public void Can_remove_empty_temp_queues()
{
//Clean up
sqsQueueManager.RemoveEmptyTemporaryQueues(DateTime.UtcNow.AddDays(5).ToUnixTime());
var nonEmptyTempQueue = sqsQueueManager.CreateQueue(QueueNames.GetTempQueueName());
sqsQueueManager.SqsClient.SendMessage(new SendMessageRequest(nonEmptyTempQueue.QueueUrl, "Just some text"));
sqsQueueManager.SqsClient.SendMessage(new SendMessageRequest(nonEmptyTempQueue.QueueUrl, "Just some more text"));
var emptyTempQueue1 = sqsQueueManager.CreateQueue(QueueNames.GetTempQueueName());
var emptyTempQueue2 = sqsQueueManager.CreateQueue(QueueNames.GetTempQueueName());
var emptyTempQueueNotCached = sqsQueueManager.CreateQueue(QueueNames.GetTempQueueName());
if (!SqsTestAssert.IsFakeClient)
{ // List queue doesn't return newly created queues for a bit, so if this a "real", we skip this part
sqsQueueManager.QueueNameMap.TryRemove(emptyTempQueueNotCached.QueueName, out _);
}
var countOfQueuesRemoved = sqsQueueManager.RemoveEmptyTemporaryQueues(DateTime.UtcNow.AddDays(5).ToUnixTime());
try
{
SqsTestAssert.FakeEqualRealGreater(3, 2, countOfQueuesRemoved);
}
finally
{
// Cleanup
sqsQueueManager.DeleteQueue(nonEmptyTempQueue.QueueName);
sqsQueueManager.DeleteQueue(emptyTempQueue1.QueueName);
sqsQueueManager.DeleteQueue(emptyTempQueue2.QueueName);
sqsQueueManager.DeleteQueue(emptyTempQueueNotCached.QueueName);
}
}
public string GetTempQueueName()
{ // NOTE: Purposely not creating DLQ queues for all these temps if they get used, they'll get
// created on the fly as needed if messages actually fail
var queueDefinition = sqsQueueManager.GetOrCreate(QueueNames.GetTempQueueName());
return(queueDefinition.QueueName);
}
public void Can_determine_TempQueue_with_Custom_QueuePrefix()
{
QueueNames.SetQueuePrefix("site1.");
var tmpName = QueueNames.GetTempQueueName();
Assert.That(QueueNames.IsTempQueue(tmpName), Is.True);
QueueNames.SetQueuePrefix("");
}
public string GetTempQueueName()
{
var anonMq = Channel.QueueDeclare(
queue: QueueNames.GetTempQueueName(),
durable: false,
exclusive: true,
autoDelete: true,
arguments: null);
return(anonMq.QueueName);
}
public void Can_determine_TempQueue_with_Custom_QueueNameFm()
{
QueueNames.ResolveQueueNameFn = (typeName, suffix) =>
"SITE.{0}{1}".Fmt(typeName, suffix.ToUpper());
var tmpName = QueueNames.GetTempQueueName();
Assert.That(QueueNames.IsTempQueue(tmpName), Is.True);
QueueNames.ResolveQueueNameFn = QueueNames.ResolveQueueName;
}
public void Can_expire_temp_queues()
{
using (var mqServer = (RedisMqServer)CreateMqServer())
using (var client = mqServer.ClientsManager.GetClient())
{
client.FlushAll();
100.Times(i =>
client.AddItemToList(QueueNames.GetTempQueueName(), i.ToString()));
var itemsToExpire = mqServer.ExpireTemporaryQueues(afterMs: 100);
var tmpWildCard = QueueNames.TempMqPrefix + "*";
Assert.That(itemsToExpire, Is.EqualTo(100));
Assert.That(client.SearchKeys(tmpWildCard).Count, Is.EqualTo(100));
Thread.Sleep(200);
Assert.That(client.SearchKeys(tmpWildCard).Count, Is.EqualTo(0));
}
}
public string GetTempQueueName()
{
return(QueueNames.GetTempQueueName());
}
public void Can_determine_TempQueue()
{
var tmpName = QueueNames.GetTempQueueName();
Assert.That(QueueNames.IsTempQueue(tmpName), Is.True);
}
