Enum TouchScreenRequest

pub enum TouchScreenRequest {
    SimulateTap {
        payload: TouchScreenSimulateTapRequest,
        responder: TouchScreenSimulateTapResponder,
    },
    SimulateMultiTap {
        payload: TouchScreenSimulateMultiTapRequest,
        responder: TouchScreenSimulateMultiTapResponder,
    },
    SimulateSwipe {
        payload: TouchScreenSimulateSwipeRequest,
        responder: TouchScreenSimulateSwipeResponder,
    },
    SimulateMultiFingerGesture {
        payload: TouchScreenSimulateMultiFingerGestureRequest,
        responder: TouchScreenSimulateMultiFingerGestureResponder,
    },
    SimulateTouchEvent {
        report: TouchInputReport,
        responder: TouchScreenSimulateTouchEventResponder,
    },
}

A tool to inject touch events into Input Pipeline.

Please extend as necessary.

Variants

SimulateTap

Simulates a tap at the requested location.

Fields

payload: TouchScreenSimulateTapRequest

responder: TouchScreenSimulateTapResponder

SimulateMultiTap

Simulates multi finger tap at the requested locations.

Fields

payload: TouchScreenSimulateMultiTapRequest

responder: TouchScreenSimulateMultiTapResponder

SimulateSwipe

Simulates a swipe that starts at start_location and ends at end_location, with a total number of move events equal to move_event_count.

The generated pointer event stream will be:

DOWN + CHANGE_1 + … + CHANGE_n + UP, where n == move_event_count

Events are injected with no explicit delay in between; in other words, the observed delay between successive events will be approximately equal to the time required to inject a single event.

Fields

payload: TouchScreenSimulateSwipeRequest

responder: TouchScreenSimulateSwipeResponder

SimulateMultiFingerGesture

Simulates a multi fingers linear gesture that starts at start_locations and ends at end_locations, with a total number of move events equal to move_event_count. if the arguments are invalid, the server should close the connection.

The generated pointer event stream will be:

DOWN + CHANGE_1 + … + CHANGE_n + UP, where n == move_event_count

Events are injected with a small explicit delay in between.

Fields

payload: TouchScreenSimulateMultiFingerGestureRequest

responder: TouchScreenSimulateMultiFingerGestureResponder

SimulateTouchEvent

Simulate a touch event by a touch input report.

TouchInputReport includes a list of contacts that are currently contacting the touch surface. The report can represent multiply touch events by comparing with previous reports received.

Fields

report: TouchInputReport

responder: TouchScreenSimulateTouchEventResponder

Implementations

impl TouchScreenRequest

pub fn into_simulate_tap( self, ) -> Option<(TouchScreenSimulateTapRequest, TouchScreenSimulateTapResponder)>

pub fn into_simulate_multi_tap( self, ) -> Option<(TouchScreenSimulateMultiTapRequest, TouchScreenSimulateMultiTapResponder)>

pub fn into_simulate_swipe( self, ) -> Option<(TouchScreenSimulateSwipeRequest, TouchScreenSimulateSwipeResponder)>

pub fn into_simulate_multi_finger_gesture( self, ) -> Option<(TouchScreenSimulateMultiFingerGestureRequest, TouchScreenSimulateMultiFingerGestureResponder)>

pub fn into_simulate_touch_event( self, ) -> Option<(TouchInputReport, TouchScreenSimulateTouchEventResponder)>

pub fn method_name(&self) -> &'static str

Name of the method defined in FIDL

Trait Implementations

impl Debug for TouchScreenRequest

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.