private VertexTaskState YarnTaskStateToVertexTaskState(YarnTaskState ts)
{
VertexTaskState vts = VertexTaskState.NA;
if (ts == YarnTaskState.NA)
{
vts = VertexTaskState.NA;
}
else if (ts < YarnTaskState.Running)
{
vts = VertexTaskState.Waiting;
}
else if (ts == YarnTaskState.Running)
{
vts = VertexTaskState.Running;
}
else
{
switch (ts)
{
case YarnTaskState.Completed:
vts = VertexTaskState.Finished;
break;
case YarnTaskState.Failed:
vts = VertexTaskState.Failed;
break;
//case TaskState.Canceled:
//case TaskState.Canceling:
// vts = VertexTaskState.Canceled;
// break;
}
}
DryadLogger.LogDebug("Task State", "Mapped ts: {0} to vts: {1}", ts, vts);
return(vts);
}
/// <summary>
/// Create a new dispatcher and add to the good dispatcher pool.
/// </summary>
/// <param name="taskid">HPC Task Id</param>
/// <param name="node">Name of node this dispatcher is for</param>
/// <param name="state">State of task when dispatcher is created (always Running now)</param>
/// <returns>Dispatcher that was added, or null if a dispatcher already exists in the good pool for specified node</returns>
private Dispatcher AddDispatcher(int taskid, string node, VertexTaskState state)
{
VertexComputeNode cn = new VertexComputeNode();
cn.instanceId = taskid;
cn.ComputeNode = node;
cn.State = state;
Dispatcher d = new Dispatcher(schedulerHelper, cn);
d.FaultedEvent += new DispatcherFaultedEventHandler(OnDispatcherFaulted);
if (!dispatcherPool.Add(d))
{
// There's already a dispatcher for this node
d.Dispose();
d = null;
}
return d;
}
