public Property Only_Overdue_Entries_Are_Deleted()
{
return(Prop.ForAll(
SupportedProviderSettings(),
Arb.Default.PositiveInt(),
Arb.Default.PositiveInt(),
(specificSettings, insertion, retention) =>
{
// Arrange
int retentionDays = retention.Get;
OverrideWithSpecificSettings(specificSettings, retentionDays: retentionDays);
int insertionDays = insertion.Get;
string id = GenId();
IConfig config = EnsureLocalConfigPointsToCreatedDatastore();
var spy = new DatabaseSpy(config);
var insertionTime = DateTimeOffset.Now.Add(TimeSpan.FromDays(-insertionDays));
spy.InsertOutException(CreateOutException(id, insertionTime));
// Act
ExerciseStartCleaning();
// Assert
bool hasEntries = spy.GetOutExceptions(id).Any();
return (hasEntries == insertionDays < retentionDays)
.When(insertionDays != retentionDays)
.Classify(hasEntries, "OutException isn't deleted")
.Classify(!hasEntries, "OutException is deleted");
}));
}
public void MessageOlderThanRetentionDateWillBeDeleted(string specificSettings)
{
// Arrange: Insert a "retired" OutMessage with a referenced Reception Awareness.
OverrideWithSpecificSettings(specificSettings);
IConfig config = EnsureLocalConfigPointsToCreatedDatastore();
string outReferenceId = GenId(), outStandaloneId = GenId(),
inMessageId = GenId(), outExceptionId = GenId(),
inExceptionId = GenId();
var spy = new DatabaseSpy(config);
OutMessage om = CreateOutMessage(outReferenceId, insertionTime: DayBeforeYesterday, type: MessageType.Error);
spy.InsertOutMessage(om);
spy.InsertRetryReliability(RetryReliability.CreateForOutMessage(om.Id, maxRetryCount: 0, retryInterval: default(TimeSpan), type: RetryType.Send));
spy.InsertOutMessage(CreateOutMessage(outStandaloneId, insertionTime: DayBeforeYesterday, type: MessageType.Receipt));
spy.InsertInMessage(CreateInMessage(inMessageId, DayBeforeYesterday));
spy.InsertOutException(CreateOutException(outExceptionId, DayBeforeYesterday));
spy.InsertInException(CreateInException(inExceptionId, DayBeforeYesterday));
// Act: AS4.NET Component will start the Clean Up Agent.
ExerciseStartCleaning();
// Assert: No OutMessage or Reception Awareness entries must be found for a given EbmsMessageId.
Assert.Empty(spy.GetOutMessages(outReferenceId, outStandaloneId));
Assert.Null(spy.GetRetryReliabilityFor(r => r.RefToOutMessageId == om.Id));
Assert.Empty(spy.GetInMessages(inMessageId));
Assert.Empty(spy.GetOutExceptions(outExceptionId));
Assert.Empty(spy.GetInExceptions(inExceptionId));
}
public async Task OutException_Is_Set_To_Notified_When_Retry_Happen_Within_Allowed_MaxRetry(
HttpStatusCode secondAttempt,
Operation expected)
{
await TestComponentWithSettings(
"outexception_notify_reliability_settings.xml",
async (settings, as4Msh) =>
{
// Arrange
var handler = new OutboundExceptionHandler(
() => new DatastoreContext(as4Msh.GetConfiguration()),
as4Msh.GetConfiguration(),
Registry.Instance.MessageBodyStore);
const string url = "http://localhost:7070/business/outexception/";
string ebmsMessageId = $"entity-{Guid.NewGuid()}";
var spy = new DatabaseSpy(as4Msh.GetConfiguration());
//var entity = new OutMessage(ebmsMessageId);
//spy.InsertOutMessage(entity);
// Act
await handler.HandleExecutionException(
new Exception("This is an test exception"),
new MessagingContext(new SubmitMessage())
{
SendingPMode = NotifySendingPMode(url)
});
// Arrange
SimulateNotifyFailureOnFirstAttempt(url, secondAttempt);
OutException notified =
await PollUntilPresent(
() => spy.GetOutExceptions(
ex => ex.Operation == expected).FirstOrDefault(),
timeout: TimeSpan.FromSeconds(10));
Entities.RetryReliability referenced = await PollUntilPresent(
() => spy.GetRetryReliabilityFor(r => r.RefToOutExceptionId == notified.Id),
timeout: TimeSpan.FromSeconds(5));
Assert.Equal(RetryStatus.Completed, referenced.Status);
});
}
