public async Task Apply(Channel channel)
{
if (LogAdapter.ExtendedLogEnabled)
{
LogAdapter.LogDebug("Recovery", "Recovering consumer " + _consumerTag + " for queue " + _queue);
}
if (_consumer2 != null)
{
await channel.BasicConsume(_mode, _consumer2, _queue, _consumerTag, _withoutAcks, _exclusive, _arguments, waitConfirmation : true).ConfigureAwait(false);
_consumer2.Recovered();
return;
}
await channel.BasicConsume(_mode, _consumer, _queue, _consumerTag, _withoutAcks, _exclusive, _arguments, waitConfirmation : true).ConfigureAwait(false);
}
public async Task Apply(Channel channel, IDictionary <string, string> reservedNamesMapping)
{
var queueNameToUse =
_queue.StartsWith(AmqpConstants.AmqpReservedPrefix, StringComparison.Ordinal) ? reservedNamesMapping[_queue] : _queue;
if (LogAdapter.ExtendedLogEnabled)
{
LogAdapter.LogDebug("Recovery", "Recovering consumer " + _consumerTag + " for queue " + queueNameToUse);
}
if (_consumer2 != null)
{
await channel.BasicConsume(_mode, _consumer2, queueNameToUse, _consumerTag, _withoutAcks, _exclusive, _arguments, waitConfirmation : true).ConfigureAwait(false);
_consumer2.Recovered();
return;
}
await channel.BasicConsume(_mode, _consumer, queueNameToUse, _consumerTag, _withoutAcks, _exclusive, _arguments, waitConfirmation : true).ConfigureAwait(false);
}
