public void When_Not_Dividable_By_Five_Or_Three()
{
_sut = new AdvancedTimpexPrinterTwo(_timpexPrinter, _timPrinter, _pexPrinter, _counterPredicateHandler, _numberCounter);
_currentIndex = _random.Next(1, 2000);
_numberCounter.Stub(x => x.IncrementNumber());
_numberCounter.Stub(x => x.GetValue()).Return(_currentIndex);
_counterPredicateHandler.Stub(x => x.IsDividableWithFive(_numberCounter)).Return(false);
_counterPredicateHandler.Stub(x => x.IsDividableWithThree(_numberCounter)).Return(false);
_result = _sut.Print();
_numberCounter.AssertWasCalled(x => x.IncrementNumber());
Assert.AreEqual(_currentIndex.ToString(), _result);
}
public void When_Not_Dividable_By_Five_Or_Three()
{
_sut = new AdvancedTimpexPrinterTwo(_timpexPrinter, _timPrinter, _pexPrinter, _counterPredicateHandler, _numberCounter);
_currentIndex = _random.Next(1, 2000);
_numberCounter.Stub(x => x.IncrementNumber());
_numberCounter.Stub(x => x.GetValue()).Return(_currentIndex);
_counterPredicateHandler.Stub(x => x.IsDividableWithFive(_numberCounter)).Return(false);
_counterPredicateHandler.Stub(x => x.IsDividableWithThree(_numberCounter)).Return(false);
_result = _sut.Print();
_numberCounter.AssertWasCalled(x => x.IncrementNumber());
Assert.AreEqual(_currentIndex.ToString(),_result);
}
