public void ProjectileSpawnPosition()
{
var spawn = new GameObject("spawn");
var target = new MockSheet();
var cast = new MockCastProjectile {
projectileSpawn = spawn.transform
};
spawn.transform.position = Vector3.back;
cast.Apply(target).MoveNext();
Assert.AreEqual(Vector3.back, cast.magazine.Projectile.transform.position);
}
public void DisposeProjectileWhenRoutineDone()
{
var disposed = null as GameObject;
var spawn = new GameObject("spawn");
var target = new MockSheet();
var cast = new MockCastProjectile {
projectileSpawn = spawn.transform
};
cast.magazine.onDispose = o => disposed = o;
cast.Apply(target).MoveNext();
Assert.AreSame(cast.magazine.Projectile, disposed);
}
public void DontDisposeProjectileWhenRoutineNotDone()
{
var disposed = false;
var spawn = new GameObject("spawn");
var target = new MockSheet();
var cast = new MockCastProjectile {
projectileSpawn = spawn.transform
};
cast.magazine.onDispose = _ => disposed = true;
IEnumerator <WaitForFixedUpdate> approach(Transform _, MockSheet __, float ___)
{
yield return(new WaitForFixedUpdate());
}
cast.approach.apply = approach;
cast.Apply(target).MoveNext();
Assert.False(disposed);
}
public void ApproachArgs()
{
var called = default((Transform, MockSheet, float));
var spawn = new GameObject("spawn");
var target = new MockSheet();
var cast = new MockCastProjectile {
projectileSpawn = spawn.transform
};
cast.projectileSpeed = 1;
IEnumerator <WaitForFixedUpdate> approach(Transform projectile, MockSheet target, float speed)
{
called = (projectile, target, speed);
yield break;
}
cast.approach.apply = approach;
cast.Apply(target).MoveNext();
Assert.AreEqual((cast.magazine.Projectile.transform, target, 1f), called);
}
