public void MoveRotateProxyTest()
{
ShapeProxy b = createInstance();
b.MoveDown();
b.MoveDown();
b.MoveDown();
String beforeRotate = b.ToString();
b.Rotate();
Console.WriteLine(b.ToString() + "before Rotate\n" + beforeRotate);
//back to inital state
//if shape is an O no rotation is available
if (boardInstance.Shape is ShapeO)
{
Assert.AreEqual(beforeRotate, b.ToString());
}
else
{
Assert.AreNotEqual(beforeRotate, b.ToString());
}
}
public void MoveResetProxyTest()
{
ShapeProxy b = createInstance();
b.MoveDown();
String beforeReset = b.ToString();
//two places down
//move down once
//act
b.Reset();
String afterReset = b.ToString();
Console.WriteLine("Coors should be different" + "Before Reset" + beforeReset + "\nAfter Reset" + afterReset);
Assert.AreNotEqual(beforeReset, afterReset);
}
public void MoveRightProxyTest()
{
ShapeProxy b = createInstance();
Shape a = boardInstance.Shape as Shape;
//two places down
for (int i = 0; i < 2; i++)
{
//move down once
String expect = calDownLeftOrRight(a, 1, 0);
//act
b.MoveRight();
a.DrawShape();
Console.WriteLine("Expected is \n" + expect + "\n" + "Obtained is \n" + a.ToString());
Assert.AreEqual(expect, b.ToString());
}
}
public void DropProxyTest()
{
ShapeProxy b = createInstance();
bool bottomLineFilled = false;
//to avoid clearlines if ShapeI spawns
boardInstance.board[19, 0] = Color.Transparent;
//two places down
Console.WriteLine("Board before drop\n");
UtilityClass.DrawFakeBoardContents(boardInstance);
//move down once
//act
b.Drop();
String afterDrop = b.ToString();
Console.WriteLine("board After drop\n");
UtilityClass.DrawFakeBoardContents(boardInstance);
if (boardInstance[19, 3] != Color.Transparent ||
boardInstance[19, 4] != Color.Transparent ||
boardInstance[19, 5] != Color.Transparent ||
boardInstance[19, 6] != Color.Transparent)
{
bottomLineFilled = true;
}
else
{
bottomLineFilled = false;
}
Assert.AreEqual(true, bottomLineFilled);
}