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if (num < 0) { temp += 05; } else { temp -= 05; } // Notify registered listeners notifyListeners(); } } private void notifyListeners() { // Notify every listener in the registered list for (Enumeration e = listelements(); ehasMoreElements(); ) { TemperatureListener listener = (TemperatureListener) enextElement(); // Notify, if possible a listener try { listenertemperatureChanged (temp); } catch (RemoteException re) { Systemoutprintln ("removing listener -" + listener); // Remove the listener listremove( listener ); } } } public static void main(String args[]) { Systemoutprintln ("Loading temperature service"); // Only required for dynamic class loading //SystemsetSecurityManager ( new RMISecurityManager() ); try { // Load the service TemperatureSensorServer sensor = new TemperatureSensorServer(); // Check to see String registry if (argslength { registry = } /service // Note the :port field is optional if a registry was specified = "localhost"; >=1) args[0];

After you compile these classes, you can run the domain-listing tool with the following command:

String registration = "rmi://" + registry + "/TemperatureSensor"; // Register with service so that clients can // find us Namingrebind( registration, sensor ); // Create a thread, and pass the sensor server // This will activate the run() method, and // trigger regular temperature changes Thread thread = new Thread (sensor); threadstart(); } catch (RemoteException re) { Systemerrprintln ("Remote Error - " + re); } catch (Exception e) { Systemerrprintln ("Error - " + e); } } }

omp_set_num_threads () takes an integer argument and requests that the operating system provide that number of threads in subsequent parallel regions

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111124 Implementing the Listener Interface The temperature monitor client must implement the TemperatureListener interface, and register itself with the remote temperature sensor service, by invoking the TemperatureSensoraddTemperatureListener (Temperature Listener) method By registering as a listener, the monitor client will be notified of changes as they occur, using a remote callback The client waits patiently for any changes, and though it does not ever remove itself as a listener, functionality to achieve this is supplied by the

Figure A10 C program showing use of the most common runtime library functions #include <stdioh> #include <omph> int main() { int id, numb; omp_set num_threads(3); #pragma omp parallel private (id, numb) { id = omp_get thread_num(); numb = omp_getnum_threads(); printf(" I am thread %d out of %d \n",id,numb); } }

If you are new to SimpleDB and have not yet created any domains, this tool prints no output for you yetYou can create a domain with the following command:

TemperatureSensorremoveTemper atureListener(TemperatureListener)

omp_get_num_threads() (integer function) returns the actual number of threads in the current team of threads omp_get_thread_num() (integer function) returns the ID of a thread, where the ID ranges from 0 to the number of threads minus 1 The thread with ID of 0 is the master thread The lock functions create, use, and destroy locks These are described later with the other synchronization constructs

import javarmi*; import javarmiserver*; // 11, Listing 5 public class TemperatureMonitor extends UnicastRemoteObject implements TemperatureListener { // Default constructor throws a RemoteException public TemperatureMonitor() throws RemoteException { // no code req'd } public static void main(String args[]) { Systemoutprintln ("Looking for temperature sensor"); // Only required for dynamic class loading //SystemsetSecurityManager(new RMISecurityManager()); try { // Check to see if a registry was specified String registry = "localhost"; if (argslength >=1)

The length of domain names has to be between 3 and 255 characters, and there are rules covering which characters the CreateDomain operation will acceptThe only characters you are allowed to use in domain names are a z,A Z, 0 9, _ , - , and

We provide a simple example of how these functions are used in Fig A10 The program prints the thread ID and the number of threads to the standard output The output from the program in Fig A10 would look something like this:

{ registry = args[0]; } // Registration format //registry_hostname :port/service // Note the :port field is optional String registration = "rmi://" + registry + "/TemperatureSensor"; // Lookup the service in the registry, and obtain // a remote service Remote remoteService = Naminglookup ( registration ); // Cast to a TemperatureSensor interface TemperatureSensor sensor = (TemperatureSensor) remoteService; // Get and display current temperature double reading = sensorgetTemperature(); Systemoutprintln ("Original temp : " + reading); // Create a new monitor and register it as a // listener with remote sensor TemperatureMonitor monitor = new TemperatureMonitor(); sensoraddTemperatureListener(monitor); } catch (NotBoundException nbe) { Systemoutprintln ("No sensors available"); } catch (RemoteException re) { Systemoutprintln ("RMI Error - " + re); } catch (Exception e) { Systemoutprintln ("Error - " + e); } } public void temperatureChanged(double temperature) throws javarmiRemoteException { Systemoutprintln ("Temperature change event : " + temperature); } }

This tool is useful for simple administration tasks, and it can be bundled into a Jar file for quick deployment on any platform that can run Java Bundling the application in a jar file is done with the jar command-line tool that comes with the Java Development Kit (JDK)You will have to provide a manifest file that declares AdminTool as your MainClass and provide that file as an argument to the jar tool Once it is packaged, you can run the tool in a similar way using the command line:

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