public void Persist_PersistsSetAndHash()
{
var expiration = new ConsoleExpirationTransaction(_transaction.Object);
expiration.Persist(_consoleId);
_transaction.Verify(x => x.PersistSet(_consoleId.GetSetKey()));
_transaction.Verify(x => x.PersistHash(_consoleId.GetHashKey()));
// backward compatibility:
_transaction.Verify(x => x.PersistSet(_consoleId.GetOldConsoleKey()));
_transaction.Verify(x => x.PersistHash(_consoleId.GetOldConsoleKey()));
}
public void OnStateApplied(ApplyStateContext context, IWriteOnlyTransaction transaction)
{
if (!_options.FollowJobRetentionPolicy)
{
// Console sessions use their own expiration timeout.
// Do not expire here, will be expired by ConsoleServerFilter.
return;
}
var jobDetails = context.Storage.GetMonitoringApi().JobDetails(context.BackgroundJob.Id);
if (jobDetails == null || jobDetails.History == null)
{
// WTF?!
return;
}
var expiration = new ConsoleExpirationTransaction((JobStorageTransaction)transaction);
foreach (var state in jobDetails.History.Where(x => x.StateName == ProcessingState.StateName))
{
var consoleId = new ConsoleId(context.BackgroundJob.Id, JobHelper.DeserializeDateTime(state.Data["StartedAt"]));
if (context.NewState.IsFinal)
{
// Job in final state is a subject for expiration.
// To keep storage clean, its console sessions should also be expired.
expiration.Expire(consoleId, context.JobExpirationTimeout);
}
else
{
// Job will be persisted, so should its console sessions.
expiration.Persist(consoleId);
}
}
}
public void Persist_ThrowsException_IfConsoleIdIsNull()
{
var expiration = new ConsoleExpirationTransaction(_transaction.Object);
Assert.Throws <ArgumentNullException>("consoleId", () => expiration.Persist(null));
}