public string Print()
{
_counter.IncrementCount();
if (IsTimpex())
{
return(_timpexPrinter.Print(_counter));
}
return(_counterPrinter.Print(_counter));
}
public void Setup()
{
var printer = new TimpexPrinter(_corePrinter);
_corePrinter.PrintShouldReturn(ValueFromCorePrinter);
for (int i = 0; i <= 99; i++)
{
_returnValues[i] = printer.Print();
}
}
public void Setup()
{
var printer = new TimpexPrinter(_corePrinter);
_corePrinter.PrintShouldReturn(ValueFromCorePrinter);
for (int i = 0; i <= 99; i++)
{
_returnValues[i] = printer.Print();
}
}
public void It_Should_Return_Timpex_Timpex_When_Counter_Is_Dividable_With_Five_and_Three()
{
_numberCounter.Stub(x => x.IncrementNumber());
_numberCounter.Stub(x => x.GetValue()).Return(5);
_counterPredicat.Stub(x => x.IsDividableWithFive(_numberCounter)).Return(true);
_counterPredicat.Stub(x => x.IsDividableWithThree(_numberCounter)).Return(true);
_sut = new TimpexPrinter(_numberCounter, _counterPredicat);
String _result = _sut.Print();
_numberCounter.AssertWasCalled(x => x.IncrementNumber());
Assert.AreEqual(_result, "timpex timpex");
}
private string DecideValue()
{
if (_counter.IsTim)
{
return(_timPrinter.Print());
}
if (_counter.IsPex)
{
return(_pexPrinter.Print());
}
if (_counter.IsTimpex)
{
return(_timpexPrinter.Print());
}
return(_counter.IntegerValue);
}
private string DecideValue()
{
if (ErDeleligMed3Og5)
{
return(_timpexPrinter.Print());
}
if (ErDeleligMed3)
{
return(_timPrinter.Print());
}
if (ErDeleligMed5)
{
return(_pexPrinter.Print());
}
return(_counter.ToString());
}
