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The effort required to distribute stub and skeleton classes to every client may be trivial in some situations (such as in a small organization in which only a few clients are going to be using a service) However, what if a large number of clients are going to be using the service If a central RMI registry is to be used for all services, and a new service is introduced to the system, stub files for the service must be copied to the classpath of the registry before the server can register Is this the most efficient way of organizing services Or in a more complex system, where object parameters or return values are marshalled and unmarshalled using serialization, what happens if an object subclass is passed that a client or server hasn't encountered before For example, a remote thread execution system might accept as a parameter tasks that implement the Runnable interface but the exact class being passed at runtime may not be known Clients might submit new tasks, and the remote JVM needs to be able to load the classes Restricting a system to defined types only limits its usefulness This problem is overcome by employing a technique known as dynamic class loading When objects are serialized by stub and skeleton objects, only the contents of the object are sent, not the actual bytecode representing all of the object's methods and member variables To do otherwise would slow down the speed of each request and cause unnecessary waste of bandwidth A specialized version of the object serialization classes (ObjectOutputStream, and ObjectInputStream) is used by stub and skeleton objects In the case of the ObjectOutput Stream subclass, the annotateClass() method is overridden to include the location from which the class definition can be located A corresponding method (resolveClass) exists for ObjectInputStream that will read the class location This means that class definitions can be kept at different locations, and an RMI system isn't limited to storing files in a central location During the unmarshalling process, an attempt is made to locate the appropriate class definition locally (see Figure 11-4) If not available, then an attempt is made to fetch the class definition from the specified location by the RMIClassLoader object This allows new behavior to be introduced into a system, but at a penalty As a security safeguard, the RMIClassLoader will not fetch class definitions unless a security manager has been registered with the JVM.

public class AddTask extends BaseServlet { private static final long serialVersionUID = 1L; private static final String TASK_HTML = "<li><span id='%s'> %s </span></li>"; protected void doGet(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { String session = getSessionCookie(request); String user = getUserCookie(request); String date = requestgetParameter("date"); String task = requestgetParameter("task"); String taskId = appaddTask(user, date, task, session); String result = Stringformat(TASK_HTML, taskId, task); responsegetWriter()write(result); } }

In OpenMP, a simple pragma sets the barrier:

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Without the presence of a security manager, new class definitions might be sent that could damage the host system or the data contained within it, such as deleting essential files or accessing/modifying sensitive information Imagine the damage that could be caused by the introduction of a rogue subclass that overrides methods to introduce dangerous functionality Whether it be reading password data from /etc/passwd on a Unix system or executing the "format c:" command on a Wintel host, such effects could be devastating For this reason, a security manager must be installed for an RMI system to use dynamic class loading The most common security manager used in an RMI system is the javarmiRMISecurityManager This creates some additional deployment issues with the Java 2 platform that were not present in previous JVMs, however For additional information about changes to RMI security under Java 2, see Section 111023 Before fetching a class definition, however, the location must be identified The way that this location is specified to a client, or the server, is by setting the system property javarmiservercodebase This should be set to a URL, which points to a codebase directory (just like the codebase of an applet) From there, the RMIClassLoader may download classes used in the RMI system The easiest way to set the codebase would be to use a JVM command-line parameter specifying the property For example, to assign a remote codebase to a service called RMIServer, the following syntax would be used:

All threads in the team participate in the barrier As an example of a barrier, consider the code in Fig 64 This program is essentially the same as the MPI program A barrier is used to ensure that all threads complete any startup activities before the timing measurements are taken The timing routine, omp_Wtick(), was modeled after the analogous MPI routine, MPI_Wtime(), and is defined in the same way

The server-side function of this call is simpleAll of the parameters are gathered and then passed to workspaceaddTask() Once that call returns, the data has been stored in SimpleDBThe only thing that remains to do is format the HTML tag with the new task and ship it back to the jQuery callback handler patiently waiting in the browser

When writing servlets that are anything more than the most basic of handlers, the developer will find that exceptions and errors can occur during runtime For example, the servlet may be temporarily unavailable due to administrative action or failure to obtain certain resources such as memory or access to an external server As with any Java application, a good knowledge of exception handling is required to create for the user a stable and robust system The general exception that servlets throw is the ServletException This can be used to cover problems in most cases, and is normally handled correctly by the servlet engine, allowing other servlets to continue running The next exception is the UnavailableException, which is a subclass of ServletException This exception states that the servlet cannot handle a particular request It has two forms: one for permanent and the other for temporary unavailability The permanent

Figure 64 OpenMP program containing a barrier This program is used to time the execution of function runit()

exception has a simple reference to the servlet and a message to log, while the temporary one adds an integer-holding estimation for how long it is expected to be out of action A nonpositive result should be given when there is no estimation, such as due to an external resource

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