internal T EnqueueSync <T>(RedisCommand <T> command)
{
var qs = Interlocked.Increment(ref _asyncqs);
var cmd = new PipelineCommandToken <T>(false, command);
_cmdqs.Enqueue(cmd);
if (MergeSize > 1 && qs >= MergeSize)
{
FlushAndSend();
if (cmd.SyncException != null)
{
throw cmd.SyncException;
}
return(cmd.SyncReturnValue);
}
if (qs == 1)
{
if (cmd.SyncWait.Wait(TimeWait))
{
if (cmd.SyncException != null)
{
throw cmd.SyncException;
}
return(cmd.SyncReturnValue);
}
FlushAndSend();
if (cmd.SyncException != null)
{
throw cmd.SyncException;
}
return(cmd.SyncReturnValue);
}
T obj;
try
{
if (cmd.SyncWait.Wait(TimeSpan.FromSeconds(10)))
{
obj = cmd.SyncReturnValue;
}
else
{
cmd.SyncIsTimeout = true;
cmd.SyncException = new TimeoutException($"AutoPipeline 同步执行超时（{command.Command + string.Join(" ", command.Arguments)}）。");
}
}
catch { }
if (cmd.SyncException != null)
{
throw cmd.SyncException;
}
return(cmd.SyncReturnValue);
}
async internal Task <T> EnqueueAsync <T>(RedisCommand <T> command)
{
var qs = Interlocked.Increment(ref _asyncqs);
var cmd = new PipelineCommandToken <T>(true, command);
_cmdqs.Enqueue(cmd);
if (MergeSize > 1 && qs >= MergeSize)
{
FlushAndSend();
return(await cmd.TaskSource.Task);
}
if (qs == 1)
{
await TaskEx.Delay(TimeWait);
FlushAndSend();
return(await cmd.TaskSource.Task);
}
return(await cmd.TaskSource.Task);
}
