public string ConvertTime(string aTime)
{
// we cannot use TimeSpan because we need to support time format 24:00:00 which is not equal to 00:00:00
if (!timeParser.TryParse(aTime, out var time))
{
throw new FormatException($"Provided time '{aTime}' has incorrect format. Should be '{timeParser.TimeFormat}'");
}
return(string.Join(separator, converters.Select(c => c.Convert(time))));
}
public string ConvertTime(string aTime)
{
TimeSpan time;
if (!timeParser.TryParse(aTime, out time))
{
throw new ArgumentException("Wrong format for aTime");
}
var retval = clockBuilder.GetClock().GetStringRepresentation(time);
return(retval);
}
public BerlinTimeModel GetTime(string inputTime)
{
if (!timeParser.TryParse(inputTime, out var timeModel))
{
throw new ArgumentException(BerlinClockResource.InvalidArgumentError);
}
var secondSet = timeModel.Seconds % 2 == 0;
var fiveHours = new BitArray(DefaultSignalsPerRow).SetBits(timeModel.Hours / 5);
var hours = new BitArray(DefaultSignalsPerRow).SetBits(timeModel.Hours % 5);
var fiveMinutes = new BitArray(MinuteSignalsPerRow).SetBits(timeModel.Minutes / 5);
var minutes = new BitArray(DefaultSignalsPerRow).SetBits(timeModel.Minutes % 5);
var berlinTimeModel = new BerlinTimeModel(
secondSet,
fiveHours,
hours,
fiveMinutes,
minutes);
return(berlinTimeModel);
}
