/// <summary>
/// Process object that represents running runner script.</summary>
public ProActiveRuntimeExecutor(CommonStartInfo commonStartInfo, int rank)
{
this.commonStartInfo = commonStartInfo;
this.rank = rank;
if (this.rank == 0)
{
// Init the next usable ProActive Port specified by the configuration
nextUsableProActivePort = commonStartInfo.configuration.config.portRange.first;
}
// Init the current and increment the next usable port
this.currentProActivePort = nextUsableProActivePort++;
this.LOGGER = LogManager.GetLogger(System.Reflection.MethodBase.GetCurrentMethod().DeclaringType + "" + rank);
// The logger needs to be customized programmatically to log stout/stderr into a separate file
this.processLogger = LogManager.GetLogger("Executor" + rank + "ProcessLogger");
Logger customLogger = this.processLogger.Logger as log4net.Repository.Hierarchy.Logger;
if (customLogger != null)
{
customLogger.Additivity = false;
customLogger.AddAppender(createRollingFileAppender(rank) /*, commonStartInfo.logsDirectory */);
}
// The restart timer is only created it will not start until Timer.Change() method is called
this.restartTimer = new Timer(new TimerCallback(internalRestart), null, System.Threading.Timeout.Infinite, System.Threading.Timeout.Infinite);
this.restartBarrierDateTime = DateTime.MaxValue;
this.callersState = new Dictionary <ApplicationType, Int32>();
this.rootProcess = null;
// Create a new job object for limits
this.jobObject = new JobObject(Constants.JOB_OBJECT_NAME + rank);
this.jobObject.Events.OnNewProcess += new jobEventHandler <NewProcessEventArgs>(Events_OnNewProcess);
// If memory management is enabled
ushort memoryLimit = commonStartInfo.configuration.config.memoryLimit;
if (memoryLimit != 0)
{
// Add user defined memory limitations
this.jobObject.Limits.JobMemoryLimit = new IntPtr(memoryLimit * 1024 * 1024);
LOGGER.Info("A memory limitation of " + memoryLimit + " Mbytes is set for the ProActive Runtime process (and its children)");
// Add event handler to keep track of job events
this.jobObject.Events.OnJobMemoryLimit += new jobEventHandler <JobMemoryLimitEventArgs>(Events_OnJobMemoryLimit);
}
// Apply priority
this.jobObject.Limits.PriorityClass = commonStartInfo.configuration.config.processPriority;
// Children process will not be able to escape from job
this.jobObject.Limits.CanChildProcessBreakAway = false;
// Create new instance of the cpu limiter
this.cpuLimiter = new CPULimiter();
}
// For test purpose
static void Main0(string[] args)
{
Process[] par = Process.GetProcessesByName("ProcessLauncher");
CPULimiter cpuLimiter = new CPULimiter();
cpuLimiter.addProcessToWatchList(par[0]);
cpuLimiter.setNewMaxCpuUsage(10);
// Wait a little
System.Threading.Thread.Sleep(20000);
cpuLimiter.addProcessToWatchList(par[1]);
System.Threading.Thread.Sleep(10000);
cpuLimiter.setNewMaxCpuUsage(20);
System.Threading.Thread.Sleep(10000);
// Clear the watch list
cpuLimiter.clearWatchList();
// processes should be at 100% !each! during 10 secs
System.Threading.Thread.Sleep(10000);
// add the processes again
cpuLimiter.addProcessToWatchList(par[0]);
cpuLimiter.addProcessToWatchList(par[1]);
// should be limited to 20%
System.Threading.Thread.Sleep(10000);
cpuLimiter.clearWatchList();
Console.ReadLine();
}