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//Effectively, by providing this hosting context information, //we allow the service to directly interact with the controller or //domain application and allow them to leverage other services //provided by the domain application; to sum up, we are laying a strong //foundation to achieve interservice communication. public Service(IController controller,DomainApp app) { serviceController = controller; domainApp=app; } public virtual void Start() { } public virtual void Stop() { } public virtual void Suspend() { } public virtual void Resume() { } } }

This will examine the business process context for an object named myString and set the myString variable to its string value.

The first concrete implementation of the controller, PrimaryController is derived from MarshalByRefObject and also implements the IController interface. This class contains the most important logic of connecting to agents and loading the server-side services. Here s the code for PrimaryController: using using using using using System; System.Runtime.Remoting; System.Collections; Common; AppController.Services;

"localhost" "/RPC2" 443 "localhost" (if proxy_port is set) 8080 (if proxy_host is set) nil nil false 30

namespace AppController { public class PrimaryController: MarshalByRefObject,IController { Hashtable agents = new Hashtable(); Hashtable dataBag = new Hashtable(); //The constructor method populates the data bag by //invoking the InitializeDataBag method. The body of the method //is empty, but ideally the data bag values will be fetched //from the XML File or database or some other data source. public PrimaryController() {

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The key difference with the business process context, which will affect when and how you put data into it, is the long-lived nature of business processes As depicted in Figure 7-2, a business process context can live across application boundaries Some business processes can take days, weeks, or months to complete, and your average application server will probably need to be restarted during time intervals this long That means that a business process engine, like jBPM, needs to persist process-specific data so that it can be restored when the application is revisited In order to persist process data, jBPM needs to know how the data is structured and how to map it to database tables in the database that it s configured to use By default, jBPM knows how to persist basic Java types, like Integer, Long, String, etc.

InitializeDataBag(dataBag); } public AgentInfo this[string agentName] { get{return agents[agentName] as AgentInfo;} } public void Start() { ConnectAgents(); } public void InitializeDataBag(Hashtable data) { }

With the connection established, the next step is to make the remote procedure call. The call method exists in two variants: call (raises an exception or returns a result) and call2 (returns a success, result pair). Thus when writing code that deals with errors, we have two approaches: begin p server.call("math.Multiply", 23, 14) rescue XMLRPC::FaultException => e STDERR.puts "XML-RPC error code #{e.faultCode}: #{e.faultString}" end or success, result = server.call2("math.Multiply", 23, 14) if success then p result else STDERR.puts "XML-RPC error code #{result.faultCode}: #{result.faultString}" end In addition, the library provides a proxy object that dynamically dispatches any method call as an RPC. This proxy object is created with either the proxy or proxy2 method, which correspond to the first or second call styles from the preceding listing. Here s a quick example using proxy: math = server.proxy("math") p math.Multiply(23, 14)

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