Examples of gov.nist.core.HostPort

gov.nist.core.HostPort
Holds the hostname:port. @version 1.2 @author M. Ranganathan

        // Create a new client transaction around the
        // superclass' message channel
        // Create the host/port of the target hop
        Host targetHost = new Host();
        targetHost.setHostname(nextHop.getHost());
        HostPort targetHostPort = new HostPort();
        targetHostPort.setHost(targetHost);
        targetHostPort.setPort(nextHop.getPort());
        MessageChannel mc = mp.createMessageChannel(targetHostPort);


        // Superclass will return null if no message processor
        // available for the transport.
        if (mc == null)

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   *             If the host in the Hop doesn't exist.
     */
  public MessageChannel createRawMessageChannel(String sourceIpAddress,
      int sourcePort, Hop nextHop) throws UnknownHostException {
        Host targetHost;
        HostPort targetHostPort;
        Iterator processorIterator;
        MessageProcessor nextProcessor;
        MessageChannel newChannel;


        // Create the host/port of the target hop
        targetHost = new Host();
        targetHost.setHostname(nextHop.getHost());
        targetHostPort = new HostPort();
        targetHostPort.setHost(targetHost);
        targetHostPort.setPort(nextHop.getPort());


        // Search each processor for the correct transport
        newChannel = null;
        processorIterator = messageProcessors.iterator();
        while (processorIterator.hasNext() && newChannel == null) {

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    /**
     * Get the hostport structure of this message channel.
     */
    public HostPort getHostPort() {
        HostPort retval = new HostPort();
        retval.setHost(new Host(this.getHost()));
        retval.setPort(this.getPort());
        return retval;
    }

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     * Get the peer host and port.
     * 
     * @return a HostPort structure for the peer.
     */
    public HostPort getPeerHostPort() {
        HostPort retval = new HostPort();
        retval.setHost(new Host(this.getPeerAddress()));
        retval.setPort(this.getPeerPort());
        return retval;
    }

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     * the request.
     * 
     * @return a host:port structure
     */
    public HostPort getViaHostPort() {
        HostPort retval = new HostPort();
        retval.setHost(new Host(this.getViaHost()));
        retval.setPort(this.getViaPort());
        return retval;
    }

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        // Create a new client transaction around the
        // superclass' message channel
        // Create the host/port of the target hop
        Host targetHost = new Host();
        targetHost.setHostname(nextHop.getHost());
        HostPort targetHostPort = new HostPort();
        targetHostPort.setHost(targetHost);
        targetHostPort.setPort(nextHop.getPort());
        MessageChannel mc = mp.createMessageChannel(targetHostPort);


        // Superclass will return null if no message processor
        // available for the transport.
        if (mc == null)

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     *             If the host in the Hop doesn't exist.
     */
    public MessageChannel createRawMessageChannel(String sourceIpAddress,
            int sourcePort, Hop nextHop) throws UnknownHostException {
        Host targetHost;
        HostPort targetHostPort;
        Iterator processorIterator;
        MessageProcessor nextProcessor;
        MessageChannel newChannel;


        // Create the host/port of the target hop
        targetHost = new Host();
        targetHost.setHostname(nextHop.getHost());
        targetHostPort = new HostPort();
        targetHostPort.setHost(targetHost);
        targetHostPort.setPort(nextHop.getPort());


        // Search each processor for the correct transport
        newChannel = null;
        processorIterator = messageProcessors.iterator();
        while (processorIterator.hasNext() && newChannel == null) {

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        if (sipRequest.getHeader(Route.NAME) != null
                && transaction.getDialog() != null) {
            final RouteList routes = sipRequest.getRouteHeaders();
            final Route route = (Route) routes.getFirst();
            final SipUri uri = (SipUri) route.getAddress().getURI();
            final HostPort hostPort = uri.getHostPort();
            int port;
            if (hostPort.hasPort()) {
                port = hostPort.getPort();
            } else {
                if (listeningPoint.getTransport().equalsIgnoreCase(
                        ListeningPoint.TLS))
                    port = 5061;
                else
                    port = 5060;
            }
            String host = hostPort.getHost().encode();
            if ((host.equals(listeningPoint.getIPAddress()) || host
                    .equalsIgnoreCase(listeningPoint.getSentBy()))
                    && port == listeningPoint.getPort()) {
                if (routes.size() == 1)
                    sipRequest.removeHeader(Route.NAME);

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  }


  
  public void sendHeartbeat(String ipAddress, int port) throws IOException {
    
    HostPort targetHostPort  = new HostPort();
    targetHostPort.setHost(new Host( ipAddress));
    targetHostPort.setPort(port);
    MessageChannel messageChannel = this.messageProcessor.createMessageChannel(targetHostPort);
    SIPRequest siprequest = new SIPRequest();
    siprequest.setNullRequest();
    messageChannel.sendMessage(siprequest);

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  /** set the Host of the Via Header
       * @param host String to set
       */
  public void setHost(Host host) {
    if (sentBy == null) {
      sentBy = new HostPort();
    }
    sentBy.setHost(host);
  }

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Related Classes of gov.nist.core.HostPort

gov.nist.javax.sip.DialogFilter

gov.nist.javax.sip.header.Via

gov.nist.javax.sip.ListeningPointImpl

gov.nist.javax.sip.parser.URLParser

gov.nist.javax.sip.stack.ConnectionOrientedMessageProcessor

gov.nist.javax.sip.stack.MessageChannel

gov.nist.javax.sip.stack.MessageProcessor

gov.nist.javax.sip.stack.NioWebSocketMessageChannel

gov.nist.javax.sip.stack.SIPTransactionStack

test.unit.gov.nist.javax.sip.parser.HostNameParserTest

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