public void TestCopyToSquareCanvasWithAllSameSize()
{
InterfaceInput inputInterface = Substitute.For <ManagerInputOutput>();
//Initialize sizes
float bpmHeight = 200f;
float bpmWidth = 200f;
int canvasSize = 200;
//Determine the ratio for expected results
float ratio = bpmWidth / canvasSize;
//Send bitmap with height, width and canvas to tested method
Bitmap bpmAfterMethodCanvas = inputInterface.CopyToSquareCanevas(new Bitmap((int)bpmWidth, (int)bpmHeight), canvasSize);
//All expected sizes
float bpmWidthExpected = canvasSize;
float bpmHeightExpected = bpmHeight / ratio;
//Tested sizes
float widthResult = (float)bpmAfterMethodCanvas.Width;
float heigthResult = (float)bpmAfterMethodCanvas.Height;
//Compare values
Assert.AreEqual(bpmWidthExpected, widthResult);
Assert.AreEqual(bpmHeightExpected, heigthResult);
}
public void TestLoadImageFromComputer()
{
InterfaceInput inputInterface = Substitute.For <ManagerInputOutput>();
Bitmap orginalBitmap = RetrieveImage.RetrieveOriginalPicture();
Bitmap bitmapToLoadBeforeCopyToSquare = inputInterface.LoadImage();
Bitmap bitmapToLoadAfterCopyToSquare = inputInterface.CopyToSquareCanevas(bitmapToLoadBeforeCopyToSquare, 900);
Assert.IsTrue(RetrieveImage.Equals(orginalBitmap, bitmapToLoadAfterCopyToSquare));
}
void Awake()
{
instance = this;
#if UNITY_EDITOR
input = new InputTouchscreen();
#elif UNITY_STANDALONE_WIN
input = new InputKeyboard();
#elif UNITY_ANDROID
input = new InputTouchscreen();
#endif
}
private bool GetRight()
{
return(InterfaceInput.Instance().Player.GetButtonDown("right"));
}
private bool GetLeft()
{
return(InterfaceInput.Instance().Player.GetButtonDown("left"));
}
