fn main() {

    pretty_env_logger::init();

    log::info!("Starting command bot...");



    let bot = Bot::from_env();



    Command::repl(bot, answer).await;

}



#[derive(BotCommands, Clone)]

#[command(rename_rule = "lowercase", description = "These commands are supported:")]

enum Command {

    #[command(description = "display this text.")]

    Help,

    #[command(description = "handle a username.")]

    Username(String),

    #[command(description = "handle a username and an age.", parse_with = "split")]

    UsernameAndAge { username: String, age: u8 },

}



async fn answer(bot: Bot, msg: Message, cmd: Command) -> ResponseResult<()> {

    match cmd {

        Command::Help => bot.send_message(msg.chat.id, Command::descriptions().to_string()).await?,

        Command::Username(username) => {

            bot.send_message(msg.chat.id, format!("Your username is @{username}.")).await?

        }

        Command::UsernameAndAge { username, age } => {

            bot.send_message(msg.chat.id, format!("Your username is @{username} and age is {age}."))

                .await?

        }

    };



    Ok(())

}

```





    




### Dialogues management



A dialogue is typically described by an enumeration where each variant is one possible state of the dialogue. There are also _state handler functions_, which may turn a dialogue from one state to another, thereby forming an [FSM].



[FSM]: https://en.wikipedia.org/wiki/Finite-state_machine



Below is a bot that asks you three questions and then sends the answers back to you:



[[`examples/dialogue.rs`](crates/teloxide/examples/dialogue.rs)]



```rust,ignore

use teloxide::{dispatching::dialogue::InMemStorage, prelude::*};



type MyDialogue = Dialogue>;

type HandlerResult = Result<(), Box>;



#[derive(Clone, Default)]

pub enum State {

    #[default]

    Start,

    ReceiveFullName,

    ReceiveAge {

        full_name: String,

    },

    ReceiveLocation {

        full_name: String,

        age: u8,

    },

}



#[tokio::main]

async fn main() {

    pretty_env_logger::init();

    log::info!("Starting dialogue bot...");



    let bot = Bot::from_env();



    Dispatcher::builder(

        bot,

        Update::filter_message()

            .enter_dialogue::, State>()

            .branch(dptree::case![State::Start].endpoint(start))

            .branch(dptree::case![State::ReceiveFullName].endpoint(receive_full_name))

            .branch(dptree::case![State::ReceiveAge { full_name }].endpoint(receive_age))

            .branch(

                dptree::case![State::ReceiveLocation { full_name, age }].endpoint(receive_location),

            ),

    )

    .dependencies(dptree::deps![InMemStorage::::new()])

    .enable_ctrlc_handler()

    .build()

    .dispatch()

    .await;

}



async fn start(bot: Bot, dialogue: MyDialogue, msg: Message) -> HandlerResult {

    bot.send_message(msg.chat.id, "Let's start! What's your full name?").await?;

    dialogue.update(State::ReceiveFullName).await?;

    Ok(())

}



async fn receive_full_name(bot: Bot, dialogue: MyDialogue, msg: Message) -> HandlerResult {

    match msg.text() {

        Some(text) => {

            bot.send_message(msg.chat.id, "How old are you?").await?;

            dialogue.update(State::ReceiveAge { full_name: text.into() }).await?;

        }

        None => {

            bot.send_message(msg.chat.id, "Send me plain text.").await?;

        }

    }



    Ok(())

}



async fn receive_age(

    bot: Bot,

    dialogue: MyDialogue,

    full_name: String, // Available from `State::ReceiveAge`.

    msg: Message,

) -> HandlerResult {

    match msg.text().map(|text| text.parse::()) {

        Some(Ok(age)) => {

            bot.send_message(msg.chat.id, "What's your location?").await?;

            dialogue.update(State::ReceiveLocation { full_name, age }).await?;

        }

        _ => {

            bot.send_message(msg.chat.id, "Send me a number.").await?;

        }

    }



    Ok(())

}



async fn receive_location(

    bot: Bot,

    dialogue: MyDialogue,

    (full_name, age): (String, u8), // Available from `State::ReceiveLocation`.

    msg: Message,

) -> HandlerResult {

    match msg.text() {

        Some(location) => {

            let report = format!("Full name: {full_name}\nAge: {age}\nLocation: {location}");

            bot.send_message(msg.chat.id, report).await?;

            dialogue.exit().await?;

        }

        None => {

            bot.send_message(msg.chat.id, "Send me plain text.").await?;

        }

    }



    Ok(())

