public static void SetScheduleTime(string scheduleString, out PiplelineScheduleTime scheduleTime, out DateTime lastExecuteTime, ref DateTime nextExecuteTime)
{
string[] scheduleArray = scheduleString.Split('|');
if (scheduleArray.Length != 3)
{
throw new Exception("schedule format is incorrect");
}
scheduleTime = new PiplelineScheduleTime()
{
StartTime = scheduleArray[0], Model = scheduleArray[1], ApartTime = Convert.ToInt32(scheduleArray[2])
};
bool parseResult = DateTime.TryParse(scheduleTime.StartTime, out nextExecuteTime);
if (!parseResult)
{
throw new Exception("The Schedule start time format of schedule is incorrect");
}
lastExecuteTime = nextExecuteTime;
}
public static void SetNextExecuteTime(PiplelineScheduleTime scheduleTime, out DateTime lastExecuteTime, ref DateTime nextExecuteTime)
{
lastExecuteTime = nextExecuteTime;
if (scheduleTime.Model.ToUpper() == PiplelineScheduleApartTimeType.Y.ToString())
{
nextExecuteTime = lastExecuteTime.AddMonths(12);
return;
}
if (scheduleTime.Model.ToUpper() == PiplelineScheduleApartTimeType.M.ToString())
{
nextExecuteTime = lastExecuteTime.AddMonths(scheduleTime.ApartTime);
return;
}
if (scheduleTime.Model.ToUpper() == PiplelineScheduleApartTimeType.W.ToString())
{
nextExecuteTime = lastExecuteTime.AddDays(7);
return;
}
if (scheduleTime.Model.ToUpper() == PiplelineScheduleApartTimeType.D.ToString())
{
nextExecuteTime = lastExecuteTime.AddDays(scheduleTime.ApartTime);
return;
}
if (scheduleTime.Model.ToUpper() == PiplelineScheduleApartTimeType.HH.ToString())
{
nextExecuteTime = lastExecuteTime.AddHours(scheduleTime.ApartTime);
return;
}
if (scheduleTime.Model.ToUpper() == PiplelineScheduleApartTimeType.MM.ToString())
{
nextExecuteTime = lastExecuteTime.AddMinutes(scheduleTime.ApartTime);
return;
}
if (scheduleTime.Model.ToUpper() == PiplelineScheduleApartTimeType.SS.ToString())
{
nextExecuteTime = lastExecuteTime.AddSeconds(scheduleTime.ApartTime);
return;
}
}
