public void ThenTheDisplayShouldLookLike(string theExpectedBerlinClockOutput)
{
var result = _berlinClockGenerator.Generate(_berlinClockAttributes.Hour, _berlinClockAttributes.Minute,
_berlinClockAttributes.Second);
Assert.AreNotEqual(result, theExpectedBerlinClockOutput);
}
public void ShouldReturnTheRightValue(int hours, int minutes, int seconds, string expectedResult)
{
var hoursFirstRow = new RowGeneratorHoursFirst();
var hourSecondRow = new RowGeneratorHoursSecond();
var minuteFirstRow = new RowGeneratorMinutesFirst();
var minuteecondRow = new RowGeneratorMinutesSecond();
var topSeconds = new RowGeneratorSeconds();
var clock = new BerlinClockGenerator(hoursFirstRow, hourSecondRow, minuteFirstRow, minuteecondRow, topSeconds);
var result = clock.Generate(hours, minutes, seconds);
Assert.That(result, Is.EqualTo(expectedResult));
}
public string ConvertRegularTimeToBerlinUhrTime(string time)
{
var tsTime = TimeSpan.Parse(time);
_topYellowLamp = new RowGeneratorSeconds();
_topFirstRow = new RowGeneratorHoursFirst();
_topSecondRow = new RowGeneratorHoursSecond();
_bottomFirstRow = new RowGeneratorMinutesFirst();
_bottomSecondRow = new RowGeneratorMinutesSecond();
_berlinClockGenerator = new BerlinClockGenerator(_topFirstRow, _topSecondRow, _bottomFirstRow,
_bottomSecondRow, _topYellowLamp);
return(_berlinClockGenerator.Generate(tsTime.Hours, tsTime.Minutes, tsTime.Seconds));
}
public string ConvertTime(string actualTime)
{
var tsTime = TimeSpan.Parse(actualTime);
_topYellowLamp = new RowGeneratorSeconds();
_topFirstRow = new RowGeneratorHoursFirst();
_topSecondRow = new RowGeneratorHoursSecond();
_bottomFirstRow = new RowGeneratorMinutesFirst();
_bottomSecondRow = new RowGeneratorMinutesSecond();
_berlinClockGenerator = new BerlinClockGenerator(_topFirstRow, _topSecondRow, _bottomFirstRow,
_bottomSecondRow, _topYellowLamp);
var result = _berlinClockGenerator.Generate(tsTime.Hours, tsTime.Minutes, tsTime.Seconds);
return(result);
}
public void ShouldConvertDateTimeToCorrectFormat()
{
const string expectedResult = "Y\r\nAAAA\r\nBBBB\r\nCCCCCCCCCCC\r\nDDDD";
var topFirstRow = MockRepository.Mock <IRowGenerator>();
var topSecondRow = MockRepository.Mock <IRowGenerator>();
var bottomFirstRow = MockRepository.Mock <IRowGenerator>();
var bottomSecondRow = MockRepository.Mock <IRowGenerator>();
var yellowLampGen = MockRepository.Mock <IRowGenerator>();
topFirstRow.Expect(x => x.Generate(0)).Return("AAAA");
topSecondRow.Expect(x => x.Generate(0)).Return("BBBB");
bottomFirstRow.Expect(x => x.Generate(0)).Return("CCCCCCCCCCC");
bottomSecondRow.Expect(x => x.Generate(0)).Return("DDDD");
yellowLampGen.Expect(x => x.Generate(0)).Return("Y");
var clock = new BerlinClockGenerator(topFirstRow, topSecondRow, bottomFirstRow, bottomSecondRow, yellowLampGen);
var result = clock.Generate(new DateTime(1, 1, 1, 0, 0, 0));
Assert.That(result, Is.EqualTo(expectedResult));
}
