public static DateTime DoShifting(DateTime time, TimeShift timeShift)
{
DateTime tempTime = time;
tempTime = tempTime.AddYears(timeShift.Years).AddMonths(timeShift.Months).AddDays(timeShift.Days).AddHours(timeShift.Hours).AddMinutes(timeShift.Minutes).AddSeconds(timeShift.Seconds);
return(tempTime);
}
public async Task <List <DataPoint> > FetchData(bool applyTimeShift)
{
List <DataPoint> dataPoints;
// Decide if we want display time shift
TimeShift timeShift = null;
if (applyTimeShift && DisplayTimeShift.IsTimeShiftZero() == false)
{
timeShift = DisplayTimeShift;
}
dataPoints = await Measurement.FetchDataAsync(null);
// Handling timeshift here instead of the measurement to achieve modularity
if (timeShift != null)
{
//todo complete this
// find the shifting in double value
double shiftForDateTime = timeShift.ToDoubleForDateTime();
for (int dataPntIter = 0; dataPntIter < dataPoints.Count; dataPntIter++)
{
double newX = dataPoints[dataPntIter].X + shiftForDateTime;
dataPoints[dataPntIter] = new DataPoint(newX, dataPoints[dataPntIter].Y);
}
}
return(dataPoints);
}
public TimeShift Clone()
{
TimeShift timeShift = new TimeShift
{
Years = Years,
Months = Months,
Days = Days,
Hours = Hours,
Minutes = Minutes,
Seconds = Seconds
};
return(timeShift);
}
