Package org.apache.directory.server.protocol.shared.transport

Examples of org.apache.directory.server.protocol.shared.transport.UdpTransport

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        {
            transport = new TcpTransport();
        }
        else
        {
            transport = new UdpTransport();
        }

        transport.setPort( transportBean.getSystemPort() );
        transport.setAddress( transportBean.getTransportAddress() );
        transport.setBackLog( transportBean.getTransportBackLog() );
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        CreateTransport[] transportBuilders = createKdcServer.transports();

        if ( transportBuilders == null )
        {
            // create only UDP transport if none specified
            UdpTransport defaultTransport = new UdpTransport( AvailablePortFinder.getNextAvailable( startPort ) );
            kdcServer.addTransports( defaultTransport );
        }
        else if ( transportBuilders.length > 0 )
        {
            for ( CreateTransport transportBuilder : transportBuilders )
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            Transport tcp = new TcpTransport( address, port, nbThreads, backlog );
            return tcp;
        }
        else if ( protocol.equalsIgnoreCase( "UDP" ) )
        {
            UdpTransport udp = new UdpTransport( address, port );
            return udp;
        }
        else
        {
            throw new IllegalArgumentException( I18n.err( I18n.ERR_689, protocol ) );
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        if ( ( transports == null ) || ( transports.size() == 0 ) )
        {
            // Default to UDP with port 53
            // We have to create a DatagramAcceptor
            UdpTransport transport = new UdpTransport( DEFAULT_IP_PORT );
            setTransports( transport );

            DatagramAcceptor acceptor = transport.getAcceptor();

            // Set the handler
            acceptor.setHandler( new DnsProtocolHandler( this, store ) );

            // Allow the port to be reused even if the socket is in TIME_WAIT state
            ( ( DatagramSessionConfig ) acceptor.getSessionConfig() ).setReuseAddress( true );

            // Start the listener
            acceptor.bind();
        }
        else
        {
            for ( Transport transport : transports )
            {
                // Get the acceptor
                IoAcceptor acceptor = transport.getAcceptor();

                // Set the handler
                acceptor.setHandler( new DnsProtocolHandler( this, store ) );

                if ( transport instanceof UdpTransport )
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        DirectoryService directoryService = new DefaultDirectoryService();
        dnsConfiguration = new DnsServer();
        dnsConfiguration.setDirectoryService( directoryService );
        dnsConfiguration.setEnabled( true );
        dnsConfiguration.setTransports( new TcpTransport( 10053 ), new UdpTransport( 10053 ) );
        dnsConfiguration.start();
    }
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        if ( ( transports == null ) || ( transports.size() == 0 ) )
        {
            // Default to UDP with port 53
            // We have to create a DatagramAcceptor
            UdpTransport transport = new UdpTransport( DEFAULT_IP_PORT );
            setTransports( transport );
           
            DatagramAcceptor acceptor = (DatagramAcceptor)transport.getAcceptor();

            // Set the handler
            acceptor.setHandler( new DnsProtocolHandler( this, store ) );
   
            // Allow the port to be reused even if the socket is in TIME_WAIT state
            ((DatagramSessionConfig)acceptor.getSessionConfig()).setReuseAddress( true );
           
            // Start the listener
            acceptor.bind();
        }
        else
        {
            for ( Transport transport:transports )
            {
                // Get the acceptor
                IoAcceptor acceptor = transport.getAcceptor();
   
                // Set the handler
                acceptor.setHandler( new DnsProtocolHandler( this, store ) );
       
                if ( transport instanceof UdpTransport )
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    public void setUp() throws Exception
    {
        ntpConfig = new NtpServer( );
        port = AvailablePortFinder.getNextAvailable( 10123 );
        TcpTransport tcpTransport = new TcpTransport( port );
        UdpTransport udpTransport = new UdpTransport( port );
        ntpConfig.setTransports( tcpTransport, udpTransport );
        ntpConfig.getDatagramAcceptor( udpTransport ).getFilterChain().addLast( "executor", new ExecutorFilter( Executors.newCachedThreadPool() ) );
        ntpConfig.getSocketAcceptor( tcpTransport ).getFilterChain().addLast( "executor", new ExecutorFilter( Executors.newCachedThreadPool() ) );
        ntpConfig.setEnabled( true );
        ntpConfig.start();
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        if ( ( transports == null ) || ( transports.size() == 0 ) )
        {
            // Default to UDP with port 88
            // We have to create a DatagramAcceptor
            UdpTransport transport = new UdpTransport( DEFAULT_IP_PORT );
            setTransports( transport );
           
            DatagramAcceptor acceptor = (DatagramAcceptor)transport.getAcceptor();

            // Inject the chain
            IoFilterChainBuilder udpChainBuilder = new DefaultIoFilterChainBuilder();

            ((DefaultIoFilterChainBuilder)udpChainBuilder).addFirst( "codec",
                    new ProtocolCodecFilter(
                            KerberosUdpProtocolCodecFactory.getInstance() ) );

            acceptor.setFilterChainBuilder( udpChainBuilder );

            // Inject the protocol handler
            acceptor.setHandler( new KerberosProtocolHandler( this, store ) );
           
            // Bind to the configured address
            acceptor.bind();
        }
        else
        {
            // Kerberos can use UDP or TCP
            for ( Transport transport:transports )
            {
                IoAcceptor acceptor = transport.getAcceptor();
               
                // Now, configure the acceptor
                // Inject the chain
                IoFilterChainBuilder chainBuilder = new DefaultIoFilterChainBuilder();
   
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    public ChangePasswordServer()
    {
        super.setServiceName( SERVICE_NAME_DEFAULT );
        super.setServiceId( SERVICE_PID_DEFAULT );
        super.setSearchBaseDn( ServerDNConstants.USER_EXAMPLE_COM_DN );
        setTransports( new TcpTransport( DEFAULT_IP_PORT ), new UdpTransport( DEFAULT_IP_PORT ) );

        prepareEncryptionTypes();
    }
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        if ( ( transports == null ) || ( transports.size() == 0 ) )
        {
            // Default to UDP with port 464
            // We have to create a DatagramAcceptor
            UdpTransport transport = new UdpTransport( DEFAULT_IP_PORT );
            setTransports( transport );
           
            DatagramAcceptor acceptor = (DatagramAcceptor)transport.getAcceptor();

            // Set the handler
            acceptor.setHandler( new ChangePasswordProtocolHandler( this, store )  );
   
            // Allow the port to be reused even if the socket is in TIME_WAIT state
            ((DatagramSessionConfig)acceptor.getSessionConfig()).setReuseAddress( true );
   
            // Start the listener
            acceptor.bind();
        }
        else
        {
            for ( Transport transport:transports )
            {
                IoAcceptor acceptor = transport.getAcceptor();

                // Disable the disconnection of the clients on unbind
                acceptor.setCloseOnDeactivation( false );
               
                if ( transport instanceof UdpTransport )
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Related Classes of org.apache.directory.server.protocol.shared.transport.UdpTransport

  • io.nodyn.dns.TestDnsServer
  • io.undertow.server.security.KerberosKDCUtil
  • io.vertx.test.fakedns.FakeDNSServer
  • org.apache.directory.server.changepw.ChangePasswordServer
  • org.apache.directory.server.config.builder.ServiceBuilder
  • org.apache.directory.server.config.ConfigPartitionReader
  • org.apache.directory.server.config.ServiceBuilder
  • org.apache.directory.server.dns.DnsServer
  • org.apache.directory.server.dns.Main
  • org.apache.directory.server.factory.ServerAnnotationProcessor
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