public void TestFactory()
{
var IntelCorei7 = new Processor();
var colorPairs = new List<ColorPair>();
colorPairs.Add(new ColorPair(new Red(), new Green(), "red_green"));
colorPairs.Add(new ColorPair(new Green(), new Red(), "green_red"));
colorPairs.Add(new ColorPair(new Red(), new Red(), "red_red"));
colorPairs.Add(new ColorPair(new Green(), new Green(), "green_green"));
foreach (var item in colorPairs)
{
Assert.AreEqual(Shake(item.FirstColor, item.SecondColor,IntelCorei7), item.Answer);
}
}
static void Main(string[] args)
{
IntelCorei7 = new Processor();
var colorPairs = new List<ColorPair>();
colorPairs.Add(new ColorPair(new Red(), new Green(), "red_green"));
colorPairs.Add(new ColorPair(new Green(), new Red(), "green_red"));
colorPairs.Add(new ColorPair(new Red(), new Red(), "red_red"));
colorPairs.Add(new ColorPair(new Green(), new Green(), "green_green"));
foreach (var item in colorPairs)
{
var f = Shake(item.FirstColor, item.SecondColor).Equals(item.Answer);
}
}
public string Shake(IColored a, IColored b, Processor intel)
{
var typeOfFirstColor = a.GetType();
var typeOfSecondColor = b.GetType();
var names = typeOfFirstColor.Name.ToLower() + typeOfSecondColor.Name.ToLower();
switch (names)
{
case "redred":
return intel.Mix(new Red(a), new Red(b));
case "greengreen":
return intel.Mix(new Green(a), new Green(b));
case "redgreen":
return intel.Mix(new Red(a), new Green(b));
case "greenred":
return intel.Mix(new Green(a), new Red(b));
default:
return default(string);
}
}
