//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#: //ORIGINAL LINE: public void start() throws Throwable public override void Start() { Log log = _logService.getInternalLog(typeof(BoltServer)); Log userLog = _logService.getUserLog(typeof(BoltServer)); InternalLoggerFactory.DefaultFactory = new Netty4LoggerFactory(_logService.InternalLogProvider); Authentication authentication = CreateAuthentication(); TransportThrottleGroup throttleGroup = new TransportThrottleGroup(_config, _clock); BoltSchedulerProvider boltSchedulerProvider = _life.add(new ExecutorBoltSchedulerProvider(_config, new CachedThreadPoolExecutorFactory(log), _jobScheduler, _logService)); BoltConnectionFactory boltConnectionFactory = CreateConnectionFactory(_config, boltSchedulerProvider, throttleGroup, _logService, _clock); BoltStateMachineFactory boltStateMachineFactory = CreateBoltFactory(authentication, _clock); BoltProtocolFactory boltProtocolFactory = CreateBoltProtocolFactory(boltConnectionFactory, boltStateMachineFactory); if (_config.enabledBoltConnectors().Count > 0 && !_config.get(GraphDatabaseSettings.disconnected)) { NettyServer server = new NettyServer(_jobScheduler.threadFactory(Group.BOLT_NETWORK_IO), CreateConnectors(boltProtocolFactory, throttleGroup, log), _connectorPortRegister, userLog); _life.add(server); log.Info("Bolt server loaded"); } _life.start(); // init and start the nested lifecycle }
public ChunkedOutput(Channel channel, int maxBufferSize, int maxChunkSize, TransportThrottleGroup throttleGroup) { this._channel = Objects.requireNonNull(channel); this._maxBufferSize = maxBufferSize; this._maxChunkSize = maxChunkSize; this._buffer = AllocateBuffer(); this._throttleGroup = Objects.requireNonNull(throttleGroup); }
public ChunkedOutput(Channel ch, int bufferSize, TransportThrottleGroup throttleGroup) : this(ch, bufferSize, _maxChunkSize, throttleGroup) { }
public ChunkedOutput(Channel ch, TransportThrottleGroup throttleGroup) : this(ch, DEFAULT_BUFFER_SIZE, throttleGroup) { }
private NettyServer.ProtocolInitializer CreateProtocolInitializer(BoltConnector connector, BoltProtocolFactory boltProtocolFactory, TransportThrottleGroup throttleGroup, Log log) { SslContext sslCtx; bool requireEncryption; BoltConnector.EncryptionLevel encryptionLevel = _config.get(connector.EncryptionLevel); SslPolicyLoader sslPolicyLoader = _dependencyResolver.resolveDependency(typeof(SslPolicyLoader)); switch (encryptionLevel) { case BoltConnector.EncryptionLevel.REQUIRED: // Encrypted connections are mandatory, a self-signed certificate may be generated. requireEncryption = true; sslCtx = CreateSslContext(sslPolicyLoader, _config); break; case BoltConnector.EncryptionLevel.OPTIONAL: // Encrypted connections are optional, a self-signed certificate may be generated. requireEncryption = false; sslCtx = CreateSslContext(sslPolicyLoader, _config); break; case BoltConnector.EncryptionLevel.DISABLED: // Encryption is turned off, no self-signed certificate will be generated. requireEncryption = false; sslCtx = null; break; default: // In the unlikely event that we happen to fall through to the default option here, // there is a mismatch between the BoltConnector.EncryptionLevel enum and the options // handled in this switch statement. In this case, we'll log a warning and default to // disabling encryption, since this mirrors the functionality introduced in 3.0. log.Warn("Unhandled encryption level %s - assuming DISABLED.", encryptionLevel.name()); requireEncryption = false; sslCtx = null; break; } ListenSocketAddress listenAddress = _config.get(connector.ListenAddress); return(new SocketTransport(connector.Key(), listenAddress, sslCtx, requireEncryption, _logService.InternalLogProvider, throttleGroup, boltProtocolFactory, _connectionTracker)); }
private IDictionary <BoltConnector, NettyServer.ProtocolInitializer> CreateConnectors(BoltProtocolFactory boltProtocolFactory, TransportThrottleGroup throttleGroup, Log log) { return(_config.enabledBoltConnectors().ToDictionary(identity(), connector => CreateProtocolInitializer(connector, boltProtocolFactory, throttleGroup, log))); }
private BoltConnectionFactory CreateConnectionFactory(Config config, BoltSchedulerProvider schedulerProvider, TransportThrottleGroup throttleGroup, LogService logService, Clock clock) { return(new DefaultBoltConnectionFactory(schedulerProvider, throttleGroup, config, logService, clock, _monitors)); }