static void Main(string[] args)
{
uint maxValidLenth = 2;
uint minValidLenth = 1;
IVisualizer visualizer = new ConsoleUI();
IInnerDataValidator innerDataValidator = new InnerDataValidator(minValidLenth, maxValidLenth);
IAlgoritmSelector algoritmSelector = new AlgoritmSelector(innerDataValidator, minValidLenth, maxValidLenth);
Controller controller = new Controller(args, visualizer, algoritmSelector);
controller.Start();
}
public void Select_IncorectInnerArray_Null()
{
uint minLenth = 1;
uint maxLenth = 2;
string[] array = null;
Mock <IInnerDataValidator> validator = new Mock <IInnerDataValidator>();
validator.Setup(x => x.ValidateInputArray(It.Is <string[]>(val => val == null))).Returns(false);
AlgoritmSelector algoritmSelector = new AlgoritmSelector(validator.Object, minLenth, maxLenth);
IAlgorithm result = algoritmSelector.Select(array);
Assert.IsNull(result);
}
public void Select_ValidArrayLenthOne_SequenceScript()
{
uint minLenth = 1;
uint maxLenth = 2;
uint num = 1;
string[] array = { "3" };
AlgorithmName expected = AlgorithmName.Sequence;
Mock <IInnerDataValidator> validator = new Mock <IInnerDataValidator>();
validator.Setup(x => x.ValidateInputArray(It.IsAny <string[]>())).Returns(true);
validator.Setup(x => x.ConvertArrayToParams(It.IsAny <string[]>(), out num)).Returns(true);
AlgoritmSelector algoritmSelector = new AlgoritmSelector(validator.Object, minLenth, maxLenth);
IAlgorithm result = algoritmSelector.Select(array);
Assert.AreEqual(result.Name, expected);
}
