public void IsMessageType_should_return_true_for_systemMessage()
{
var conventions = new Conventions();
conventions.AddSystemMessagesConventions(type => type == typeof(MySystemMessage));
Assert.IsTrue(conventions.IsMessageType(typeof(MySystemMessage)));
}
public void SetUp()
{
var conventions = new Conventions();
conventions.AddSystemMessagesConventions(type => type != typeof(MyType));
configuration = new PublishersConfiguration(conventions, new SettingsHolder());
}
public void Should_alternate_between_namespaces_for_EndpointOrientedTopologySectionManager_for_publishing()
{
var namespaceConfigurations = new NamespaceConfigurations();
var addressingLogic = new AddressingLogic(new ThrowOnFailedValidation(settings), new FlatComposition());
var conventions = new Conventions();
conventions.AddSystemMessagesConventions(type => type != typeof(SomeEvent));
var publishersConfiguration = new PublishersConfiguration(conventions, new SettingsHolder());
var sectionManager = new EndpointOrientedTopologySectionManager(PrimaryName, namespaceConfigurations, "sales", publishersConfiguration, namespacePartitioningStrategy, addressingLogic);
sectionManager.DeterminePublishDestination(typeof(SomeEvent), "sales");
var publishDestination2 = sectionManager.DeterminePublishDestination(typeof(SomeEvent), "sales");
Assert.AreEqual(SecondaryName, publishDestination2.Entities.First().Namespace.Alias, "Should have different namespace");
}
public void IsMessageType_should_return_true_for_systemMessage()
{
var conventions = new Conventions();
conventions.AddSystemMessagesConventions(type => type == typeof(MySystemMessage));
Assert.IsTrue(conventions.IsMessageType(typeof(MySystemMessage)));
}