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new) when "data", "integer", "key", "real", "string" then @to_read = name else raise "unknown tag: #{name}" end end You probably spotted the sneaky deployment of add_object We haven t defined such a method yet, but the need for it should be pretty obvious We know, both in tag_start and in whatever we end up writing for the text method, that there will be an eventual need to add a new object to the tree Given that this occurs in multiple places and will not be trivial, it needs to be abstracted away This brings us to a discussion of how we will maintain context as the PList moves up and down the tree Adding something to an array is trivial, but what about determining the array s parent collection We could try and maintain some list of parent-child relationships, but there is an easier way: subclass Array and Hash.

Once we had authenticated our users, we turned to authorizing them as specified in our application requirements. We adjusted our User component to load the user s roles from our database tables, and also adjusted our authentication method to register the user s roles with the Seam identity component. We then used the s:hasRole() EL function to check for these roles in our restriction expressions. We also saw how more complex authorization logic could be implemented using custom component methods and/or JBoss Rules. More granular checks can also be applied at the component and method level, using the @Restrict annotation. The same security expressions that we used in pages.xml can be used in the @Restrict annotation.

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In this section, we will build a distributed version of the service controller example that will be grafted on top of the remoting infrastructure. Both the infrastructure service and the service controller are hosted on a separate machine, and this example is similar to a real-life environment where in fact infrastructure services are distributed across several machines. This also leads to a client-server architecture where the service controller is a client and the individual infrastructure service is a server. As a first step, we have identified the required assemblies, as shown in Table 5-3. Table 5-3. RPC Assembly Structure

This class library contains shared interfaces that are referenced by both the client (RPC.ServiceController) and the server (RPC.Services). This is the service controller (client) application that controls the management of infrastructure services. This is the application (server) that hosts infrastructure services.

This is something you might have guessed at given the presence of PListArray and PListHash in Listing 7-11..

n this chapter, we look at business processes and how business process management (BPM) is supported by Seam. I ve already discussed JBoss Business Process Management (jBPM) in 5, when we explored Seam s pageflow features, which are built on jBPM. As mentioned in that chapter, while BPM can be applied effectively to manage pageflow, it s actually a much broader field, supporting tasks implemented in a variety of ways (web pages, business components, business rules, etc.), connected together with a structured workflow that can span multiple users across potentially long periods of time. In this chapter, we look at this broader application of BPM and how jBPM can be used within Seam to define and execute business processes.

Now you will begin the journey in the distributed world with the declaration of the IService interface that forms part of the shared RPC.Common class library. This exercise is similar to one we presented in the Introducing Local Process Communication (LPC) section of this chapter. using System; namespace RPC.Common { public interface IService { void Start(); void Stop(); } } IService defines members that are supported by core infrastructure services. The only difference you will notice is that it doesn t support the QueryServiceInfo member. This has been separated into the new interface IServiceInfo, as follows: using System; namespace RPC.Common { public interface IServiceInfo { ServiceInfo QueryServiceInfo{get;} } } The final class in the shared library is ServiceInfo, as shown in Listing 5-5.

Listing 5-5. Meta-information About Infrastructure Service using System; using System.Collections; namespace RPC.Common { [Serializable] public class ServiceInfo { public string FriendlyName; public string Description; public ArrayList DependentServices; public string Location; } } In Listing 5-5, along with basic information, you will find a new Location field. We will explain the intent of this field in a moment. With this class, we have completed the task of defining all shared interfaces that will be used in this example. In the next step, we will define the server-side implementation that hosts infrastructure services packaged inside the RPC.Services assembly (see Listing 5-6). Listing 5-6. Heartbeat Service (RPC Version) using System; using System.Threading; using RPC.Common; namespace RPC.Services { //By inheriting from MarshalByRefObject, we have made it a remotable class //The heartbeart functionality defined here is more or less similar to //its LPC version public class HeartBeatService : MarshalByRefObject,IService { Thread serviceThread; bool serviceStop; public HeartBeatService() { } public void Start() { Console.WriteLine("HeartBeat Service Started..."); serviceThread = new Thread(new ThreadStart(Run)); serviceStop=true; serviceThread.Start(); } public void Run() { while(serviceStop) { Console.WriteLine("Sending HeartBeat Message..."); Thread.Sleep(2000); } }

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