interface XRTest {
// Simulates connecting a device to the system.
// Used to instantiate a fake device for use in tests.
Promise<FakeXRDeviceController> simulateDeviceConnection(FakeXRDeviceInit);
// Simulates a device being disconnected from the system.
Promise<void> simulateDeviceDisconnection(XRDevice);
// Simulates a user activation (aka user gesture) for the current scope.
// The activation is only guaranteed to be valid in the provided function and only applies to WebXR
// Device API methods.
void simulateUserActivation(Function);
};
dictionary FakeXRDeviceInit {
// TODO: Subject to change to match spec changes.
required boolean supportsImmersive;
}
interface FakeXRDeviceController {
// Creates and attaches a XRFrameOfReference of the type specified to the device.
void setFrameOfReference(XRFrameOfReferenceType, FakeXRFrameOfReferenceInit);
// Sets the values to be used for subsequent
// requestAnimationFrame() callbacks.
void setViews(Array<FakeXRViewInit> views);
void setViewerOrigin(FakeXRRigidTransform origin);
// Simulates the user activating the reset pose on a device.
void simulateResetPose();
// Simulates the platform ending the sessions.
void simulateForcedEndSessions();
// Simulates devices focusing and blurring sessions.
void simulateBlurSession(XRSession);
void simulateFocusSession(XRSession);
void setBoundsGeometry(Array<FakeXRBoundsPoint> boundsCoodinates)l
Promise<FakeXRInputSourceController>
simulateInputSourceConnection(FakeXRInputSourceInit);
dictionary FakeXRViewInit {
required XREye eye;
interface XRTest { // Simulates connecting a device to the system. // Used to instantiate a fake device for use in tests. Promise<FakeXRDeviceController> simulateDeviceConnection(FakeXRDeviceInit);
// Simulates a device being disconnected from the system. Promise<void> simulateDeviceDisconnection(XRDevice);
// Simulates a user activation (aka user gesture) for the current scope. // The activation is only guaranteed to be valid in the provided function and only applies to WebXR // Device API methods. void simulateUserActivation(Function);};
dictionary FakeXRDeviceInit { // TODO: Subject to change to match spec changes. required boolean supportsImmersive;}
interface FakeXRDeviceController { // Creates and attaches a XRFrameOfReference of the type specified to the device. void setFrameOfReference(XRFrameOfReferenceType, FakeXRFrameOfReferenceInit);
// Sets the values to be used for subsequent // requestAnimationFrame() callbacks. void setViews(Array<FakeXRViewInit> views);
void setViewerOrigin(FakeXRRigidTransform origin);
// Simulates the user activating the reset pose on a device. void simulateResetPose();
// Simulates the platform ending the sessions. void simulateForcedEndSessions();
// Simulates devices focusing and blurring sessions. void simulateBlurSession(XRSession); void simulateFocusSession(XRSession);
void setBoundsGeometry(Array<FakeXRBoundsPoint> boundsCoodinates)l Promise<FakeXRInputSourceController> simulateInputSourceConnection(FakeXRInputSourceInit);}
dictionary FakeXRViewInit { required XREye eye;