public static void Main()
{
SimpleMath sm = new SimpleMath();
// ������ ���� �Ͻ������� ����
sm.mmDelegate += ( (msg, result) => {
Console.WriteLine(msg);
Console.WriteLine("result : {0}", result);
});
// ������ ���� ��������� ����
sm.mmDelegate += ( (string msg, int result) => {
Console.WriteLine("2:{0}", msg);
Console.WriteLine("2:result : {0}", result);
});
// ���� ������ �ٸ� (����!!!)
// sm.mmDelegate += ( (string msg) => {
// Console.WriteLine("2:{0}", msg);
// });
// ���� ������ �Ϻθ� �����(����!!!)
// sm.mmDelegate += ( (string msg, result) => {
// Console.WriteLine("2:{0}", msg);
// Console.WriteLine("2:result : {0}", result);
// });
sm.addHook += ( () => {
Console.WriteLine("AddWork is hooked!");
});
sm.Add (10, 11);
}
public TypeAndMethodNamerTest()
{
RecordingServices.RecordingSaver = new DoNotSaveRecordings();
recorder = (DefaultRecorder)RecordingServices.Recorder;
RecordingServices.RecordingNamer = new TypeAndMethodNamer();
simpleMath = new SimpleMath();
}
public CallStackNamingOfRecordingTest()
{
recorder = (DefaultRecorder)RecordingServices.Recorder;
RecordingServices.RecordingNamer = new CallStackRecordingNamer();
simpleMath = new SimpleMath();
simpleMathFacade = new SimpleMathFacade();
}
static void Main()
{
SimpleMath simple = new SimpleMath();
int sum = simple.Add(2, 2);
Console.WriteLine("2 + 2 = {0}", sum);
ComplexMath complex = new ComplexMath();
int square = complex.Square(3);
Console.WriteLine("3 squared = {0}", square);
}
public TestWriterTest()
{
var saveRecordings = new SaveRecordingsToMemory();
RecordingServices.RecordingSaver = saveRecordings;
fileSystem = new CodeGenerationFileSystem();
testWriter = new TestWriter(saveRecordings, fileSystem);
math = new SimpleMath();
we_have_generated_a_test_class();
}
static void LambdaExpressionsMultipleParams()
{
SimpleMath m = new SimpleMath();
// register with delegate as lambda expression
m.SetMathHandler((msg, result) =>
{
Console.WriteLine("Message: {0}, Result: {1}", msg, result);
});
m.zzDelegate += () => { Console.WriteLine("sup homes"); return "sup"; };
// this will trigger the lambda expressions
m.Add(10, 10);
}
protected TestsWithFlavour()
{
Configuration.TestFlavour = GetFlavour();
var saveRecordings = new SaveRecordingsToMemory();
RecordingServices.RecordingSaver = saveRecordings;
fileSystem = new CodeGenerationFileSystem();
testWriter = new TestWriter(saveRecordings, fileSystem);
math = new SimpleMath();
we_have_generated_a_test_class();
}
public RecordingAttributeTest()
{
saverMock = new Mock<ISaveRecordings>();
saverMock.Setup(saver => saver.SaveMethodRecording(It.IsAny<MethodRecording>())).Verifiable();
RecordingServices.RecordingSaver = saverMock.Object;
RecordingServices.RecordingNamer = new TypeAndMethodNamer();
recorder = (DefaultRecorder)RecordingServices.Recorder;
recorder.ClearRecordings();
math = new SimpleMath();
math.Add(5, 5);
math.Add(10, 10);
SimpleMath.AddStatic(15, 15);
}
static void Main()
{
SimpleMath obj = new SimpleMath();
//<Snippet45>
int result = obj.AddTwoNumbers(1, 2);
result = obj.SquareANumber(result);
// The result is 9.
Console.WriteLine(result);
//</Snippet45>
//<Snippet46>
result = obj.SquareANumber(obj.AddTwoNumbers(1, 2));
// The result is 9.
Console.WriteLine(result);
//</Snippet46>
}
public SimpleMathFacade()
{
_math = new SimpleMath();
}
private void Awake()
{
mathObjectCache = GetComponent<SimpleMath>();
}
private void Awake()
{
// cache the object references
mathObjectCache = GetComponent<SimpleMath>();
cameraTransformCache = transform;
}
private void Awake()
{
mathObjectCache = GetComponent<SimpleMath>();
pos1Cache = transform.position;
}