The main dbus crate is fairly mature and the features you need should be all there. Breaking changes can still happen, but not often. If you're currently using 0.6.x of dbus and want to upgrade to later versions, you can read changes in dbus-rs 0.7.

• Use blocking::Connection to connect to the session or system bus.
• Use Message to send and receive messages. Get and append arguments of all types, see the argument guide for details.
• Build method dispatching servers using the tree module. Standard D-Bus interfaces (introspection, properties, object manager) are supported.

If you have questions or comments that the documentation cannot answer in an easy way, filing an issue with your question is fine. Pull requests that improve the code, documentation, etc, are welcome!

• dbus-tokio integrates D-Bus with Tokio.
• dbus-codegen installs a binary tool which generates Rust code from D-Bus XML introspection data. The readme contains an introduction to how to use it.
• libdbus-sys contains the raw FFI bindings to libdbus.

This example opens a connection to the session bus and asks for a list of all names currently present.

let conn = Connection::new_session()?;
let obj = conn.with_path("org.freedesktop.DBus", "/", 5000);
let (names,): (Vec<String>,) = obj.method_call("org.freedesktop.DBus", "ListNames", ())?;
for name in names { println!("{}", name); }

You can try a similar example (which has more comments) by running:

cargo run --example client

This example grabs the com.example.dbustest bus name, registers the /hello path and adds a method which returns a string. It then listens for incoming D-Bus events and handles them accordingly.

let c = Connection::new_session()?;
c.request_name("com.example.dbustest", false, true, false)?;
let f = Factory::new_fn::<()>();
let tree = f.tree(())
    .add(f.object_path("/hello", ()).introspectable()
        .add(f.interface("com.example.dbustest", ())
            .add_m(f.method("Hello", (), |m| {
                let n: &str = m.msg.read1()?;
                let s = format!("Hello {}!", n);
                Ok(vec!(m.msg.method_return().append1(s)))
            }).inarg::<&str,_>("name")
              .outarg::<&str,_>("reply")
        )
    ).add(f.object_path("/", ()).introspectable());
tree.start_receive(&c);
loop { c.process(Duration::from_millis(1000))?; }

You can try a similar example (which has more comments) by running:

cargo run --example server

Or a more advanced server example:

cargo run --example adv_server

More examples are available in the examples directory.

The futures feature makes dbus depend on the futures crate. This enables the nonblock module (used by the dbus-tokio crate).

The no-string-validation feature skips an extra check that a specific string (e g a Path, ErrorName etc) conforms to the D-Bus specification, which might also make things a tiny bit faster. But - if you do so, and then actually send invalid strings to the D-Bus library, you might get a panic instead of a proper error.

Libdbus 1.6 or higher, and latest stable release of Rust. If you run Ubuntu (any maintained version should be okay), this means having the libdbus-1-dev and pkg-config packages installed while building, and the libdbus-1-3 package installed while running.

Cross compiling libdbus might be tricky because it binds to a C library, there are some notes here.

Apache 2.0 / MIT dual licensed. Any PR you make is assumed to have this license.