internal static void DumpMessageAsConsumerGroup(ConsumeGroupHelperOptions cgOptions)
{
try
{
totalCount = 0;
ZookeeperConsumerConnector.UseSharedStaticZookeeperClient = cgOptions.UseSharedStaticZookeeperClient;
DumpMessageAsConsumerGroupSigleThreadBlock(cgOptions);
Logger.InfoFormat("======TotallyRead:{0}=============", Interlocked.Read(ref totalCount));
Console.WriteLine("======TotallyRead:{0}=============", Interlocked.Read(ref totalCount));
Logger.InfoFormat("======New offset");
Console.WriteLine("======New offset");
long totalCountCommit = 0;
foreach (var kv in newOffset.OrderBy(r => r.Key))
{
string d = string.Format("Partition:{0}\t Old Offset:{1,10} --> New Offset:{2,10} Diff:{3}"
, kv.Key, initialOffset == null || !initialOffset.ContainsKey(kv.Key) ? 0 : initialOffset[kv.Key],
kv.Value,
kv.Value - (initialOffset == null || !initialOffset.ContainsKey(kv.Key) ? 0 : initialOffset[kv.Key]));
Logger.Info(d);
Console.WriteLine(d);
totalCountCommit += kv.Value - (initialOffset == null || !initialOffset.ContainsKey(kv.Key) ? 0 : initialOffset[kv.Key]);
}
//TODO: currently each partition maybe missed one message hasn't been commit. please refer kafka document:https://cwiki.apache.org/confluence/display/KAFKA/Compression
//Hence, for compressed data, the consumed offset will be advanced one compressed message at a time. This has the side effect of possible duplicates in the event of a consumer failure. For uncompressed data, consumed offset will be advanced one message at a time.
if (totalCountCommit != Interlocked.Read(ref totalCount))
{
Logger.ErrorFormat("totalCountCommit {0} != totalCount {1}, check next line log see if it's reasonable:", totalCountCommit, Interlocked.Read(ref totalCount));
long diff = totalCountCommit - Interlocked.Read(ref totalCount);
if (diff <= newOffset.Count && diff >= 0)
{
Logger.ErrorFormat(" the difference is reasonable, by design of kafkaNET.Library. For each partition, if not hit end of log, at least read one record from it!");
}
else
{
Logger.ErrorFormat(" the difference is not reasonable ,please check log!");
}
}
else
{
Logger.InfoFormat("totalCountCommit {0} == totalCount {1}", totalCountCommit, Interlocked.Read(ref totalCount));
Console.WriteLine("totalCountCommit {0} == totalCount {1}", totalCountCommit, Interlocked.Read(ref totalCount));
}
}
catch (Exception ex)
{
Logger.ErrorFormat("Consumer group consume data. got exception:{0}\r\ninput parameter:Topic:{1}\tZookeeper:{2}\tconsumerGroupName:{3}\tconsumerId:{4}\tthreadCount:{5}\tcount:{6}"
, ex.FormatException(),
cgOptions.Topic,
cgOptions.Zookeeper,
cgOptions.ConsumerGroupName,
cgOptions.ConsumerId,
cgOptions.FetchThreadCountPerConsumer,
cgOptions.Count);
}
}
internal static void DumpMessageAsConsumerGroup(ConsumeGroupHelperOptions cgOptions)
{
try
{
totalCount = 0;
ZookeeperConsumerConnector.UseSharedStaticZookeeperClient = cgOptions.UseSharedStaticZookeeperClient;
DumpMessageAsConsumerGroupSigleThreadBlock(cgOptions);
Logger.InfoFormat("======TotallyRead:{0}=============", Interlocked.Read(ref totalCount));
Console.WriteLine("======TotallyRead:{0}=============", Interlocked.Read(ref totalCount));
Logger.InfoFormat("======New offset");
Console.WriteLine("======New offset");
long totalCountCommit = 0;
foreach (var kv in newOffset.OrderBy(r => r.Key))
{
string d = string.Format("Partition:{0}\t Old Offset:{1,10} --> New Offset:{2,10} Diff:{3}"
, kv.Key, initialOffset == null || !initialOffset.ContainsKey(kv.Key) ? 0 : initialOffset[kv.Key],
kv.Value,
kv.Value - (initialOffset == null || !initialOffset.ContainsKey(kv.Key) ? 0 : initialOffset[kv.Key]));
Logger.Info(d);
Console.WriteLine(d);
totalCountCommit += kv.Value - (initialOffset == null || !initialOffset.ContainsKey(kv.Key) ? 0 : initialOffset[kv.Key]);
}
//TODO: currently each partition maybe missed one message hasn't been commit. please refer kafka document:https://cwiki.apache.org/confluence/display/KAFKA/Compression
//Hence, for compressed data, the consumed offset will be advanced one compressed message at a time. This has the side effect of possible duplicates in the event of a consumer failure. For uncompressed data, consumed offset will be advanced one message at a time.
