public WhileCondition(int totalIterations, DelegateBehavior behavior)
: base(totalIterations, behavior)
{
if (behavior != DelegateBehavior.Success && behavior != DelegateBehavior.Faulted)
{
throw new ArgumentException("Unsupported behavior for while condition");
}
}
public WhileBody(int maxExecutions, DelegateBehavior behavior)
{
MaxExecutions = maxExecutions;
Behavior = behavior;
if (behavior == DelegateBehavior.Faulted || behavior == DelegateBehavior.SyncFaulted)
{
ExpectedException = new FormatException();
}
}
protected override void OnTriggerEntered(Collider other)
{
var collector = other.GameObject.GetComponent <PointCollector>();
if (collector != null)
{
collector.CollectPoint();
if (!SoundEffect.ID.IsEmpty)
{
_audio.PlaySound(_assetSystem.Database.LoadAsset(SoundEffect), Volume);
}
ParticleSystem particleSystem = GameObject.GetComponent <Engine.Graphics.ParticleSystem>();
if (particleSystem != null)
{
var effect = new ParticleVacuumEffect(
particleSystem,
collector.Transform,
_assetSystem.Database.LoadAsset(ParticleCollectionSoundEffect),
1.0f);
GameObject.AddComponent(effect);
PointLight pointLight = GameObject.GetComponent <PointLight>();
if (pointLight != null)
{
float elapsed = 0f;
const float totalFadeTime = 1.3f;
float initialIntensity = pointLight.Intensity;
float initialRange = pointLight.Range;
DelegateBehavior lightFader = new DelegateBehavior(deltaSeconds =>
{
elapsed += deltaSeconds;
if (elapsed > totalFadeTime)
{
return;
}
pointLight.Intensity = MathUtil.Lerp(initialIntensity, 0f, elapsed / totalFadeTime);
pointLight.Range = MathUtil.Lerp(initialRange, initialRange * 3f, elapsed / totalFadeTime);
});
GameObject.AddComponent(lightFader);
}
particleSystem.EmissionRate = 0f;
particleSystem.ParticleLifetime = 10f;
Enabled = false;
}
else
{
GameObject.Destroy();
}
}
}
public void when_behavior_matches_invocation_then_it_is_called()
{
var mock = new TestMock();
IInvocation invocation = null;
var behavior = new DelegateBehavior(i => invocation = i);
mock.Behaviors.Add(behavior);
mock.Invoke(new TestInvocation(() => null));
Assert.NotNull(invocation);
}
public void when_behavior_matches_invocation_then_it_is_called()
{
var mock = new TestMock();
IInvocation invocation = null;
var behavior = new DelegateBehavior(i => invocation = i);
mock.Behaviors.Add(behavior);
mock.Invoke(new TestInvocation(() => null));
Assert.NotNull(invocation);
}
protected BaseWhileCondition(int totalIterations, DelegateBehavior behavior)
{
if (totalIterations < 0)
{
throw new ArgumentOutOfRangeException("totalIterations");
}
TotalIterations = totalIterations;
Behavior = behavior;
if (behavior == DelegateBehavior.Faulted || behavior == DelegateBehavior.SyncFaulted)
{
ExpectedException = new ArithmeticException();
}
}
protected BaseWhileCondition(int totalIterations, DelegateBehavior behavior)
{
if (totalIterations < 0)
throw new ArgumentOutOfRangeException("totalIterations");
TotalIterations = totalIterations;
Behavior = behavior;
if (behavior == DelegateBehavior.Faulted || behavior == DelegateBehavior.SyncFaulted)
ExpectedException = new ArithmeticException();
}
public AsyncWhileCondition(int totalIterations, DelegateBehavior behavior)
: base(totalIterations, behavior)
{
}
public WhileCondition(int totalIterations, DelegateBehavior behavior)
: base(totalIterations, behavior)
{
if (behavior != DelegateBehavior.Success && behavior != DelegateBehavior.Faulted)
throw new ArgumentException("Unsupported behavior for while condition");
}
public WhileBody(int maxExecutions, DelegateBehavior behavior)
{
MaxExecutions = maxExecutions;
Behavior = behavior;
if (behavior == DelegateBehavior.Faulted || behavior == DelegateBehavior.SyncFaulted)
ExpectedException = new FormatException();
}
public AsyncWhileCondition(int totalIterations, DelegateBehavior behavior)
: base(totalIterations, behavior)
{
}
