public void Should_use_a_convention_to_set_the_address()
{
var conventionBasedAddressToTimeoutManager = MasterNodeAddress.SubScope("Timeouts");
RegisterMessageType <DeferredMessage>();
bus.Defer(TimeSpan.FromDays(1), new DeferredMessage());
VerifyThatMessageWasSentTo(conventionBasedAddressToTimeoutManager);
}
public ICallback SendToSites(IEnumerable <string> siteKeys, params object[] messages)
{
if (messages == null || messages.Length == 0)
{
throw new InvalidOperationException("Cannot send an empty set of messages.");
}
Headers.SetMessageHeader(messages[0], Headers.DestinationSites, string.Join(",", siteKeys.ToArray()));
return(SendMessage(MasterNodeAddress.SubScope("gateway"), null, MessageIntentEnum.Send, messages));
}
public ICallback SendToSites(IEnumerable <string> siteKeys, params object[] messages)
{
Headers.SetMessageHeader(messages[0], Headers.DestinationSites, string.Join(",", siteKeys.ToArray()));
return(SendMessages(new SendOptions(MasterNodeAddress.SubScope("gateway")), LogicalMessageFactory.CreateMultiple(messages)));
}
public void Should_use_master_node_address_when_worker_is_enabled()
{
settings.SetDefault("Worker.Enabled", true);
RegisterMessageType <DeferredMessage>();
bus.Defer(TimeSpan.FromDays(1), new DeferredMessage());
VerifyThatMessageWasSentWithHeaders(h => h["NServiceBus.Timeout.RouteExpiredTimeoutTo"] == MasterNodeAddress.ToString());
}