if (totalCountCommit != Interlocked.Read(ref totalCount))
{
Logger.ErrorFormat("totalCountCommit {0} != totalCount {1}, check next line log see if it's reasonable:", totalCountCommit, Interlocked.Read(ref totalCount));
long diff = totalCountCommit - Interlocked.Read(ref totalCount);
if (diff <= newOffset.Count && diff >= 0)
{
Logger.ErrorFormat(" the difference is reasonable, by design of kafkaNET.Library. For each partition, if not hit end of log, at least read one record from it!");
}
else
{
Logger.ErrorFormat(" the difference is not reasonable ,please check log!");
}
}
else
{
Logger.InfoFormat("totalCountCommit {0} == totalCount {1}", totalCountCommit, Interlocked.Read(ref totalCount));
Console.WriteLine("totalCountCommit {0} == totalCount {1}", totalCountCommit, Interlocked.Read(ref totalCount));
}
}
catch (Exception ex)
{
Logger.ErrorFormat("Consumer group consume data. got exception:{0}\r\ninput parameter:Topic:{1}\tZookeeper:{2}\tconsumerGroupName:{3}\tconsumerId:{4}\tthreadCount:{5}\tcount:{6}"
, ex.FormatException(),
cgOptions.Topic,
cgOptions.Zookeeper,
cgOptions.ConsumerGroupName,
cgOptions.ConsumerId,
cgOptions.FetchThreadCountPerConsumer,
cgOptions.Count);
}
}
//#region Option 1, single ThreadBlock
private static void DumpMessageAsConsumerGroupSigleThreadBlock(ConsumeGroupHelperOptions cgOptions)
{
initialOffset = null;
newOffset = null;
AutoResetEvent[] autos = new AutoResetEvent[cgOptions.ZookeeperConnectorCount];
for (int i = 0; i < cgOptions.ZookeeperConnectorCount; i++)
{
AutoResetEvent resetEvent = new AutoResetEvent(false);
ConsumerGroupHelperUnit unit = new ConsumerGroupHelperUnit(DateTime.UtcNow.Second, cgOptions, resetEvent, cgOptions.ZookeeperConnectorConsumeMessageCount[i]);
Thread t = new Thread(unit.Consume);
t.Start();
Logger.InfoFormat("Start thread {0} of ZookeeperConsumerConnector", i);
autos[i] = resetEvent;
}
WaitHandle.WaitAll(autos);
}
internal void Parse(string[] args)
{
if (args == null || args.Length <= 0)
{
throw new ArgumentException("Please provide verb.");
}
Verb = args[0].ToLowerInvariant();
if ("topic" == Verb.ToLowerInvariant())
ActiveSubOption = new TopicHelperArguments();
else if ("dumpdata" == Verb.ToLowerInvariant()
|| KafkaNETExampleType.ConsumeSimple.ToString().ToLowerInvariant() == Verb.ToLowerInvariant())
ActiveSubOption = new ConsumeDataHelperArguments();
else if ("dumpdataasconsumergroup" == Verb.ToLowerInvariant()
|| KafkaNETExampleType.ConsumeGroup.ToString().ToLowerInvariant() == Verb.ToLowerInvariant())
ActiveSubOption = new ConsumeGroupHelperOptions();
else if ("latestoffsetofconsumergroup" == Verb.ToLowerInvariant()
|| "consumegroupm" == Verb.ToLowerInvariant()
|| "consumem" == Verb.ToLowerInvariant()
|| KafkaNETExampleType.ConsumeGroupMonitor.ToString().ToLowerInvariant() == Verb.ToLowerInvariant())
ActiveSubOption = new ConsumeGroupMonitorHelperOptions();
else if ("produceroundrobin" == Verb.ToLowerInvariant()
|| KafkaNETExampleType.ProduceSimple.ToString().ToLowerInvariant() == Verb.ToLowerInvariant())
ActiveSubOption = new ProduceSimpleHelperOption();
else if ("test" == Verb.ToLowerInvariant())
