public TaskScheduler.UrgentWorkflow CreateUrgentTestWF()
{
var wf = new TaskScheduler.UrgentWorkflow();
wf.Optimize = true;
var cls = GetClusterNames();
wf.Resources = cls.Select(name => TaskTimeMeter.CreateResourceRecord(name)).ToArray();
wf.ResourcesNames = new string[0];
var ss = GetAppNames();
ulong i = 0;
wf.ActiveTasks = new List <TaskScheduler.ActiveTask>();
var runningTask = new TaskScheduler.ActiveTask()
{
Id = 500000
};
runningTask.Destination = new LaunchDestination()
{
ResourceName = wf.Resources[0].Name, NodeNames = wf.Resources[0].Nodes.Select(n => n.DNSName).ToArray()
};
wf.ActiveTasks.Add(runningTask);
for (var j = 0; j < 5 && j < ss.Count(); j++)
{
var task = new TaskScheduler.Task();
task.ApplicationName = ss.ElementAt(j);
task.Parameters = new Dictionary <string, string>();
task.Parameters["FUNCTIONS_COUNT"] = 20000.ToString();
task.Id = i++;
wf.Tasks.Add(task);
}
return(wf);
}
public EstimationResult Estimate(Task task, string resourceName, LaunchDestination destination, bool optimize)
{
var key = new KeyValuePair <string, ulong>(resourceName, task.Id);
if (_estimations.ContainsKey(key))
{
return(_estimations[key]);
}
else
{
var result = TaskTimeMeter.MeasureAppTime(task.ApplicationName, task.Parameters, resourceName, destination, optimize);
_estimations[key] = result;
return(result);
}
}
public IEnumerable <string> GetClusterNames()
{
return(TaskTimeMeter.GetClusterNames());
}
