public void GetIdTest()
{
byte testID = 2;
Ball testBall = Ball.CreateBall(testID, BallType.Normal, new Vector2(0, 0), GameData.DefaultBallSpeed, Vector2.RandomInUnitCircle(), GameData.DefaultBallSize);
BallDecorator decorator = new BallDecorator(testBall);
Assert.AreEqual(testID, decorator.GetId());
}
public void GetBallTypeTest()
{
Vector2 pos = new Vector2(5, 5);
Ball ball = Ball.CreateBall(0, BallType.Normal, pos, 10, pos, 10);
BallDecorator decorator = new BallDecorator(ball);
Assert.AreEqual(BallType.Normal, decorator.GetBallType());
}
public void BallDecoratorTest()
{
Vector2 pos = new Vector2(5, 5);
Ball ball = Ball.CreateBall(0, BallType.Normal, pos, 10, pos, 10);
BallDecorator dec = new BallDecorator(ball);
Assert.IsTrue(dec.GetBallType() == BallType.Normal);
}
public void GetPoweredUpDataTest()
{
PoweredUpData powerups = new PoweredUpData();
Ball testBall = Ball.CreateBall(0, BallType.Normal, new Vector2(0, 0), GameData.DefaultBallSpeed, Vector2.RandomInUnitCircle(), GameData.DefaultBallSize);
BallDecorator decorator = new BallDecorator(testBall);
decorator.ApplyPowerup(powerups);
Assert.IsNotNull(decorator.GetPoweredUpData());
}
public void GetColorTest()
{
BallType type = BallType.Normal;
Color c = Color.Black;
Ball testBall = Ball.CreateBall(0, type, new Vector2(0, 0), GameData.DefaultBallSpeed, Vector2.RandomInUnitCircle(), GameData.DefaultBallSize);
BallDecorator decorator = new BallDecorator(testBall);
Assert.AreEqual(c, decorator.GetColor());
}
public void ApplyPowerupTest()
{
PoweredUpData powerups = new PoweredUpData();
powerups.GivePlayerLife = true;
Ball testBall = Ball.CreateBall(0, BallType.Normal, new Vector2(0, 0), GameData.DefaultBallSpeed, Vector2.RandomInUnitCircle(), GameData.DefaultBallSize);
BallDecorator decorator = new BallDecorator(testBall);
decorator.ApplyPowerup(powerups);
Assert.AreEqual(powerups.GivePlayerLife, decorator.GetPoweredUpData().GivePlayerLife);
}
public void GetBoundsTest()
{
float testDiameter = 25f;
float offset = testDiameter / 2f;
Vector2 testPosition = new Vector2(5, 5);
Ball testBall = Ball.CreateBall(0, BallType.Normal, testPosition, GameData.DefaultBallSpeed, Vector2.RandomInUnitCircle(), testDiameter);
BallDecorator decorator = new BallDecorator(testBall);
Rect2D testBounds = new Rect2D(testPosition.X - offset, testPosition.Y - offset, testDiameter, testDiameter);
Assert.AreEqual(testBounds, decorator.GetBounds());
}
public void LocalMoveTest()
{
Ball testBall = Ball.CreateBall(0, BallType.Normal, new Vector2(0, 0), GameData.DefaultBallSpeed, Vector2.RandomInUnitCircle(), GameData.DefaultBallSize);
BallDecorator decorator = new BallDecorator(testBall);
Vector2 positionBefore = decorator.GetPosition();
decorator.LocalMove();
Vector2 positionAfter = decorator.GetPosition();
Assert.AreNotEqual(positionBefore, positionAfter);
}
public void SetDirectionTest()
{
Vector2 pos = new Vector2(5, 5);
Vector2 pos2 = new Vector2(10, 10);
Ball ball = Ball.CreateBall(0, BallType.Normal, pos, 10, pos, 10);
BallDecorator decorator = new BallDecorator(ball);
decorator.SetDirection(pos2);
Assert.AreEqual(pos2, decorator.GetDirection());
}
public void CheckCollisionWithPaddlesTest()
{
Vector2 startingDir = new Vector2(1, 1);
Paddle paddle = PaddleFactory.CreatePaddle(PaddleType.Normal, (byte)0);
paddle.SetPosition(-5);
Ball testBall = Ball.CreateBall(0, BallType.Normal, new Vector2(225.5 + 200.5, 225.5), GameData.DefaultBallSpeed, startingDir, GameData.DefaultBallSize);
BallDecorator decorator = new BallDecorator(testBall);
Dictionary <byte, Paddle> paddleDict = new Dictionary <byte, Paddle>();
paddleDict.Add(paddle.Id, paddle);
decorator.CheckCollisionWithPaddles(paddleDict);
Vector2 dirAfterCollision = testBall.Direction;
Assert.AreNotEqual(startingDir, dirAfterCollision);
}
public void CheckCollisionWithArenaObjectsTest()
{
Vector2 startingDir = new Vector2(1, 1);
Ball testBall = Ball.CreateBall(0, BallType.Normal, new Vector2(225.5 + 200.5, 225.5), GameData.DefaultBallSpeed, startingDir, GameData.DefaultBallSize);
ObstacleBuilder objBuilder = new ObstacleBuilder().AddDuration(10).AddHeigth(1000).AddPosX(225.5f).AddWidth(1000).AddPosY(225.5f);
BallDecorator decorator = new BallDecorator(testBall);
var Factories = new NonPassableArenaObjectFactory();
var obstacle = Factories.CreateObstacle(objBuilder);
Dictionary <byte, ArenaObject> obsDict = new Dictionary <byte, ArenaObject>();
obsDict.Add(obstacle.Id, obstacle);
decorator.CheckCollisionWithArenaObjects(obsDict);
Vector2 dirAfterCollision = testBall.Direction;
Assert.AreNotEqual(startingDir, dirAfterCollision);
}
public void CheckOutOfBoundsTest()
{
Paddle paddle = PaddleFactory.CreatePaddle(PaddleType.Normal, (byte)0);
Paddle paddle2 = PaddleFactory.CreatePaddle(PaddleType.Short, (byte)1);
Paddle paddle3 = PaddleFactory.CreatePaddle(PaddleType.Long, (byte)2);
paddle.SetPosition(-5);
paddle2.SetPosition(-10);
Ball testBall = Ball.CreateBall(0, BallType.Normal, new Vector2(225.5 + 200.5, 225.5), GameData.DefaultBallSpeed, Vector2.RandomInUnitCircle(), GameData.DefaultBallSize);
BallDecorator decorator = new BallDecorator(testBall);
Dictionary <byte, Paddle> paddleDict = new Dictionary <byte, Paddle>();
paddleDict.Add(paddle.Id, paddle);
paddleDict.Add(paddle2.Id, paddle2);
paddleDict.Add(paddle3.Id, paddle3);
bool isOutOfBounds = decorator.CheckOutOfBounds(0, paddleDict, out byte paddleId);
Assert.IsTrue(isOutOfBounds);
}