public void Unsubscribe_with_same_type_should_clear_cache()
{
var matchingType = new MessageType("matchingType", new Version(0, 0, 0, 0));
persister.Subscribe(new Subscriber("e@machine1", "endpoint"), matchingType, null).Await();
persister.GetSubscribers(matchingType).Await();
persister.Unsubscribe(new Subscriber("e@machine1", "endpoint"), matchingType, null).Await();
VerifyCache(persister.Cache);
}
public async Task At_unsubscribe_time_should_ignore_message_version()
{
var subscriberAddress = "subscriber@localhost";
var endpointName = "endpoint_name";
var messageType_v1 = new MessageType("SomeMessageType", "1.0.0.0");
var messageType_v2 = new MessageType("SomeMessageType", "2.0.0.0");
var subscriber_v1 = new Subscriber(subscriberAddress, endpointName);
var subscriber_v2 = new Subscriber(subscriberAddress, endpointName);
var storage = new SubscriptionPersister(store)
{
DisableAggressiveCaching = true
};
await storage.Subscribe(subscriber_v1, messageType_v1, new ContextBag());
var subscribers = (await storage.GetSubscriberAddressesForMessage(new[]
{
messageType_v1
}, new ContextBag())).ToArray();
Assert.AreEqual(1, subscribers.Length);
await storage.Unsubscribe(subscriber_v2, messageType_v2, new ContextBag());
var subscribers_looked_up_by_v1 = (await storage.GetSubscriberAddressesForMessage(new[]
{
messageType_v1
}, new ContextBag())).ToArray();
Assert.AreEqual(0, subscribers_looked_up_by_v1.Length);
}
public async Task All_subscription_entries_for_specified_message_types_should_be_removed()
{
var storage = new SubscriptionPersister(store);
var context = new ContextBag();
await storage.Subscribe(TestClients.ClientA, MessageTypes.MessageA, context);
await storage.Subscribe(TestClients.ClientA, MessageTypes.MessageB, context);
await storage.Unsubscribe(TestClients.ClientA, MessageTypes.MessageA, context);
await storage.Unsubscribe(TestClients.ClientA, MessageTypes.MessageB, context);
var clients = await storage.GetSubscriberAddressesForMessage(new [] { MessageTypes.MessageA, MessageTypes.MessageB }, context);
Assert.IsEmpty(clients);
}
public void All_subscription_entries_for_specified_message_types_should_be_removed()
{
var storage = new SubscriptionPersister
{
DocumentStore = store
};
storage.Subscribe(TestClients.ClientA, MessageTypes.All);
storage.Unsubscribe(TestClients.ClientA, MessageTypes.All);
var clients = storage.GetSubscriberAddressesForMessage(MessageTypes.All);
Assert.IsFalse(clients.Any(a => a == TestClients.ClientA));
}
public void All_subscription_entries_for_specified_message_types_should_be_removed()
{
using (var store = DocumentStoreBuilder.Build())
{
var storage = new SubscriptionPersister
{
DocumentStore = store
};
storage.Subscribe(TestClients.ClientA, MessageTypes.All);
storage.Unsubscribe(TestClients.ClientA, MessageTypes.All);
var clients = storage.GetSubscriberAddressesForMessage(MessageTypes.All);
Assert.IsFalse(clients.Any(a => a == TestClients.ClientA));
}
}
public void Unsubscribe_RemovesAllSubscriptions()
{
AddSubscriptions();
string messageType = new MessageType(typeof(TestMessage)).ToString();
_dbContext.Subscriptions.Count(
s => s.SubscriberEndpoint == "queue@machine" &&
s.MessageType == messageType)
.Should().BeGreaterThan(0);
_persister.Unsubscribe(
new Address("queue", "machine"),
new List <MessageType>
{
new MessageType(typeof(TestMessage))
});
_dbContext.Subscriptions.Count(
s => s.SubscriberEndpoint == "queue@machine" &&
s.MessageType == messageType)
.Should().Be(0);
}