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namespace MktInfoCacheServer { class Program { static void Main(string[] args) { RemotingConfiguration.Configure(@"MktInfoCacheServer.exe.config"); Console.WriteLine("Market Information Cache Server started.. "); Console.WriteLine("Press enter to exit."); Console.ReadLine(); } } }

@Stateless public class GadgetAdminBean implements IGadgetAdminBean { @PersistenceContext(unitName="gadgetDatabase") private EntityManager mEntityManager; /** Retrieve all gadgets from the catalog, ordered by description */ public List<GadgetBean> getAllGadgets() { List<GadgetBean> gadgets = new ArrayList<GadgetBean>(); try { Query q = mEntityManager.createQuery("select g from GadgetBean " + "g order by g.description"); List gList = q.getResultList(); Iterator i = gList.iterator(); while (i.hasNext()) { gadgets.add((GadgetBean)i.next()); } }

Market Info Cache Client (Back-Office Applications)

delete method, 86 DELETE request, 131 delimited values, 100 104 comma-separated values (CSVs), 103 104 creating numbered files, 102 explicit versions, 102 103 output behavior, 102 overview, 100 101 retrieving fields, 101 102 retrieving records (lines), 101 tab-separated values (TSVs), 103 104 dependencies, 181 dependency command, 183 desc directive, 198 describe method, 13 description key, 189 destroy method, 122 /dev/blah file, 97 Dir class, 69 directory listings, 18 19 Dir.exist file class, 213 Disk table, 94 diskmon directory, 89 diskmon project folder, 96 diskmon_dev file, 89 disks.create construction, 93 dn_attribute directive, 120, 121 DNSRecord class, 138 docs directory, 204 document object, 106 documentation, 203 209 accessing via gem_server, 185 automatic, 203 205 comments, 205 207 headings, 207 links, 207 lists, 207 208 overview, 203 processing commands, 208 from rake, 208 209 separators, 207 documenting tasks, 198 domain component (dc), 118 dot command line tool, 174

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The following code connects to the market information cache server and retrieves the cached information: using using using using using System; System.Data; System.Collections.Generic; System.Text; Common;

catch (Exception e) { e.printStackTrace(); } return gadgets; } /** Insert a new gadget into the catalog */ public void newGadget(GadgetBean g) { try { mEntityManager.persist(g); } catch (Exception e) { e.printStackTrace(); } } }

namespace InfoCacheClient { class Program { static void Main(string[] args) { //Retrieve Cached object from the market information cache server //which is locally hosted ICacheInfo remoteCache = (ICacheInfo)Activator.GetObject(typeof(ICacheInfo), "ipc://InfoCacheServer/MktInfoCacheImpl.rem");

double chevron (<<) construction, 62 Download link, 178 drive method, 5 duck typing, 12 _dump method, 77 durability, 83

DataSet cacheObj = remoteCache.RetrieveCache(); Console.WriteLine("Information Successfully Retrieved..."); Console.ReadLine(); } } }

This session EJB uses standard EJB 3.0 and Java Persistence API (JPA) calls to implement the required functions. We ve marked this as a stateless session bean using the EJB 3.0 @Stateless annotation on the class declaration. We re also using the JPA @PersistenceContext annotation to inject a JPA EntityManager into this session bean, allowing us to perform the persistence operations necessary to query and insert into the gadget database. We re referencing a persistence unit named gadgetDatabase , so we ll need to define a persistence unit with this name in the persistence.xml deployment file when we package up these EJBs. The getAllGadgets() method loads the entire Gadget Catalog using a JPA query created from the EntityManager. The newGadget() method persists a new gadget (in the form of a GadgetBean) using the EntityManager. These two EJBs seem to take care of our current needs in terms of persistence operations, so now we can turn our attention to the UI. To implement the UI we specified in the pageflow design earlier, we create two JSF pages, one for each of the pages we specified. The first JSF page displays the list of gadgets in the database along with a link to create a new gadget. In building these pages, let s assume we can access the persistence functionality we built earlier through a JSF managed bean named gadgetAdmin . Our gadget list JSF is shown in Listing 1-3. It simply uses a JSF data table component to iterate through the gadgets returned from the getAllGadgets() operation on the gadgetAdmin bean, displaying each gadget as a row in a table. Then, at the bottom of the table, we generate a link that invokes a JSF action named addGadget .

The remoting framework respects and recognizes generics and provides the necessary infrastructure to allow developers to define generic-aware remote classes. The only prerequisite of generic-aware remote classes is that the generic type parameters declared inside either must be a serializable type or must be derived from MarshalByRefObject. To learn how generics can be applied in remoting applications, consider a remote order container that allows you to store and retrieve the order of any data type. This example is similar to one discussed in the Generics section of this chapter, but in this case the order container is instantiated and updated on a remote machine.

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