}

```





    




[More examples >>](crates/teloxide/examples/)



## Testing



A community made crate [`teloxide_tests`](https://github.com/LasterAlex/teloxide_tests) can be used to test your bots.



[Some testing examples >>](https://github.com/LasterAlex/teloxide_tests/tree/master/examples)



## Tutorials



 - [_"Migrating my family finance bot from Python to Rust (teloxide) because I am tired of exceptions (part 1)"_](https://trkohler.com/posts/i-migrated-my-family-finance-bot-from-python-to-rust-because-i-am-tired-of-exceptions/) by Troy Köhler.

 - [_"Migrating my family finance bot from Python to Rust (teloxide) [part 2]"_](https://trkohler.com/posts/migrating-my-family-finance-bot-from-python-to-rust-teloxide-part-2/) by Troy Köhler.



## FAQ



**Q: Where I can ask questions?**



A:



 - [Issues] is a good place for well-formed questions about the library design, enhancements, and bug reports.

 - [GitHub Discussions] is a place where you can ask us for help in a less formal manner.

 - If you need quick help in real-time, you should ask a question in [our official Telegram group].



[Issues]: https://github.com/teloxide/teloxide/issues

[our official Telegram group]: https://t.me/teloxide

[GitHub Discussions]: https://github.com/teloxide/teloxide/discussions



**Q: Do you support the Telegram API for clients?**



A: No, only the bots API.



**Q: Can I use webhooks?**



A: You can! `teloxide` has a built-in support for webhooks in `dispatching::update_listeners::webhooks` module. See how it's used in [`examples/ngrok_ping_pong_bot`](crates/teloxide/examples/ngrok_ping_pong.rs) and [`examples/heroku_ping_pong_bot`](crates/teloxide/examples/heroku_ping_pong.rs).



**Q: Can I handle both callback queries and messages within a single dialogue?**



A: Yes, see [`examples/purchase.rs`](crates/teloxide/examples/purchase.rs).



## Community bots



Feel free to propose your own bot to our collection!



 - [`raine/tgreddit`](https://github.com/raine/tgreddit) — A bot that sends the top posts of your favorite subreddits to Telegram.

 - [`magnickolas/remindee-bot`](https://github.com/magnickolas/remindee-bot) — Telegram bot for managing reminders.

 - [`WaffleLapkin/crate_upd_bot`](https://github.com/WaffleLapkin/crate_upd_bot) — A bot that notifies about crate updates.

 - [`mattrighetti/GroupActivityBot`](https://github.com/mattrighetti/group-activity-bot-rs) — Telegram bot that keeps track of user activity in groups.

 - [`alenpaul2001/AurSearchBot`](https://gitlab.com/alenpaul2001/aursearchbot) — Telegram bot for searching in Arch User Repository (AUR).

 - [`ArtHome12/vzmuinebot`](https://github.com/ArtHome12/vzmuinebot) — Telegram bot for food menu navigate.

 - [`studiedlist/EddieBot`](https://gitlab.com/studiedlist/eddie-bot) — Chatting bot with several entertainment features.

 - [`modos189/tg_blackbox_bot`](https://gitlab.com/modos189/tg_blackbox_bot) — Anonymous feedback for your Telegram project.

 - [`0xNima/spacecraft`](https://github.com/0xNima/spacecraft) — Yet another telegram bot to downloading Twitter spaces.

 - [`0xNima/Twideo`](https://github.com/0xNima/Twideo) — Simple Telegram Bot for downloading videos from Twitter via their links.

 - [`mattrighetti/libgen-bot-rs`](https://github.com/mattrighetti/libgen-bot-rs) — Telegram bot to interface with libgen.

 - [`zamazan4ik/npaperbot-telegram`](https://github.com/zamazan4ik/npaperbot-telegram) — Telegram bot for searching via C++ proposals.

 - [`studentenherz/dlebot`](https://github.com/studentenherz/dlebot) — A bot to query definitions of words from the Spanish Language Dictionary.

 - [`fr0staman/fr0staman_bot`](https://github.com/fr0staman/fr0staman_bot) — Feature rich Telegram game-like bot with pigs 🐽.

 - [`franciscofigueira/transferBot`](https://github.com/franciscofigueira/transferBot) — Telegram bot that notifies of crypto token transfers.



Show bots using `teloxide` older than v0.6.0



 - [`mxseev/logram`](https://github.com/mxseev/logram) — Utility that takes logs from anywhere and sends them to Telegram.

 - [`alexkonovalov/PedigreeBot`](https://github.com/alexkonovalov/PedigreeBot) — A Telegram bot for building family trees.

 - [`Hermitter/tepe`](https://github.com/Hermitter/tepe) — A CLI to command a bot to send messages and files over Telegram.

 - [`myblackbeard/basketball-betting-bot`](https://github.com/myblackbeard/basketball-betting-bot) — The bot lets you bet on NBA games against your buddies.

 - [`dracarys18/grpmr-rs`](https://github.com/dracarys18/grpmr-rs) — Modular Telegram Group Manager Bot written in Rust.

 - [`ArtHome12/cognito_bot`](https://github.com/ArtHome12/cognito_bot) — The bot is designed to anonymize messages to a group.

 - [`crapstone/hsctt`](https://codeberg.org/crapstones-bots/hsctt) — A bot that converts HTTP status codes into text.



See [1600+ other public repositories using `teloxide` >>](https://github.com/teloxide/teloxide/network/dependents)



## Contributing



See [`CONRIBUTING.md`](CONTRIBUTING.md).