internal ClosedContext(IClosedContextClr2Java clr2java)
{
Id = clr2java.GetId();
EvaluatorId = clr2java.GetEvaluatorId();
EvaluatorDescriptor = clr2java.GetEvaluatorDescriptor();
_parentContext = clr2java.GetParentContext() == null ? null : new ActiveContext(clr2java.GetParentContext());
}
/// <summary>
/// Access the context the task ran (and crashed) on, if it could be recovered.
/// An ActiveContext is given when the task fails but the context remains alive.
/// On context failure, the context also fails and is surfaced via the FailedContext event.
/// Note that receiving an ActiveContext here is no guarantee that the context (and evaluator)
/// are in a consistent state. Application developers need to investigate the reason available
/// via getCause() to make that call.
/// return the context the Task ran on.
/// </summary>
public Optional<IActiveContext> GetActiveContext()
{
IActiveContext activeContext = new ActiveContext(ActiveContextClr2Java);
return ActiveContextClr2Java == null ? Optional<IActiveContext>.Empty() : Optional<IActiveContext>.Of(activeContext);
}
/// <summary>
/// Access the context the task ran (and crashed) on, if it could be recovered.
/// An ActiveContext is given when the task fails but the context remains alive.
/// On context failure, the context also fails and is surfaced via the FailedContext event.
/// Note that receiving an ActiveContext here is no guarantee that the context (and evaluator)
/// are in a consistent state. Application developers need to investigate the reason available
/// via getCause() to make that call.
/// return the context the Task ran on.
/// </summary>
public Optional <IActiveContext> GetActiveContext()
{
IActiveContext activeContext = new ActiveContext(ActiveContextClr2Java);
return(ActiveContextClr2Java == null ? Optional <IActiveContext> .Empty() : Optional <IActiveContext> .Of(activeContext));
}
