public override void JobWasExecuted(Quartz.IJobExecutionContext context, Quartz.JobExecutionException jobException)
{
base.JobWasExecuted(context, jobException);
long scheduledTaskId = (long)context.MergedJobDataMap["scheduledTaskId"];
ScheduledTaskRunStatistics lastRunStatistics = new ScheduledTaskRunStatistics();
lastRunStatistics.StartTimeUtc = context.FireTimeUtc.HasValue ? context.FireTimeUtc.Value.DateTime : new DateTime?();
lastRunStatistics.EndTimeUtc = context.FireTimeUtc.HasValue ? context.FireTimeUtc.Value.Add(context.JobRunTime).DateTime : new DateTime?();
if (jobException != null)
{
lastRunStatistics.Status = ScheduledTaskStatus.Failed;
lastRunStatistics.Error = jobException.Message;
}
else
{
ExecuteSequenceJobResult result = (ExecuteSequenceJobResult)context.Result;
lastRunStatistics.Status = result.RunStatus;
lastRunStatistics.Error = result.RunError;
}
string connectionString = (string)context.MergedJobDataMap["connectionString"];
SchedulingController controller = new SchedulingController(connectionString);
controller.SetScheduledTaskLastRunStatistics(scheduledTaskId, lastRunStatistics);
zOnTaskComplete(new TaskEventArgs(scheduledTaskId));
m_IsJobRunning = false;
}
public void Execute(IJobExecutionContext context)
{
ThreadSynchronizer threadSynchronizer = null;
frmAutomation frmAutomation = null;
try
{
m_JobKey = context.JobDetail.Key;
m_Logger.InfoFormat("ExecuteSequenceJob {0} executing at {1}.", m_JobKey, DateTime.Now.ToString("r"));
string connectionString = (string)context.MergedJobDataMap["connectionString"];
AutomationController automationController = new AutomationController(connectionString);
SchedulingController schedulingController = new SchedulingController(connectionString);
long scheduledTaskId = (long)context.MergedJobDataMap["scheduledTaskId"];
ScheduledTask scheduledTask = schedulingController.GetScheduledTask(scheduledTaskId, DeletedInclusion.All);
SequenceDetail sequenceDetail = automationController.GetSequenceDetail(scheduledTask.TaskSequence.SequenceId);
threadSynchronizer = (ThreadSynchronizer)context.MergedJobDataMap["threadSynchronizer"];
threadSynchronizer.RunOnSynchronizedThread(() => frmAutomation = new frmAutomation(), true);
using (AutomationEngine automationEngine = new AutomationEngine(frmAutomation.Browser))
{
automationEngine.SetSequence(sequenceDetail.SequenceSteps);
Dictionary <string, IStateVariable> persistedData = automationController.GetSequencePersistedData(sequenceDetail.Sequence.SequenceId);
automationEngine.DataContext.LoadPersistedVariables(persistedData);
automationEngine.ExecutionComplete += automationEngine_ExecutionComplete;
using (m_ExecutionWaitHandle = new AutoResetEvent(false))
{
automationEngine.ExecuteSequence();
if (!m_ExecutionWaitHandle.WaitOne(scheduledTask.RunDurationLimit.HasValue
? scheduledTask.RunDurationLimit.Value
: TimeSpan.FromMilliseconds(-1)))
{
throw new TimeoutException(
String.Format("Scheduled sequence execution timed out because it reached the specified Run Duration Limit of {0}.",
scheduledTask.RunDurationLimit));
}
}
automationEngine.ExecutionComplete -= automationEngine_ExecutionComplete;
persistedData = automationEngine.DataContext.GetPersistedVariables();
automationController.SetSequencePersistedData(sequenceDetail.Sequence.SequenceId, persistedData);
}
ExecuteSequenceJobResult result = new ExecuteSequenceJobResult(
zGetScheduledTaskStatusFromExecutionState(m_ExecutionCompleteEventArgs.RunResult),
""); //TODO: get error from ExecutionCompleteEventArgs
context.Result = result;
}
catch (Exception ex)
{
JobExecutionException jobEx = new JobExecutionException(ex, false);
throw jobEx;
}
finally
{
//Clean up
try
{
if (frmAutomation != null)
{
threadSynchronizer.RunOnSynchronizedThread(() => frmAutomation.Dispose(), true);
}
}
catch (Exception ex)
{
if (m_Logger != null)
{
m_Logger.ErrorFormat("Cleanup failed for ExecuteSequenceJob {0}: {1}", m_JobKey, ex.Message);
}
}
//Dereference global variables
m_Logger = null;
m_JobKey = null;
m_ExecutionCompleteEventArgs = null;
m_ExecutionWaitHandle = null;
}
}
