static void RunAndDownload(SfbClient _net, string shortName, string directoryName, JobEntry je)
{
je.RunAndDownloadIsActive = true;
string errortext = null;
_net.Run(je.filetype, shortName, je, ref errortext);
if (errortext == "Maximum number of concurrent jobs exceeded.")
{
_net.Disconnect();
je.WriteToLog(errortext.ToLower());
je.SetStatus(Status.schedulerequest);
}
else if (errortext != null)
{
_net.Disconnect();
MessageBoxShow(je._houston, errortext, "Run error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
else
{
_net.GetFinalStatus();
je.SetCpuAndMem();
_net.Download(je.DirectoryName);
//je.WriteToLog("downloading finished");
_net.Disconnect();
if (je.stat == Status.aborted)
{
je.WriteToLog("abort completed");
}
}
}
public static void InvokedTimerTick(Object obj)
{
JobEntry je = (JobEntry)obj;
try
{
if (je._job != null)
{
int id = je._job.Id; //Test if the process exists.
je._job.Refresh();
if (!je._job.HasExited)
{
System.TimeSpan diff1 = DateTime.Now.Subtract(je._job.StartTime);
//je.SubItems[(int)Display.cpu].Text = diff1.TotalSeconds.ToString("#0.0")+"s";
je.SubItems[(int)Display.cpu].Text = je._job.TotalProcessorTime.TotalSeconds.ToString("#0.0") + "s";
je.SubItems[(int)Display.mem].Text = (1 + je._job.WorkingSet64 / 1024).ToString("n0") + "kb";
}
}
else if (je._net != null)
{
je.SetCpuAndMem();
}
}
catch //This might be a _net job
{
if (je._net != null)
{
}
}
if (je.stat == Status.scheduled && DateTime.Compare(DateTime.Now, je._schedTime) > 0)
{
je.SetStatus(Status.queued);
}
else if (je.stat == Status.rscheduled && DateTime.Compare(DateTime.Now, je._schedTime) > 0)
{
je.SetStatus(Status.rqueued);
}
}