ActiveSubOption = new TestHelperOptions();
else if ("producewrapper" == Verb.ToLowerInvariant()
|| KafkaNETExampleType.ProducePerfTest.ToString().ToLowerInvariant() == Verb.ToLowerInvariant())
ActiveSubOption = new ProducePerfTestHelperOption();
else if ("producem" == Verb.ToLowerInvariant()
|| KafkaNETExampleType.ProduceMonitor.ToString().ToLowerInvariant() == Verb.ToLowerInvariant())
ActiveSubOption = new ProduceMonitorHelperOptions();
else if (KafkaNETExampleType.EventServerPerfTest.ToString().ToLowerInvariant() == Verb.ToLowerInvariant())
ActiveSubOption = new JavaEventServerPerfTestHelperOptions();
else
{
throw new ArgumentException(string.Format("The command verb {0} is not recoganized.", Verb));
}
}
internal ConsumerGroupHelperUnit(int threadID, ConsumeGroupHelperOptions cg, AutoResetEvent e, int c)
{
this.resetEvent = e;
this.cgOptions = cg;
this.ThreadID = threadID;
this.Count = c;
configSettings = new ConsumerConfiguration
{
AutoOffsetReset = OffsetRequest.SmallestTime,
AutoCommit = false,
GroupId = cgOptions.ConsumerGroupName,
ConsumerId = cgOptions.ConsumerId + "_Thread_" + threadID.ToString(),
Timeout = cgOptions.Timeout,
ZooKeeper = new ZooKeeperConfiguration(cgOptions.Zookeeper, 30000, 4000, 8000),
BufferSize = cgOptions.BufferSize,
FetchSize = cgOptions.FetchSize,
MaxFetchBufferLength = cgOptions.MaxFetchBufferLength// cgOptions.FetchSize * (10~40) / cgOptions.MessageSize,
};
if (cgOptions.CancellationTimeoutMs != 5000)
{
configSettings.Timeout = -1;
}
}
//#region Option 1, single ThreadBlock
private static void DumpMessageAsConsumerGroupSigleThreadBlock(ConsumeGroupHelperOptions cgOptions)
{
initialOffset = null;
newOffset = null;
AutoResetEvent[] autos = new AutoResetEvent[cgOptions.ZookeeperConnectorCount];
for (int i = 0; i < cgOptions.ZookeeperConnectorCount; i++)
{
AutoResetEvent resetEvent = new AutoResetEvent(false);
ConsumerGroupHelperUnit unit = new ConsumerGroupHelperUnit(i, cgOptions, resetEvent, cgOptions.ZookeeperConnectorConsumeMessageCount[i]);
Thread t = new Thread(unit.Consume);
t.Start();
Logger.InfoFormat("Start thread {0} of ZookeeperConsumerConnector", i);
autos[i] = resetEvent;
}
WaitHandle.WaitAll(autos);
}
internal ConsumerGroupHelperUnit(int threadID, ConsumeGroupHelperOptions cg, AutoResetEvent e, int c)
{
this.resetEvent = e;
this.cgOptions = cg;
this.ThreadID = threadID;
this.Count = c;
configSettings = new ConsumerConfiguration
{
AutoOffsetReset = OffsetRequest.SmallestTime,
AutoCommit = false,
GroupId = cgOptions.ConsumerGroupName,
ConsumerId = cgOptions.ConsumerId + "_Thread_" + threadID.ToString(),
Timeout = cgOptions.Timeout,
ZooKeeper = new ZooKeeperConfiguration(cgOptions.Zookeeper, 30000, 4000, 8000),
BufferSize = cgOptions.BufferSize,
FetchSize = cgOptions.FetchSize,
MaxFetchBufferLength = cgOptions.MaxFetchBufferLength// cgOptions.FetchSize * (10~40) / cgOptions.MessageSize,
};
if (cgOptions.CancellationTimeoutMs != KafkaNETExampleConstants.DefaultCancellationTimeoutMs)
configSettings.Timeout = -1;
}
public static void MainInternal(int taskIndexInStorm, string[] args)
{
GenerateAssistFile("producesimple");
GenerateAssistFile("produceperftest");
