Examples of javax.sip.ClientTransaction.sendRequest()

javax.sip.ClientTransaction.sendRequest()
Sends the Request which created this ClientTransaction. When an application wishes to send a Request message, it creates a Request from the {@link javax.sip.message.MessageFactory} and then creates a newClientTransaction from {@link SipProvider#getNewClientTransaction(Request)}. Calling this method on the ClientTransaction sends the Request onto the network. The Request message gets sent via the ListeningPoint information of the SipProvider that is associated to this ClientTransaction.
This method assumes that the Request is sent out of Dialog. It uses the Router to determine the next hop. If the Router returns a empty iterator, and a Dialog is associated with the outgoing request of the Transaction then the Dialog route set is used to send the outgoing request.
This method implies that the application is functioning as either a UAC or a stateful proxy, hence the underlying implementation acts statefully. @throws SipException if the SipProvider cannot send the Request for any reason. @see Request

                    // We will test if the CSEq validation is off by sending CSeq 1 again


                    ClientTransaction ct = provider
                    .getNewClientTransaction(messageRequest);
                    cseq.setSeqNumber(1);
                    ct.sendRequest();


                } catch (Exception ex) {
                    ex.printStackTrace();
                }
            }

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          // TODO Auto-generated catch block
          e1.printStackTrace();
        }


                // send the request out.
                inviteTid.sendRequest();


                dialog = inviteTid.getDialog();


            } catch (Exception ex) {
              ex.printStackTrace();

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                    // We will test if the CSEq validation is off by sending CSeq 1 again


                    ClientTransaction ct = provider
                    .getNewClientTransaction(messageRequest);
                    cseq.setSeqNumber(1);
                    ct.sendRequest();


                } catch (Exception ex) {
                    ex.printStackTrace();
                }
            }

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          // TODO Auto-generated catch block
          e1.printStackTrace();
        }


                // send the request out.
                inviteTid.sendRequest();


                dialog = inviteTid.getDialog();


            } catch (Exception ex) {
              ex.printStackTrace();

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            ClientTransaction inviteTid = mySipProvider.getNewClientTransaction(request);


            logger.info("Invite Dialog = " + inviteTid.getDialog());


            // send the request out.
            inviteTid.sendRequest();


        } catch (Throwable ex) {
            TestHarness.fail("Failed to send INVITE, because of " + ex);
        }
    }

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      Request request = createMessage(fromHeaderName, "reroute", callID);
      try{
        ClientTransaction clientTransaction = sipProvider.getNewClientTransaction(request);
//        clientTransaction.setRetransmitTimer(990000);
        clientTransaction.sendRequest();
        //System.out.println("Invite sent");
      } catch(TransactionUnavailableException e){  
        e.printStackTrace();
        System.err.println(e.getMessage());
      } catch(SipException e){

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              sct = (SIPClientTransaction) clientTransaction;
    //          System.out.println(sct.getMessageChannel().getSIPStack().getActiveClientTransactionCount());
              
              //clientTransaction.setRetransmitTimer(10000);
              clientTransaction.sendRequest();
              //System.out.println("INVITE sent");
              Thread.sleep(10);
          }
          if(u != 0 && u%1500 == 0){
            System.out.println("I'll sleep..with ActiveClientTransactions: " +sct.getMessageChannel().getSIPStack().getActiveClientTransactionCount());

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                    this.clientTxTable.add(ct2);


                    // Send the requests out to the two listening points of the
                    // client.


                    ct2.sendRequest();
                    ct1.sendRequest();
                }


            } else {
                // Remove the topmost route header

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                    this.clientTxTable.put(new Integer(5090), ct2);


                    // Send the requests out to the two listening points of the
                    // client.


                    ct2.sendRequest();
                    ct1.sendRequest();
                }


      } else {
        // Remove the topmost route header

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                ClientTransaction ct = udpProvider.getNewClientTransaction(notifyRequest);


                /*
                 * We deliberately send the NOTIFY first before the 202 is sent.
                 */
                ct.sendRequest();
                logger.info("NOTIFY Branch ID "
                        + ((ViaHeader) request.getHeader(ViaHeader.NAME)).getParameter("branch"));
                logger.info("Dialog " + dialog);
                logger.info("Dialog state after pending NOTIFY: " + dialog.getState());

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