xr/runtime/runtime-testing/api/current.txt

// Signature format: 4.0
package androidx.xr.runtime.testing {

  public final class SessionTestRule extends org.junit.rules.ExternalResource {
    ctor public SessionTestRule();
    method protected void before();
    method @InaccessibleFromKotlin public androidx.xr.runtime.SessionConfigureResult? getConfigureResult();
    method @InaccessibleFromKotlin public androidx.xr.runtime.SessionCreateResult? getCreateResult();
    method @InaccessibleFromKotlin public void setConfigureResult(androidx.xr.runtime.SessionConfigureResult?);
    method @InaccessibleFromKotlin public void setCreateResult(androidx.xr.runtime.SessionCreateResult?);
    property public androidx.xr.runtime.SessionConfigureResult? configureResult;
    property public androidx.xr.runtime.SessionCreateResult? createResult;
  }

  public final class XrDeviceTestRule extends org.junit.rules.ExternalResource {
    ctor public XrDeviceTestRule();
    method protected void before();
    method @InaccessibleFromKotlin public androidx.lifecycle.Lifecycle.State getLifecycleState();
    method @InaccessibleFromKotlin public androidx.xr.runtime.DisplayBlendMode getPreferredDisplayBlendMode();
    method @InaccessibleFromKotlin public int getSpatialApiVersion();
    method @InaccessibleFromKotlin public java.util.Set<androidx.xr.runtime.DepthEstimationMode> getSupportedDepthEstimationModes();
    method @InaccessibleFromKotlin public java.util.Set<androidx.xr.runtime.EyeTrackingMode> getSupportedEyeTrackingModes();
    method @InaccessibleFromKotlin public java.util.Set<androidx.xr.runtime.GeospatialMode> getSupportedGeospatialModes();
    method @InaccessibleFromKotlin public java.util.Set<androidx.xr.runtime.HandTrackingMode> getSupportedHandTrackingModes();
    method @InaccessibleFromKotlin public java.util.Set<androidx.xr.runtime.RenderingMode> getSupportedRenderingModes();
    method @InaccessibleFromKotlin public boolean isProjectedServiceAvailable();
    method @InaccessibleFromKotlin public void setLifecycleState(androidx.lifecycle.Lifecycle.State);
    method @InaccessibleFromKotlin public void setPreferredDisplayBlendMode(androidx.xr.runtime.DisplayBlendMode);
    method @InaccessibleFromKotlin public void setProjectedServiceAvailable(boolean);
    method @InaccessibleFromKotlin public void setSpatialApiVersion(int);
    method @InaccessibleFromKotlin public void setSupportedDepthEstimationModes(java.util.Set<androidx.xr.runtime.DepthEstimationMode>);
    method @InaccessibleFromKotlin public void setSupportedEyeTrackingModes(java.util.Set<androidx.xr.runtime.EyeTrackingMode>);
    method @InaccessibleFromKotlin public void setSupportedGeospatialModes(java.util.Set<androidx.xr.runtime.GeospatialMode>);
    method @InaccessibleFromKotlin public void setSupportedHandTrackingModes(java.util.Set<androidx.xr.runtime.HandTrackingMode>);
    method @InaccessibleFromKotlin public void setSupportedRenderingModes(java.util.Set<androidx.xr.runtime.RenderingMode>);
    property public boolean isProjectedServiceAvailable;
    property public androidx.lifecycle.Lifecycle.State lifecycleState;
    property public androidx.xr.runtime.DisplayBlendMode preferredDisplayBlendMode;
    property public int spatialApiVersion;
    property public java.util.Set<androidx.xr.runtime.DepthEstimationMode> supportedDepthEstimationModes;
    property public java.util.Set<androidx.xr.runtime.EyeTrackingMode> supportedEyeTrackingModes;
    property public java.util.Set<androidx.xr.runtime.GeospatialMode> supportedGeospatialModes;
    property public java.util.Set<androidx.xr.runtime.HandTrackingMode> supportedHandTrackingModes;
    property public java.util.Set<androidx.xr.runtime.RenderingMode> supportedRenderingModes;
  }

}

package androidx.xr.runtime.testing.math {

  public final class MathAssertions {
    method public static void assertPose(androidx.xr.runtime.math.Pose actual, androidx.xr.runtime.math.Pose expected);
    method public static void assertPose(androidx.xr.runtime.math.Pose actual, androidx.xr.runtime.math.Pose expected, optional float epsilon);
    method @BytecodeOnly public static void assertPose$default(androidx.xr.runtime.math.Pose!, androidx.xr.runtime.math.Pose!, float, int, Object!);
    method public static void assertRotation(androidx.xr.runtime.math.Quaternion actual, androidx.xr.runtime.math.Quaternion expected);
    method public static void assertRotation(androidx.xr.runtime.math.Quaternion actual, androidx.xr.runtime.math.Quaternion expected, optional float epsilon);
    method @BytecodeOnly public static void assertRotation$default(androidx.xr.runtime.math.Quaternion!, androidx.xr.runtime.math.Quaternion!, float, int, Object!);
    method public static void assertVector3(androidx.xr.runtime.math.Vector3 actual, androidx.xr.runtime.math.Vector3 expected);
    method public static void assertVector3(androidx.xr.runtime.math.Vector3 actual, androidx.xr.runtime.math.Vector3 expected, optional float epsilon);
    method @BytecodeOnly public static void assertVector3$default(androidx.xr.runtime.math.Vector3!, androidx.xr.runtime.math.Vector3!, float, int, Object!);
  }

}