GenerateAssistFile("producemonitor");
GenerateAssistFile("eventserverperftest");
GenerateAssistFile("consumesimple");
GenerateAssistFile("consumegroup");
GenerateAssistFile("consumegroupmonitor");
GenerateAssistFile("topic");
ServicePointManager.DefaultConnectionLimit = 5000;
ServicePointManager.UseNagleAlgorithm = false;
var log4netSection = ConfigurationManager.GetSection("log4net");
if (log4netSection != null)
{
//XmlConfigurator.Configure();
}
KafkaNETExampleCommandVerb commandOptions = new KafkaNETExampleCommandVerb();
try
{
commandOptions.Parse(args);
}
catch (Exception e)
{
Logger.ErrorFormat("{0}", e.FormatException());
Console.WriteLine(KafkaNETExampleCommandVerb.GetUsage());
Environment.Exit(-1);
}
KafkaNETExampleSubArguments realOption = KafkaNETExampleCommandVerb.ActiveSubOption;
try
{
realOption.Parse(args);
}
catch (Exception e)
{
Logger.ErrorFormat("{0}", e.FormatException());
Console.WriteLine(realOption.GetUsage(false));
Environment.Exit(-1);
}
Logger.InfoFormat("All arguments of {0}: \r\n{1}", KafkaNETExampleCommandVerb.AssemblyName, realOption.GetArgDict());
switch (KafkaNETExampleCommandVerb.Verb)
{
case "producesimple":
case "produceroundrobin":
ProduceSimpleHelperOption produceroundrobinOptions = (ProduceSimpleHelperOption)realOption;
ProduceSimpleHelper.Run(produceroundrobinOptions);
break;
case "produceperftest":
case "producewrapper":
ProducePerfTestHelperOption producewrapperOption = (ProducePerfTestHelperOption)realOption;
(new ProducePerfTestHelper()).Run(producewrapperOption);
break;
case "producem":
case "producemonitor":
ProduceMonitorHelperOptions produceMonitorOptions = (ProduceMonitorHelperOptions)realOption;
ProduceMonitorHelper.Run(produceMonitorOptions);
break;
case "eventserverperftest":
JavaEventServerPerfTestHelperOptions evetServerPerfTestOptions = (JavaEventServerPerfTestHelperOptions)realOption;
(new JavaEventServerPerfTestHelper()).Run(evetServerPerfTestOptions);
break;
case "consumesimple":
case "dumpdata":
ConsumeDataHelperArguments dumpdataOptions = (ConsumeDataHelperArguments)realOption;
ConsumeSimpleHelper.ConsumeDataSimple(dumpdataOptions);
break;
case "consumegroup":
case "dumpdataasconsumergroup":
ConsumeGroupHelperOptions cgOptions = (ConsumeGroupHelperOptions)realOption;
if (taskIndexInStorm >= 0)
{
cgOptions.ConsumerId = cgOptions.ConsumerId + taskIndexInStorm.ToString();
cgOptions.File = cgOptions.ConsumerId + taskIndexInStorm.ToString() + cgOptions.File;
}
ConsumerGroupHelper.DumpMessageAsConsumerGroup(cgOptions);
break;
case "latestoffsetofconsumergroup":
case "consumegroupmonitor":
case "consumegroupm":
case "consumem":
ConsumeGroupMonitorHelperOptions dcgOptions = (ConsumeGroupMonitorHelperOptions)realOption;
ConsumeGroupMonitorHelper.DumpConsumerGroupOffsets(dcgOptions);
break;
case "topic":
TopicHelperArguments dtOptions = (TopicHelperArguments)realOption;
TopicHelper.DumpTopicMetadataAndOffset(dtOptions);
break;
case "test":
var testOptions = (TestHelperOptions)realOption;
TestHelper.Run(testOptions);
break;
default:
Logger.Error(string.Format("Invalid verb={0}", KafkaNETExampleCommandVerb.Verb));
return;
}
}
