public bool AddJob(IJob job)
{
var eventArgs = new AddJobEventArgs(job);
JobAdded?.Invoke(this, eventArgs);
return(eventArgs.Success);
}
public void EnqueueJob(Job j)
{
Trace.TraceInformation(string.Format("JobEnqueued in local pool: {0} {1}", j.Id, j.Title));
QueuedJobs.AddLast(j);
j.Status = Job.StatusEnum.QueuedLocal;
JobAdded.Set();
}
private void Apply(JobAdded @event)
{
_state = new JobState
{
Id = new NonEmptyIdentity(Id),
Name = new JobName(@event.Name),
Status = @event.Status,
UserId = new NonEmptyIdentity(@event.UserId),
WorkshopId = new NonEmptyIdentity(@event.WorkshopId),
};
}
public override void AddJob(Job job)
{
if (Jobs == null)
{
Jobs = new List <Job>();
}
Jobs.Add(job);
handlersAdded.WaitOne();
JobAdded?.Invoke((JobImpl)job, job.Status);
}
private void AddJob()
{
var ent = _kernel.Get <IExperienceEntity>();
ent.Employer = Employer;
ent.Titles.Add(JobTitle);
ent.StartDate = StartDate;
ent.EndDate = EndDate;
repos.Add(ent);
JobAdded?.Invoke(this, new EventArgs());
}
public void Add(Job job)
{
lock (jobs) {
lock (job) {
if (jobs.Contains(job) || job.HasScheduler)
{
throw new ArgumentException("Job not schedulable", "job");
}
job.HasScheduler = true;
}
jobs.Add(job);
job.State = JobState.Scheduled;
job.Finished += OnJobFinished;
if (CanStart(job))
{
StartJob(job);
}
}
JobAdded?.Invoke(job);
}
protected virtual void OnJobAdded(JobAddedEventArgs <CachedLog> e)
{
JobAdded?.Invoke(this, e);
}
public void push(Job job) //inserisce un nuovo job in coda, se si rende conto che la coda era precedentemente vuota risveglia il consumer
{
list.TryAdd(job.Id, job);
JobAdded?.Invoke(job);
}
