public Task(Task otherTask)
: base(otherTask)
{
if (otherTask.OutputParams != null)
OutputParams = new Dictionary<string, string>(otherTask.OutputParams);
if (otherTask.PackageEngineState != null)
this.PackageEngineState = (PackageEngineState) otherTask.PackageEngineState.Clone();
Time = new TaskTimeMeasurement(otherTask.Time);
Incarnation = new IncarnationParams(otherTask.Incarnation);
if (otherTask.Estimations != null)
Estimations = new Dictionary<string, double>(otherTask.Estimations);
CurrentSchedule = null;
if (otherTask.CurrentSchedule != null)
{
CurrentSchedule = new TaskSchedule(otherTask.CurrentSchedule);
// immutable:
this.AssignedResource = otherTask.AssignedResource;
this.AssignedNodes = otherTask.AssignedNodes;
}
State = otherTask.State;
_inputsProcessed = otherTask._inputsProcessed;
_inputsProcessingError = otherTask._inputsProcessingError;
_failReason = otherTask._failReason;
if (otherTask._lastEvent != null && otherTask._lastEvent.HasValue)
_lastEvent = otherTask._lastEvent.Value;
}
public Task(TaskDescription description)
: base(description)
{
if (Priority == TaskPriority.Urgent)
{
if (!ExecParams.ContainsKey("MinTime"))
ExecParams["MinTime"] = "0";
if (!ExecParams.ContainsKey("MaxTime"))
ExecParams["MaxTime"] = ExecParams["MinTime"];
}
OutputParams = new Dictionary<string, string>();
Time = new TaskTimeMeasurement();
Time.Started(TaskTimeMetric.Postponed);
if (this.IsFake())
Time.Edge(started: TaskTimeMetric.Queued, finished: TaskTimeMetric.Postponed);
Estimations = null;
CurrentSchedule = null;
Incarnation = new IncarnationParams();
State = TaskState.Defined;
string stepName = ExecParams.ContainsKey("StepName")? ExecParams["StepName"]: null;
string storageRoot = IOProxy.Storage.BuildPath(UserId, WfId, stepId: TaskId.ToString(), stepName: stepName);
this.PackageEngineState = new PackageEngineState(description, storageRoot); // todo : measure PackageEngineState expenses
}
public TaskTimeMeasurement(TaskTimeMeasurement other)
: this()
{
if (other._overheads != null)
this._overheads = new Dictionary<TaskTimeOverheads, TimeSpan>(other._overheads);
if (other._overheadsActionCount != null)
this._overheadsActionCount = new Dictionary<TaskTimeOverheads, int>(other._overheadsActionCount);
if (other.OverheadsSpecial != null)
this.OverheadsSpecial = new Dictionary<string, TimeSpan>(other.OverheadsSpecial);
if (other.WhenStarted != null)
this.WhenStarted = new Dictionary<TaskTimeMetric, DateTime>(other.WhenStarted);
if (other.WhenFinished != null)
this.WhenFinished = new Dictionary<TaskTimeMetric, DateTime>(other.WhenFinished);
/*
if (other.EstimatedStart != null)
this.EstimatedStart = other.EstimatedStart;
if (other.EstimatedFinish != null)
this.EstimatedFinish = other.EstimatedFinish;
*/
}
public Task(Task otherTask)
: base(otherTask)
{
if (otherTask.OutputParams != null)
{
OutputParams = new Dictionary <string, string>(otherTask.OutputParams);
}
if (otherTask.PackageEngineState != null)
{
this.PackageEngineState = (PackageEngineState)otherTask.PackageEngineState.Clone();
}
Time = new TaskTimeMeasurement(otherTask.Time);
Incarnation = new IncarnationParams(otherTask.Incarnation);
if (otherTask.Estimations != null)
{
Estimations = new Dictionary <string, double>(otherTask.Estimations);
}
CurrentSchedule = null;
if (otherTask.CurrentSchedule != null)
{
CurrentSchedule = new TaskSchedule(otherTask.CurrentSchedule);
// immutable:
this.AssignedResource = otherTask.AssignedResource;
this.AssignedNodes = otherTask.AssignedNodes;
}
State = otherTask.State;
_inputsProcessed = otherTask._inputsProcessed;
_inputsProcessingError = otherTask._inputsProcessingError;
_failReason = otherTask._failReason;
if (otherTask._lastEvent != null && otherTask._lastEvent.HasValue)
{
_lastEvent = otherTask._lastEvent.Value;
}
}
public TaskTimeMeasurement(TaskTimeMeasurement other)
: this()
{
if (other._overheads != null)
{
this._overheads = new Dictionary <TaskTimeOverheads, TimeSpan>(other._overheads);
}
if (other._overheadsActionCount != null)
{
this._overheadsActionCount = new Dictionary <TaskTimeOverheads, int>(other._overheadsActionCount);
}
if (other.OverheadsSpecial != null)
{
this.OverheadsSpecial = new Dictionary <string, TimeSpan>(other.OverheadsSpecial);
}
if (other.WhenStarted != null)
{
this.WhenStarted = new Dictionary <TaskTimeMetric, DateTime>(other.WhenStarted);
}
if (other.WhenFinished != null)
{
this.WhenFinished = new Dictionary <TaskTimeMetric, DateTime>(other.WhenFinished);
}
/*
* if (other.EstimatedStart != null)
* this.EstimatedStart = other.EstimatedStart;
*
* if (other.EstimatedFinish != null)
* this.EstimatedFinish = other.EstimatedFinish;
*/
}
public Task(TaskDescription description)
: base(description)
{
if (Priority == TaskPriority.Urgent)
{
if (!ExecParams.ContainsKey("MinTime"))
{
ExecParams["MinTime"] = "0";
}
if (!ExecParams.ContainsKey("MaxTime"))
{
ExecParams["MaxTime"] = ExecParams["MinTime"];
}
}
OutputParams = new Dictionary <string, string>();
Time = new TaskTimeMeasurement();
Time.Started(TaskTimeMetric.Postponed);
if (this.IsFake())
{
Time.Edge(started: TaskTimeMetric.Queued, finished: TaskTimeMetric.Postponed);
}
Estimations = null;
CurrentSchedule = null;
Incarnation = new IncarnationParams();
State = TaskState.Defined;
string stepName = ExecParams.ContainsKey("StepName")? ExecParams["StepName"]: null;
string storageRoot = IOProxy.Storage.BuildPath(UserId, WfId, stepId: TaskId.ToString(), stepName: stepName);
this.PackageEngineState = new PackageEngineState(description, storageRoot); // todo : measure PackageEngineState expenses
}