/// <summary>
/// Starts all processing Timers.
/// </summary>
/// <description>This Method performs immediate processing
/// if the time where processing is supposed to start is already in
/// the past.</description>
public static void StartProcessing()
{
DateTime TodaysStartTime;
DateTime TomorrowsStartTime;
TimeSpan InitialSleepTime;
TimeSpan TwentyfourHrs;
TLogging.LogAtLevel(1, "TTimedProcessing.StartProcessing got called");
// Check if any Processing is enabled at all
if (FProcessDelegates.Count == 0)
{
// No Processing is enabled, therefore we don't do anything here!
return;
}
/*
* Calculate the Timer's time periods
*/
// Calculate the DateTime of the processing time of today
TodaysStartTime = DateTime.Now.Date.Add(
new TimeSpan(FDailyStartTime24Hrs.Hour, FDailyStartTime24Hrs.Minute, 0));
// Calculate the DateTime of the processing time of the following day
TomorrowsStartTime = TodaysStartTime.AddDays(1);
// Calculate the time that the Timer should sleep until it wakes up on processing time of the following day
InitialSleepTime = TomorrowsStartTime.Subtract(DateTime.Now);
// Create a TimeSpan that is 1 day (=24 hrs). This is the interval in which following Timer wakeups will occur
TwentyfourHrs = new TimeSpan(1, 0, 0, 0); // = 1 day
if (TLogging.DebugLevel >= 9)
{
TLogging.Log("TTimedProcessing.StartProcessing: TodaysStartTime: " + TodaysStartTime.ToString());
TLogging.Log("TTimedProcessing.StartProcessing: TomorrowsStartTime: " + TomorrowsStartTime.ToString());
TLogging.Log("TTimedProcessing.StartProcessing: InitialSleepTime: " + InitialSleepTime.ToString());
TLogging.Log("TTimedProcessing.StartProcessing: TomorrowsStartTime + TwentyfourHrs: " +
TomorrowsStartTime.AddTicks(TwentyfourHrs.Ticks).ToString());
}
// If the daily start time is earlier that the current time: process individual Processing processes
// immediately to ensure that they were run today.
if (TodaysStartTime < DateTime.Now)
{
foreach (string delegatename in FProcessDelegates.Keys)
{
// run the job
GenericProcessor(delegatename);
}
}
}
/// <summary>
/// Starts all processing Timers.
/// </summary>
/// <description>This Method performs immediate processing
/// if the time where processing is supposed to start is already in
/// the past.</description>
public static void StartProcessing()
{
DateTime TodaysStartTime;
DateTime TomorrowsStartTime;
TimeSpan InitialSleepTime;
TimeSpan TwentyfourHrs;
// Check if any Processing is enabled at all
if (FProcessDelegates.Count == 0)
{
// No Processing is enabled, therefore we don't do anything here!
return;
}
/*
* Calculate the Timer's time periods
*/
// Calculate the DateTime of the processing time of today
TodaysStartTime = DateTime.Now.Date.Add(
new TimeSpan(FDailyStartTime24Hrs.Hour, FDailyStartTime24Hrs.Minute, 0));
// Calculate the DateTime of the processing time of the following day
TomorrowsStartTime = TodaysStartTime.AddDays(1);
// Calculate the time that the Timer should sleep until it wakes up on processing time of the following day
InitialSleepTime = TomorrowsStartTime.Subtract(DateTime.Now);
// Create a TimeSpan that is 1 day (=24 hrs). This is the interval in which following Timer wakeups will occur
TwentyfourHrs = new TimeSpan(1, 0, 0, 0); // = 1 day
if (TLogging.DebugLevel >= 9)
{
TLogging.Log("TTimedProcessing.StartProcessing: TodaysStartTime: " + TodaysStartTime.ToString());
TLogging.Log("TTimedProcessing.StartProcessing: TomorrowsStartTime: " + TomorrowsStartTime.ToString());
TLogging.Log("TTimedProcessing.StartProcessing: InitialSleepTime: " + InitialSleepTime.ToString());
TLogging.Log("TTimedProcessing.StartProcessing: TomorrowsStartTime + TwentyfourHrs: " +
TomorrowsStartTime.AddTicks(TwentyfourHrs.Ticks).ToString());
}
/*
* If the daily start time is earlier that the current time: process individual Processing processes
* immediately to ensure that they were run today.
*/
if (TodaysStartTime < DateTime.Now)
{
foreach (string delegatename in FProcessDelegates.Keys)
{
// run the job
GenericProcessor(delegatename);
}
}
/*
* Start the Timer(s) for the individual processing Processes
*/
foreach (string delegatename in FProcessDelegates.Keys)
{
InitialSleepTime = InitialSleepTime.Add(new TimeSpan(0, MINUTES_DELAY_BETWEEN_INDIV_PROCESSES, 0));
TwentyfourHrs = TwentyfourHrs.Add(new TimeSpan(0, MINUTES_DELAY_BETWEEN_INDIV_PROCESSES, 0));
// Schedule the regular processing calls.
FTimers.Add(new System.Threading.Timer(
new TimerCallback(new TGenericProcessor(GenericProcessor)),
delegatename,
InitialSleepTime,
TwentyfourHrs));
}
}