public void NotifyVertexEnqueued(Scheduler scheduler, Scheduler.WorkItem work)
{
if (this.WorkItemEnqueued != null)
{
this.WorkItemEnqueued(this, new VertexEnqueuedArgs(scheduler.Index, work.Vertex.Stage, work.Vertex.VertexId, work.Requirement));
}
}
internal void StartSched(int schedulerid, Scheduler.WorkItem workitem)
{
if (Trace.IsEnabled(EventLevel.LogAlways, Keywords.Viz))
{
StartSched(schedulerid, workitem.Shard.Stage.StageId, workitem.Shard.Stage.Name, workitem.Requirement.Timestamp.ToString());
}
}
public void NotifyVertexStarting(Scheduler scheduler, Scheduler.WorkItem work)
{
if (this.WorkItemStarting != null)
{
this.WorkItemStarting(this, new VertexStartArgs(scheduler.Index, work.Vertex.Stage, work.Vertex.VertexId, work.Requirement));
}
}
public void NotifyOperatorEnqueued(Scheduler scheduler, Scheduler.WorkItem work)
{
if (this.WorkItemEnqueued != null)
{
this.WorkItemEnqueued(this, new OperatorEnqArgs(scheduler.Index, work.Shard.Stage, work.Shard.VertexId, work.Requirement));
}
}
internal void StopSched(int schedulerid, Scheduler.WorkItem workitem)
{
//Console.WriteLine("]Sched {0} {1}", id, workitem.ToString());
if (Trace.IsEnabled(EventLevel.LogAlways, Keywords.Viz))
{
StopSched(schedulerid, workitem.Shard.Stage.StageId, workitem.Shard.Stage.Name, workitem.Requirement.Timestamp.ToString());
}
}
internal override void PerformAction(Scheduler.WorkItem workItem)
{
this.ConsiderFlushingBufferedUpdates();
}
internal override void PerformAction(Scheduler.WorkItem workItem)
{
throw new NotImplementedException();
}
internal void StopSched(Scheduler.WorkItem workitem)
{
}
