Struct notify_rust::NotificationHandle

pub struct NotificationHandle {
    // some fields omitted
}

A handle to a shown notification.

This keeps a connection alive to ensure actions work on certain desktops.

Methods

impl NotificationHandle

fn wait_for_action<F>(self, invokation_closure: F) where F: FnOnce(&str)

fn close(self)

Manually close the notification

fn update(&mut self)

Replace the original notification with an updated version

Example

use notify_rust::Notification;

let mut notification = Notification::new()
    .summary("Foo")
    .body("foo demo")
    .show();

std::thread::sleep_ms(1_500);

notification
    .summary("Bar")
    .body("bar demo");

notification.update();

Watch out for different implementations of the notification server! On plasma5 or instance, you should also change the appname, so the old message is really replaced and not just amended. Xfce behaves well, all others have not been tested by the developer.

Methods from Deref<Target=Notification>

fn appname(&mut self, appname: &str) -> &mut Notification

Overwrite the appname field used for Notification.

fn summary(&mut self, summary: &str) -> &mut Notification

Set the summary.

Often acts as title of the notification. For more elaborate content use the body field.

fn body(&mut self, body: &str) -> &mut Notification

Set the content of the body field.

Multiline textual content of the notification. Each line should be treated as a paragraph. Simple html markup should be supported, depending on the server implementation.

fn icon(&mut self, icon: &str) -> &mut Notification

Set the icon field.

You can use commom icon names here, usually those in /usr/share/icons can all be used. You can also use an absolute path to file.

fn hint(&mut self, hint: NotificationHint) -> &mut Notification

Adds a hint.

This method will add a hint to the internal hint hashset. Hints must be of type NotificationHint.

use notify_rust::Notification;
use notify_rust::NotificationHint;
Notification::new()
    .summary("Category:email")
    .body("This should not go away until you acknoledge it.")
    .icon("thunderbird")
    .appname("thunderbird")
    .hint(NotificationHint::Category("email".to_owned()))
    .hint(NotificationHint::Resident(true))
    .show();

fn timeout(&mut self, timeout: i32) -> &mut Notification

Set the timeout.

This sets the time (in miliseconds) from the time the notification is displayed until it is closed again by the Notification Server. According to specification -1 will leave the timeout to be set by the server and 0 will cause the notification never to expire.

fn urgency(&mut self, urgency: NotificationUrgency) -> &mut Notification

Set the urgency.

Pick between Medium, Low and High.

fn actions(&mut self, actions: Vec<String>) -> &mut Notification

Set actions.

To quote http://www.galago-project.org/specs/notification/0.9/x408.html#command-notify

Actions are sent over as a list of pairs. Each even element in the list (starting at index 0) represents the identifier for the action. Each odd element in the list is the localized string that will be displayed to the user.

There is nothing fancy going on here yet. Carefull! This replaces the internal list of actions!

fn action(&mut self, identifier: &str, label: &str) -> &mut Notification

Add an action.

This adds a single action to the internal list of actions.

fn finalize(&self) -> Notification

Finalizes a Notification.

Part of the builder pattern, returns a complete copy of the built notification.

fn show(&mut self) -> NotificationHandle

Sends Notification to D-Bus.

Returns a handle to a notification

fn show_debug(&mut self) -> NotificationHandle

Wraps show() but prints notification to stdout.

Trait Implementations

impl Deref for NotificationHandle

type Target = Notification

The resulting type after dereferencing

fn deref(&self) -> &Notification

The method called to dereference a value

impl DerefMut for NotificationHandle

fn deref_mut(&mut self) -> &mut Notification

The method called to mutably dereference a value