public void HandleBasicCancelOk(string consumerTag)
{
BasicConsumerRpcContinuation k =
(BasicConsumerRpcContinuation)m_continuationQueue.Next();
Trace.Assert(k.m_consumerTag == consumerTag, string.Format(
"Consumer tag mismatch during cancel: {0} != {1}",
k.m_consumerTag,
consumerTag
));
lock (m_consumers)
{
k.m_consumer = (IBasicConsumer)m_consumers[consumerTag];
m_consumers.Remove(consumerTag);
}
try {
k.m_consumer.HandleBasicCancelOk(consumerTag);
} catch (Exception e) {
// FIXME: should we propagate the exception to the
// caller of BasicCancel?
CallbackExceptionEventArgs args = new CallbackExceptionEventArgs(e);
args.Detail["consumer"] = k.m_consumer;
args.Detail["context"] = "HandleBasicCancelOk";
OnCallbackException(args);
}
k.HandleCommand(null); // release the continuation.
}
public void HandleBasicConsumeOk(string consumerTag)
{
BasicConsumerRpcContinuation k =
(BasicConsumerRpcContinuation)m_continuationQueue.Next();
k.m_consumerTag = consumerTag;
lock (m_consumers)
{
m_consumers[consumerTag] = k.m_consumer;
}
try
{
k.m_consumer.HandleBasicConsumeOk(consumerTag);
}
catch (Exception e)
{
// FIXME: should we propagate the exception to the
// caller of BasicConsume?
CallbackExceptionEventArgs args = new CallbackExceptionEventArgs(e);
args.Detail["consumer"] = k.m_consumer;
args.Detail["context"] = "HandleBasicConsumeOk";
OnCallbackException(args);
}
k.HandleCommand(null); // release the continuation.
}