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Figure A11 Parallel version of the program in Fig A5 In this case, however, we assume that the calls to combine() can occur in any order as long as only one thread at a time executes the function This is enforced with the critical construct #include <stdioh> #include <omph> #define N 1000 extern void combine(double,double); extern double big_comp(int); int main() { int i; double answer, res; answer = 00; #pragma omp parallel for private (res) for (i=O;i<N;i++){ res = big_comp(i); #pragma omp critical combine(answer,res); } printf("%f\n", answer); }

constructor and a doSomething() method Unlike classes that extend the UnicastRemoteObject class, a different constructor signature is used This constructor calls the parent constructor and exports the object on any available port The service is then available for use by clients

For most programmers, the high level synchronization constructs in OpenMP are sufficient There are cases, however, where the high level synchronization constructs cannot be used Two common cases where this situation comes up are the following

public class MyRemoteInterfaceImpl extends javarmiactivationActivatable implements MyRemoteInterface { public MyRemoteInterfaceImpl (javarmiactivationActivationID activationID, javarmiMarshalledObject data) throws javarmiRemoteException { // call the Activatable(ActivationID activationID, // int port) parent constructor super (activationID, 0); } public void doSomething() { Systemoutprintln ("Doing something"); } }

for (String auth : authorities) { result = result * prime + authhashCode(); } return result; } }

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The synchronization protocols required by a problem cannot be expressed with OpenMP's high level synchronization constructs The parallel overhead incurred by OpenMP's high level synchronization constructs is too large

Comparing this class to one extended from the UnicastRemoteObject class reveals relatively few differences However, there's a little more work to do, as the object must still be registered with the activation system and the rmiregistry

The User class exposes an immutable view of a user where the class responsible for the instantiation passes all the data into the constructor, and it never changesAt the top of the class, you can see that the four fields storing the data are private, with the public getter methods below them One thing that is important to note about this class is how the constructor verifies all the data fields to be non-nullThis ensures that all users of the class have completely valid and filled-out instances Each String passed into the constructor is stored only after it is internedThis returns a canonical representation of the String that is easier to compare for equality It also has the side effect of performing a check for null The list of Strings passed in with the name authorities is the set of roles the user has been grantedA TreeSet is used to remove duplicate entries and sort the remaining roles The call to intern() for each element in the set serves the same purpose as it did for the single String fields The class finishes up by declaring the equals() and hashcode() methods In order to uphold the general contract for equals() and hashcode(), equality and the hash code are computed using all four of the fields In addition, any time the equals method returns true for two instances, they will also return the same hash code

Registering an activatable object with the RMI activation daemon is a more complex task than just creating one, and requires a fair bit of extra code This code can be included in a separate application class, or added in a main() method of the activatable remote object To demonstrate how this is achieved, we'll create an activatable version of the RMILightBulb service discussed earlier in the chapter, and create a main() method to register the object with the rmid and rmiregistry applications Code for ActivatableLightBulbServer

To address these problems, the OpenMP runtime library includes low level synchronization functions that provide a lock capability The prototypes for lock functions are included in the omp h include file The locks use an opaque data type omp_lock_t defined in the omph include file The key functions follow

import import import import import javarmi*; javarmiserver*; javarmiactivation*; javanetURLEncoder; javautilProperties;

Now that the storage class is complete, a class is needed to retrieve the data from SimpleDBThis class will be passed a username, and it will need to look up the remainder of the data for that user and return a fully constructed user objectYou can see the code for this user service in Listing 2-7

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