protected Exception CreateTimeoutException(uint opaque)
{
const string format = ", {0}", kv = "kv";
var correlationId = CreateCorrelationId(opaque);
var builder = new StringBuilder(ExceptionUtil.OperationTimeout);
builder.AppendFormat(format, kv);
builder.AppendFormat(format, correlationId);
builder.AppendFormat(format, LocalEndPoint);
builder.AppendFormat(format, Configuration.SendTimeout);
builder.AppendFormat(format, EndPoint);
var message = builder.ToString();
Log.Info(message);
var exception = new SendTimeoutExpiredException(message);
exception.Data.Add("ServiceType", kv);
exception.Data.Add("CorrelationId", correlationId);
exception.Data.Add("LocalEndpoint", LocalEndPoint.ToString());
exception.Data.Add("Timeout", Configuration.SendTimeout);
exception.Data.Add("RemoteEndpoint", EndPoint.ToString());
return(exception);
}
/// <summary>
/// Completes the specified Memcached response.
/// </summary>
/// <param name="response">The Memcached response packet.</param>
public void Complete(byte[] response)
{
Timer.Dispose();
//defaults
var status = ResponseStatus.None;
Exception e = null;
//this means the request never completed - assume a transport failure
if (response == null)
{
response = new byte[24];
Converter.FromUInt32(Id, response, HeaderIndexFor.Opaque);
e = new SendTimeoutExpiredException();
status = ResponseStatus.TransportFailure;
}
//somewhat of hack for backwards compatibility
Callback(new SocketAsyncState
{
Data = new MemoryStream(response),
Opaque = Id,
Exception = e,
Status = status,
EndPoint = EndPoint
});
}
/// <summary>
/// Completes the specified Memcached response.
/// </summary>
/// <param name="response">The Memcached response packet.</param>
public void Complete(byte[] response)
{
if (Timer != null)
{
Timer.Dispose();
}
//defaults
var status = ResponseStatus.None;
Exception e = null;
//this means the request never completed - assume a transport failure
if (response == null)
{
response = new byte[OperationHeader.Length];
Converter.FromUInt32(Opaque, response, HeaderIndexFor.Opaque);
e = new SendTimeoutExpiredException();
status = ResponseStatus.TransportFailure;
}
//somewhat of hack for backwards compatibility
Task.Run(() => Callback(new SocketAsyncState
{
Data = new MemoryStream(response),
Opaque = Opaque,
Exception = e,
Status = status,
EndPoint = EndPoint,
DispatchSpan = DispatchSpan,
CorrelationId = CorrelationId,
ErrorMap = ErrorMap
}));
}
protected Exception CreateTimeoutException(uint opaque)
{
const string kv = "kv";
var correlationId = CreateCorrelationId(opaque);
var context = new OperationContext(kv, correlationId)
{
BucketName = Configuration.BucketName,
LocalEndpoint = LocalEndPoint.ToString(),
RemoteEndpoint = EndPoint.ToString(),
TimeoutMicroseconds = Configuration.SendTimeout
};
var message = context.ToString();
Log.Info(message);
var exception = new SendTimeoutExpiredException(message);
exception.Data.Add("ServiceType", kv);
exception.Data.Add("CorrelationId", correlationId);
exception.Data.Add("LocalEndpoint", LocalEndPoint.ToString());
exception.Data.Add("Timeout", Configuration.SendTimeout);
exception.Data.Add("RemoteEndpoint", EndPoint.ToString());
return(exception);
}
protected Exception CreateTimeoutException(uint opaque)
{
var context = CreateOperationContext(opaque);
var message = context.ToString();
Log.Info(message);
var exception = new SendTimeoutExpiredException(message);
exception.Data.Add("ServiceType", CouchbaseTags.ServiceKv);
exception.Data.Add("OperationId", context.OperationId);
exception.Data.Add("Bucket", context.BucketName);
exception.Data.Add("ConnectionId", context.ConnectionId);
exception.Data.Add("LocalEndpoint", context.LocalEndpoint);
exception.Data.Add("RemoteEndpoint", context.RemoteEndpoint);
exception.Data.Add("Timeout", context.TimeoutMicroseconds);
return(exception);
}
