public void deliver_by_mechanics()
{
var settings = new MessagingSettings();
var envelope = new Envelope
{
Message = new MySpecialMessage()
};
settings.ApplyMessageTypeSpecificRules(envelope);
envelope.DeliverBy.Value.ShouldBeGreaterThan(DateTimeOffset.UtcNow);
}
public void apply_message_type_rules_from_attributes()
{
var settings = new MessagingSettings();
var envelope = new Envelope
{
Message = new MySpecialMessage()
};
settings.ApplyMessageTypeSpecificRules(envelope);
envelope.Headers["special"].ShouldBe("true");
}
public async Task <Guid> SendEnvelope(Envelope envelope)
{
if (envelope.Message == null)
{
throw new ArgumentNullException(nameof(envelope.Message));
}
var outgoing = await _router.Route(envelope);
foreach (var env in outgoing)
{
_settings.ApplyMessageTypeSpecificRules(env);
}
trackEnvelopeCorrelation(outgoing);
if (envelope.RequiresLocalReply)
{
if (outgoing.Length > 1)
{
throw new InvalidOperationException("Cannot find a unique handler for this request");
}
// this is important for the request/reply mechanics
outgoing[0].Id = envelope.Id;
}
if (!outgoing.Any())
{
_logger.NoRoutesFor(envelope);
throw new NoRoutesException(envelope);
}
if (envelope.RequiresLocalReply)
{
foreach (var outgoingEnvelope in outgoing)
{
await outgoingEnvelope.Send();
}
return(envelope.Id);
}
await persistOrSend(outgoing);
return(envelope.Id);
}
public void apply_message_rules()
{
var rule1 = new MessageTypeRule(t => t == typeof(MySpecialMessage), e => e.Headers.Add("rule1", "true"));
var rule2 = new MessageTypeRule(t => t.IsInNamespace(typeof(MySpecialMessage).Namespace), e => e.Headers.Add("rule2", "true"));
var settings = new MessagingSettings();
settings.MessageTypeRules.Add(rule1);
settings.MessageTypeRules.Add(rule2);
var envelope = new Envelope
{
Message = new MySpecialMessage()
};
settings.ApplyMessageTypeSpecificRules(envelope);
envelope.Headers["rule1"].ShouldBe("true");
envelope.Headers["rule2"].ShouldBe("true");
}
