public void before_every_test()
{
_distanceTolerance = 0.105f;
TestableTime.ResetTime();
_updateManager.Reset();
AsteroidManager.Instance.Reset();
}
public void cooldown_1_second_shows_IsReady_true_1_second_after_reset()
{
_cooldown.Reset();
TestableTime.AdvanceSeconds(1f);
_cooldown.Tick();
Assert.AreEqual(true, _cooldown.IsReady);
}
public void cooldown_1_second_shows_IsReady_false_half_second_after_reset()
{
_cooldown.Reset();
TestableTime.AdvanceSeconds(0.5f);
_cooldown.Tick();
Assert.AreEqual(false, _cooldown.IsReady);
}
public void ship_updates_position_when_thrusters_on()
{
Ship ship = A.Ship.WithPosition(Vector3.zero).WithThrustOn();
TestableTime.AdvanceSeconds(1f);
ship.Tick();
Assert.AreNotEqual(Vector3.zero, ship.Position);
}
public void asteroids_update_their_position_based_on_velocity()
{
Asteroid asteroid = An.Asteroid.WithPosition(Vector3.zero).WithVelocity(Vector3.up);
TestableTime.AdvanceSeconds(1f);
_updateManager.SendUpdate();
var distance = Vector3.Distance(Vector3.up, asteroid.Position);
Assert.AreEqual(0f, distance, _distanceTolerance);
}
public void before_every_test()
{
var centerPosition = Vector3.zero;
var worldSize = new Vector3(_worldSize, _worldSize, _worldSize);
_worldBounds = new Bounds(centerPosition, worldSize);
_distanceTolerance = 0.105f;
TestableTime.ResetTime();
_updateManager.Reset();
AsteroidManager.Instance.Reset();
}
public void floatAccelerator_with_1_accelerationRate_and_0_maxAcceleration_has_0_current_acceleration_after_1_second_on()
{
FloatAccelerator floatAccelerator = A.FloatAccelerator.WithMaxAcceleration(0f).WithAccelerationRate(1f).WithAccelerationOn();
Assert.AreEqual(0f, floatAccelerator.CurrentAcceleration);
TestableTime.AdvanceSeconds(1f);
floatAccelerator.Tick();
Assert.AreEqual(0f, floatAccelerator.CurrentAcceleration, _floatTolerance);
}
public void _turning_180_degrees_updates_forward_180_degrees()
{
SteerableDirection steerableDirection = A.SteerableDirection.WithDegreesPerSecond(180f);
Assert.AreEqual(Vector3.up, steerableDirection.Forward);
TestableTime.AdvanceSeconds(1f - TestableTime.deltaTime);
steerableDirection.Tick();
var result = steerableDirection.Forward;
var resultX = result.x;
var resultY = result.y;
Assert.AreEqual(Vector3.down.x, resultX, RotationTolerance);
Assert.AreEqual(Vector3.down.y, resultY, RotationTolerance);
}
public void ship_sends_fire_when_ordered_to_fire()
{
Ship ship = A.Ship.WithPosition(Vector3.zero).WithFiringOn();
var wasCalled = false;
Ship.Fire += delegate(Ship sendingShip) { if (sendingShip == ship)
{
wasCalled = true;
}
};
TestableTime.AdvanceSeconds(1f);
ship.Tick();
Assert.AreEqual(true, wasCalled);
}
private void AdvanceOneSecondAndUpdate()
{
TestableTime.AdvanceSeconds(1f);
_updateManager.SendUpdate();
}
public void before_every_test()
{
TestableTime.ResetTime();
}
public void before_every_test()
{
TestableTime.ResetTime();
_cooldown = new Cooldown(1f);
}
public void before_every_test()
{
_floatTolerance = 0.01f;
TestableTime.ResetTime();
}
public void before_every_test()
{
_updater = Substitute.For <IProvideUpdates>();
TestableTime.ResetTime();
}
