Struct servoshell::desktop::app::App

pub struct App {
    servo: Option<Servo<dyn WindowPortsMethods>>,
    webviews: RefCell<WebViewManager<dyn WindowPortsMethods>>,
    event_queue: RefCell<Vec<EmbedderEvent>>,
    suspended: Cell<bool>,
    windows: HashMap<WindowId, Rc<dyn WindowPortsMethods>>,
    minibrowser: Option<RefCell<Minibrowser>>,
}

Fields

servo: Option<Servo<dyn WindowPortsMethods>>

webviews: RefCell<WebViewManager<dyn WindowPortsMethods>>

event_queue: RefCell<Vec<EmbedderEvent>>

suspended: Cell<bool>

windows: HashMap<WindowId, Rc<dyn WindowPortsMethods>>

minibrowser: Option<RefCell<Minibrowser>>

Implementations

impl App

pub fn run( no_native_titlebar: bool, device_pixel_ratio_override: Option<f32>, user_agent: Option<String>, url: Option<String>, )

fn is_animating(&self) -> bool

fn get_events(&self) -> Vec<EmbedderEvent>

fn queue_embedder_events_for_winit_event(&self, event: Event<WakerEvent>)

Processes the given winit Event, possibly converting it to an EmbedderEvent and routing that to the App or relevant Window event queues.

fn handle_events(&mut self) -> PumpResult

Pumps events and messages between the embedder and Servo, where embedder events flow towards Servo and embedder messages flow away from Servo, and also runs the compositor.

As the embedder, we push embedder events through our event queues, from the App queue and Window queues to the WebViewManager queue, and from the WebViewManager queue to Servo. We receive and collect embedder messages from the various Servo components, then take them out of the Servo interface so that the WebViewManager can handle them.

fn minibrowser(&self) -> Option<RefMut<'_, Minibrowser>>