public override void Run()
{
var baseKey = new JobMessage()
{
Category = "01", Name = this.Name, BaseKey = Guid.NewGuid()
};
//the time at which the job will run
var currentBaseTimePoint = DateTime.Now.Date.Add(startSpan);
var baseDate = DateTime.Now <= currentBaseTimePoint?currentBaseTimePoint.AddDays(-1) : currentBaseTimePoint;
while (_running)
{
var nextDay = baseDate.AddDays(1);
//current data is greater than baseDate if the job is running slowly
while (nextDay < DateTime.Now)
{
baseDate = nextDay;
nextDay = nextDay.AddDays(1);
}
var baseTime = nextDay - baseDate;
if (!TimePending.Pending(baseTime, baseDate, baseKey))
{
if (UnitContainer != null && _running)
{
//Store the info of timer
if (!this.Parameters.AllKeys.Contains(JobDictionary.JOB_INTERNAL_TIMER_PATTERN))
{
this.Parameters.Add(JobDictionary.JOB_INTERNAL_TIMER_PATTERN, null);
}
if (!this.Parameters.AllKeys.Contains(JobDictionary.JOB_INTERNAL_TIMER_TIME))
{
this.Parameters.Add(JobDictionary.JOB_INTERNAL_TIMER_TIME, Parameters["jobTime"]);
}
UnitContainer.InvokeALL(this.Parameters);
}
baseDate = nextDay;
GC.Collect();
GC.WaitForFullGCComplete();
}
}
}
public override void Run()
{
if (DebugContainer.Debuggers == null || UnitContainer.Units == null)
{
throw new Exception("JobManager have not been initialized");
}
DateTime baseDate = new DateTime();
if (JobTimeFormatter != null)
{
baseDate = JobTimeFormatter.FormatTime;
}
JobMessage baseKey = new JobMessage()
{
Category = "00", Name = this.Name, BaseKey = Guid.NewGuid()
};
while (_running)
{
try
{
//By specified time
if (JobTimeFormatter != null)
{
TimeSpan baseTime = new TimeSpan();
switch (JobTimeFormatter.Type)
{
case JobDictionary.JobTimeType.M:
var nextYear = baseDate.AddYears(1);
//current data is greater than baseDate if the job is running slowly
while (nextYear < DateTime.Now)
{
baseDate = nextYear;
nextYear = nextYear.AddYears(1);
}
baseTime = nextYear - baseDate;
if (!TimePending.Pending(baseTime, baseDate, baseKey))
{
_run();
//Prepare for the next plan
baseDate = nextYear;
}
break;
case JobDictionary.JobTimeType.D:
var nextMonth = baseDate.AddMonths(1);
//current data is greater than baseDate if the job is running slowly
while (nextMonth < DateTime.Now)
{
baseDate = nextMonth;
nextMonth = nextMonth.AddMonths(1);
}
baseTime = nextMonth - baseDate;
if (!TimePending.Pending(baseTime, baseDate, baseKey))
{
_run();
baseDate = nextMonth;
}
break;
case JobDictionary.JobTimeType.h:
var nexDay = baseDate.AddDays(1);
//current data is greater than baseDate if the job is running slowly
while (nexDay < DateTime.Now)
{
baseDate = nexDay;
nexDay = nexDay.AddDays(1);
}
baseTime = nexDay - baseDate;
if (!TimePending.Pending(baseTime, baseDate, baseKey))
{
_run();
baseDate = nexDay;
}
break;
case JobDictionary.JobTimeType.m:
var nextHour = baseDate.AddHours(1);
//current data is greater than baseDate if the job is running slowly
while (nextHour < DateTime.Now)
{
baseDate = nextHour;
nextHour = nextHour.AddHours(1);
}
baseTime = nextHour - baseDate;
if (!TimePending.Pending(baseTime, baseDate, baseKey))
{
_run();
baseDate = nextHour;
}
break;
case JobDictionary.JobTimeType.s:
var nextMinute = baseDate.AddMinutes(1);
//current data is greater than baseDate if the job is running slowly
while (nextMinute < DateTime.Now)
{
baseDate = nextMinute;
nextMinute = nextMinute.AddMinutes(1);
}
baseTime = nextMinute - baseDate;
if (!TimePending.Pending(baseTime, baseDate, baseKey))
{
_run();
baseDate = nextMinute;
}
break;
}
}
}
catch
{
}
}
}