public void OnPointerHover()
{
ComponentHelpers.CallLateUpdate(laserVisual);
Assert.AreEqual(reticle.transform.position, DEFAULT_RETICLE_POS);
pointer.OnPointerHover(raycastResult, true);
ComponentHelpers.CallLateUpdate(laserVisual);
Assert.AreEqual(reticle.transform.position, CLOSE_HIT_POS);
}
public void OnPointerEnterFar()
{
ComponentHelpers.CallLateUpdate(laserVisual);
Assert.AreEqual(reticle.transform.position, DEFAULT_RETICLE_POS);
raycastResult.worldPosition = FAR_HIT_POS;
raycastResult.distance = FAR_HIT_POS.z;
pointer.OnPointerEnter(raycastResult, true);
ComponentHelpers.CallLateUpdate(laserVisual);
Assert.AreEqual(reticle.transform.position, FAR_HIT_POS);
}
/// Substitute a class that extends from Monobehaviour and add it to the GameObject passed in.
/// Remember, all non-virtual members will actually be executed. Only virtual/abstract members
/// can be recorded or have return values specified.
/// Additionally, call OnEnable and Awake on the component after it is added to the GameObject.
public static T ForInvokeLifecycle <T>(GameObject gameObject)
where T : MonoBehaviour
{
T result = SubstituteComponent.For <T>(gameObject);
if (result == null)
{
return(null);
}
ComponentHelpers.CallOnEnable(gameObject);
ComponentHelpers.CallAwake(gameObject);
return(result);
}
private static void FindComponentsWithContent(string v)
{
var components = ComponentHelpers.LoadAllComponentsByPublication();
Parallel.ForEach(components,
new ParallelOptions
{
MaxDegreeOfParallelism = Settings.MaxThreads
},
component =>
{
var item = ItemHelpers.LoadItem <ComponentData>(component.Id);
Logger.Debug("Processing Component {0}", item.Id);
if (item.Content.ToLowerInvariant().Contains(v))
{
Logger.Info("{0}", item.Id);
}
}
);
}
public void Setup()
{
GameObject laserObj = new GameObject();
laserObj.AddComponent <LineRenderer>();
laserVisual = ComponentHelpers.AddComponentInvokeLifecycle <GvrLaserVisual>(laserObj);
laserVisual.lerpThreshold = 0.0f;
pointer = ComponentHelpers.AddComponentInvokeLifecycle <GvrLaserPointer>(laserObj);
pointer.raycastMode = GvrBasePointer.RaycastMode.Direct;
pointer.maxPointerDistance = MAX_RETICLE_DISTANCE;
pointer.defaultReticleDistance = MAX_RETICLE_DISTANCE;
ComponentHelpers.CallStart(pointer);
reticle = new GameObject();
laserVisual.Reticle = reticle.transform;
raycastResult.worldPosition = CLOSE_HIT_POS;
raycastResult.distance = CLOSE_HIT_POS.z;
}
public void Setup()
{
GameObject reticleObj = new GameObject();
pointer = ComponentHelpers.AddComponentInvokeLifecycle <GvrReticlePointer>(reticleObj);
}