public String Print()
{
_numberCounter.IncrementNumber();
if (_counterPredicate.IsDividableWithFive(_numberCounter) && _counterPredicate.IsDividableWithThree(_numberCounter))
{
return(_timpexPrinter.Print());
}
if (_counterPredicate.IsDividableWithFive(_numberCounter))
{
return(_pexPrinter.Print());
}
if (_counterPredicate.IsDividableWithThree(_numberCounter))
{
return(_timPrinter.Print());
}
return(_numberCounter.GetValue().ToString());
}
public void It_Should_Return_True_When_Diviable_with_Three()
{
_sut = new CounterPredicate();
_counter.Stub(x => x.GetValue()).Return(3);
Boolean _result = _sut.IsDividableWithThree(_counter);
Assert.AreEqual(true, _result);
}
public void It_Should_return_true_when_dividing_with_five()
{
Boolean result = _sut.IsDividableWithThree(_counter);
Assert.AreEqual(_dividableWithThree, result);
}