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method, ejbRemove(), provides the MDB instance with an opportunity to clean up any resources it stores in its instance fields. In our case, we use it to close the JNDI context and set the ejbContext field to null. The second interface that is implemented is javax.jms.MessageListener. This interface was discussed previously. It defines a single method, onMessage(). This is where all the business logic goes in order to process the message received. In our case, because we are assuming a text type message, we first cast the Message object to a TextMessage object. Then we invoke the method getText() on the text message object in order to get the content of the message. Finally, we print the message on the standard output device.

Stone/C & D composite Wood Paper Mixed of ce paper Newspaper Plastics PVC HDPE LDPE Other Metals Ferrous metals Nonferrous metals OCC (cardboard) Yard waste Food waste Glass Fabrics/textiles Other Overall recycling level

Once you type the correct password (or if you touched an open network), your iPad will join that network.

Listing 6-5

21 5.5 18 4.7 13 3.4 10 2.7 3 0.8 12 5 4 1 2 3.1 1.4 1.1 0.3 0.5

0 0.0 34 11.6 4 1.4 4 1.4 4 1.4 25 24 25 24 25 8.5 8.2 8.5 8.2 8.5

To verify that you are connected to a Wi-Fi network, look for the network name with the checkmark next to it. When you go back to the Settings screen, you should now see the name of your Wi-Fi network with a checkmark next to it in the list under Choose a Network.

Listing 6.5: A simple message-driven bean for consuming text messages 1 import javax.jms.Message; 2 import javax.jms.TextMessage; 3 4 public class MyMDB implements javax.ejb.MessageDrivenBean, 5 javax.jms.MessageListener { 6 7 MessageDrivenContext ejbContext; 8 Context jndiContext; 9 10 public void setMessageDrivenContext (MessageDrivenContext mdc) { 11 ejbContext = mdc; 12 try { 13 jndiContext = new InitialContext (); 14 } catch (NamingException namingEx) { 15 throw new EJBException (namingEx); 16 } 17 public void ejbCreate (); 18 public void onMessage ( Message message ) { 19 try { 20 TextMessage textMsg = (TextMessage) message; 21 String msg = textMessage.getText (); 22 System.out.println ( "Received Message : \n" + msg ); 23 } catch (Exception ex ) { 24 throw new ejbException (ex); 25 } 26 } 27 public void ejbRemove () { 30 try { 31 jndiContext.close (0; 32 ejbContext = null; 33 } catch (NamingException ne ) {} 34 } 35 }

89 30.3 89 30.3 90 30.6 14 4.8 0 0.0 0 0.0 24 8.2 0 0.0 0 0.0 21.0

Advanced Wi-Fi Options (Hidden or Undiscoverable Networks)

In the past, when land ll capacity was readily available and disposal fees were low, recycling or reuse of construction material was not economically feasible. Construction materials were inexpensive compared to the cost of labor; thus construction site job managers were focused on worker productivity rather than material reuse or conservation. In addition, recycling infrastructure and a recycled materials marketplace that processes and resells construction debris did not exist. In recent years, with the increase in international competition for both recycled and raw materials, the economics of recycled materials have improved. During this same time period disposal costs have increased. Recyclable materials have differing market values depending on the presence of local recycling facilities, reprocessing costs, and the availability of virgin materials on the market. In general, it is economically feasible for construction sites to recycle metals, concrete, asphalt, and cardboard. If revenue can not be generated, cost bene ts can still be achieved with reduced disposal or hauling costs.

Conclusion This chapter described asynchronous messaging, which may provide the most scalable way for applications to share data and functionality It is also suitable for applications integration when large transaction volumes are involved This scalability is due to the asynchronous nature of the messaging, which does not require the client application to suspend its work until the server completes its work, as is the case for RPC and distributed objects Another important advantage of the messaging described for this method of communication between applications is that it is much more reliable than either the RPC or distributed objects method of sharing data and functionality This reliability is achieved by persisting the data being exchanged on both sides of the network.