public void TestZeroTimeRendition()
{
var lightRepresentation = CreateLightRepresentation();
var testedRenderer = new StringBerlinClockRenderer(lightRepresentation);
var berlinClockData = new BerlinClockData()
{
FiveHoursLightsCount = 0,
FiveMinutesLightsCount = 0,
IsOneSecondLightActive = true,
OneHourLightsCount = 0,
OneMinuteLightsCount = 0
};
var result = testedRenderer.RenderBerlinClock(berlinClockData);
Assert.AreEqual(LengthOfRendition, result.Length);
Assert.AreEqual("y\r\nXXXX\r\nXXXX\r\nXXXXXXXXXXX\r\nXXXX", result);
}
private BerlinClockLightRowsRenditions ConstructRowsFromData(BerlinClockData berlinClockData)
{
var rows = new BerlinClockLightRowsRenditions();
rows.FirstRow = berlinClockData.IsOneSecondLightActive ? _lightRepresentation.YellowLight.ToString() :
_lightRepresentation.Off.ToString();
rows.SecondRow = CreateLightRow(numberOfActiveLights: berlinClockData.FiveHoursLightsCount,
maxNumberOfLights: BerlinClockDefinition.MaxNumberOfFiveHoursLights,
activeLightRepresentation: _lightRepresentation.RedLight);
rows.ThirdRow = CreateLightRow(numberOfActiveLights: berlinClockData.OneHourLightsCount,
maxNumberOfLights: BerlinClockDefinition.MaxNumberOfOneHourLights,
activeLightRepresentation: _lightRepresentation.RedLight);
var tmpFourthRow = CreateLightRow(numberOfActiveLights: berlinClockData.FiveMinutesLightsCount,
maxNumberOfLights: BerlinClockDefinition.MaxNumberOfFiveMinutesLights,
activeLightRepresentation: _lightRepresentation.YellowLight);
rows.FourthRow = MarkQuarters(aRow: tmpFourthRow,
activeLightRepresentation: _lightRepresentation.YellowLight,
quaterLightRepresentation: _lightRepresentation.RedLight);
rows.FifthRow = CreateLightRow(numberOfActiveLights: berlinClockData.OneMinuteLightsCount,
maxNumberOfLights: BerlinClockDefinition.MaxNumberOfOneMinuteLights,
activeLightRepresentation: _lightRepresentation.YellowLight);
return(rows);
}
