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Seam is used most commonly with the JBoss application server and its EJB 3.0/JPA engine. By default, the JBoss JPA implementation is set up to manage transactions at runtime. By default, the jBPM Hibernate configuration is also configured to manage transactions at runtime. This will cause problems, as you can imagine, so you need to disable one or the other in order to restore harmony. Since there are likely other services in your JBoss environment that depend on its internal transaction management (like the JPA engine, for example), it s likely that you will want to disable the jBPM transaction management. Doing this is simple enough. You just need to set the isTransactionEnabled property on the persistence services in jBPM. These services are configured in the jbpm.cfg.xml file. The following shows a jbpm.cfg.xml file that disables the persistent transaction management:

One of those little mistakes that sometimes catch out Ruby programmers is naming something in a block in a way that collides with a variable outside the block. In the future, the in-block declaration will shadow the outer variable without messing with it: domain = "example.com" ["fish.fake", "fingers.fake"].each { |domain| puts domain } puts domain In 1.8, the preceding code would end up printing this: fish.fake fingers.fake fingers.fake Contrast this with the new behavior, and note how the inner declaration of domain does not clobber the outer one: fish.fake fingers.fake example.com

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the configuration file. Assume that a new configuration file, RPC.Services.exe.config, is created and located in the same folder where the actual executable is stored: < xml version="1.0" encoding="utf-8" > <configuration> <system.runtime.remoting> <application> <service> <!-- Registration of Singleton Remote Type (HeartBeatService) --> <wellknown mode="Singleton" objectUri="HeartBeatService.rem" type="RPC.Services.HeartBeatService, RPC.Services" /> <!-- Registration of SingleCall Remote Type (HeartBeat Service Meta-Info) --> <wellknown mode="SingleCall" objectUri="HeartBeatServiceInfo.rem" type="RPC.Services.HeartBeatServiceInfo, RPC.Services" /> </service> <channels> <!-- Registration of TCP channel and binary encoding format --> <channel ref="tcp" port="15000"> <formatter ref="binary"/> </channel> <!-- Registration of HTTP channel and SOAP encoding format --> <channel ref="http" port="16000"> <formatter ref="soap"/> </channel> </channels> </application> </system.runtime.remoting> </configuration> The information captured in the XML fragment is the same as the actual code, but the infrastructure service host code is much cleaner now and contains a single configuration statement, as shown here: using System; using System.Runtime.Remoting; using RPC.Common; class HostUsingConfig { static void Main(string[] args) { RemotingConfiguration.Configure(@"RPC.Services.exe.config"); Console.WriteLine("Infrastructure service host Started..."); Console.ReadLine(); } } On the service controller end (see Listing 5-9), you will implement a similar configuration porting exercise, as shown in Listing 5-14. Listing 5-14. Service Controller Remoting Configuration <configuration> <system.runtime.remoting> <application> <channels> <channel ref="tcp" port="0"> <formatter ref="binary"/>

</channel> </channels> <client> <!-- Description of remote object information --> <wellknown url="tcp://localhost:15000/HeartBeatService.rem" type="RPC.Common.IService, RPC.Common" /> </client> </application> </system.runtime.remoting> </configuration> Assuming that the XML snippet described in Listing 5-14 is stored in the RPC.ServiceController. exe.config file, you modify the client-side host code to use the information contained inside this configuration file: using System; using System.Runtime.Remoting; using RPC.Common; class HostUsingConfig { static void Main(string[] args) { RemotingConfiguration.Configure(@"RPC.ServiceController.exe.config"); WellKnownClientTypeEntry[] clientEntry = RemotingConfiguration.GetRegisteredWellKnownClientTypes(); IService hbService = Activator.GetObject(typeof(IService), clientEntry[0].ObjectUrl) as IService; } } By separating out the configuration details for both the client and the server, you have drastically eased the deployment burden. Changes to the remoting behavior can now be heartily welcomed because the only candidate that would be affected is the configuration file. There are other areas in remoting such as lifetime management, versioning, error handling, security, debugging, and so on, where the recruitment of a configuration file technique will further increase the efficiency of application deployment.

<jbpm-configuration> <jbpm-context> <service name="persistence"> <factory> <bean class="org.jbpm.persistence.db.DbPersistenceServiceFactory"> <field name="isTransactionEnabled"> <false/> </field> </bean> </factory> </service> <service name="message" factory="org.jbpm.msg.db.DbMessageServiceFactory" /> <service name="scheduler" factory="org.jbpm.scheduler.db.DbSchedulerServiceFactory" /> <service name="logging" factory="org.jbpm.logging.db.DbLoggingServiceFactory" /> <service name="authentication" factory="org.jbpm.security.authentication. DefaultAuthenticationServiceFactory" /> </jbpm-context> </jbpm-configuration>

You ve seen that it is possible to (in some sense) unpack an array and turn it into a list of arguments to be provided to a method like this:

Even if all the facets of a distributed garbage collection cannot be dictated through configuration files, the object default lifetime and lease manager poll time are allowed to reside within the configuration file: < xml version="1.0" encoding="utf-8" > <configuration> <system.runtime.remoting> <application> <lifetime leaseTime="1S" renewOnCallTime="1S" leaseManagerPollTime="1S"/> </application> </system.runtime.remoting> </configuration>

Versioning of an assembly plays an important role, especially in a distributed scenario where both the client and the server are physically separated. In the service controller example, you saw the benefit of a shared assembly, but envisage a scenario where a client and a server hold different versions of the shared assembly. How would remoting handle this version mismatch when it receives a call from the client to the server, or vice versa Two attributes, includeVersions and strictBinding, are associated with formatters to determine the version tolerant levels: <configuration> <system.runtime.remoting> <application> <channels> <channel ref="tcp" port="15000"> <serverProviders> <formatter ref="binary" includeVersions="false" strictBinding="false"/> </serverProviders> </channel> </channels> </application> </system.runtime.remoting> </configuration> A TypeLoadException is thrown if the remoting framework fails to load the type based on the four conditions shown in Table 5-4. Table 5-4. Versioning Parameters includeVersions strictBinding

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