public MasterClientResolver(LogProvider logProvider, ResponseUnpacker responseUnpacker, InvalidEpochExceptionHandler invalidEpochHandler, int readTimeoutMillis, int lockReadTimeout, int channels, int chunkSize, System.Func <LogEntryReader <ReadableClosablePositionAwareChannel> > logEntryReader)
{
this._logEntryReader = logEntryReader;
this._log = logProvider.getLog(this.GetType());
this._responseUnpacker = responseUnpacker;
this._invalidEpochHandler = invalidEpochHandler;
_protocolToFactoryMapping = new Dictionary <ProtocolVersion, MasterClientFactory>(3, 1);
_protocolToFactoryMapping[MasterClient214.PROTOCOL_VERSION] = new F214(this, logProvider, readTimeoutMillis, lockReadTimeout, channels, chunkSize);
_protocolToFactoryMapping[MasterClient310.PROTOCOL_VERSION] = new F310(this, logProvider, readTimeoutMillis, lockReadTimeout, channels, chunkSize);
_protocolToFactoryMapping[MasterClient320.PROTOCOL_VERSION] = new F320(this, logProvider, readTimeoutMillis, lockReadTimeout, channels, chunkSize);
}
private volatile BinaryLatch _shutdownLatch; // Store under synchronised(this), load in update puller thread
internal SlaveUpdatePuller(RequestContextFactory requestContextFactory, Master master, LastUpdateTime lastUpdateTime, LogProvider logging, InstanceId instanceId, AvailabilityGuard availabilityGuard, InvalidEpochExceptionHandler invalidEpochHandler, JobScheduler jobScheduler, Monitor monitor)
{
this._requestContextFactory = requestContextFactory;
this._master = master;
this._lastUpdateTime = lastUpdateTime;
this._instanceId = instanceId;
this._availabilityGuard = availabilityGuard;
this._invalidEpochHandler = invalidEpochHandler;
this._jobScheduler = jobScheduler;
this._monitor = monitor;
this._logger = logging.getLog(this.GetType());
this._invalidEpochCappedLogger = (new CappedLogger(_logger)).setCountLimit(LogCap);
this._comExceptionCappedLogger = (new CappedLogger(_logger)).setCountLimit(LogCap);
}
