A tiny, fast, and safe actor framework. It is modelled around Actix (copyright and license here).
For better ergonomics with xtra, try the spaad crate.
futures
).async
/await
syntax even when borrowing self
.Actor::spawn
convenience method implemented out of the box).```rust use xtra::prelude::*; use xtra::spawn::Tokio; use asynctrait::asynctrait;
struct Printer { times: usize, }
impl Printer { fn new() -> Self { Printer { times: 0 } } }
impl Actor for Printer {}
struct Print(String);
impl Message for Print { type Result = (); }
impl Handler
async fn main() {
let addr = Printer::new().create(None).spawn(Tokio::Global);
loop {
// Likewise, in the real world the .do_send
method should be used here as it is about 2x as fast
addr.send(Print("hello".to_string()))
.await
.expect("Printer should not be dropped");
}
}
```
For a longer example, check out Vertex, a chat application written with xtra and spaad on the server.
Too verbose? Check out the spaad sister-crate!
Check out the docs and the examples
to get started! Enabling the with-tokio-0_2
, with-async_std-1
, with-smol-1
, or with-wasm_bindgen-0_2
features
is recommended in order to enable some convenience methods (such as Actor::spawn
). Which you enable will depend on
which executor you want to use (check out their docs to learn more about each). If you have any questions, feel free to
open an issue or message me on the Rust discord.
To see the breaking changes for each version, see here. The latest version is 0.5.