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Although the Spring Security framework has much of the functionality already, one thing it does not do is provide you with a way to add and update user dataThis is something that you need to do for yourself Because you cannot test out the data storage without users to test on, you will create your own user tool in this sectionThe requirements for this tool are straightforward, as follows:

Step Two The second step is to register the activation group descriptor with the RMI activation daemon process This process is represented by the Activation System interface Applications do not create or extend this interface Instead, a reference to the activation daemon process is obtained by invoking the static ActivationGroupgetSystem() method

Figure A13 Parallel version of the program in Fig A11, modified to show the use of the schedule clause #include <stdioh> #include <omph> #define N 1000

// Step two : register that activation group descriptor // with the activation system, and get groupID ActivationSystem system = ActivationGroupgetSystem();

Add a user Toggle the enabled flag Add and remove roles for a user Add and remove the user from a group Add and remove roles for a user

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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) schedule(dynamic,10) for (i=O;i<N;i++){ res = big_comp(i); #pragma omp critical combine(answer,res); } printf("%f\n", answer); }

Once a reference to the ActivationSystem class is obtained, the group descriptor is registered using the ActivationSystemregisterGroup method, which returns an ActivationGroupID instance

This discussion has addressed only the features of OpenMP used in this book Although we have covered the most commonly used constructs in OpenMP, a programmer interested in working with the OpenMP language should obtain the complete specification [OMP] The definition of the full API is only 50 pages of text The specification also includes more than 25 pages of examples A book about the language is available [CDK+00], and a description of the abstractions behind OpenMP and some ideas about future directions are presented in [MatOS] There is a growing body of literature about OpenMP; many OpenMP applications are described in the proceedings of the various OpenMP workshops [VJKT00, EV01, EWO01]

// Register the group descriptor - without registering the // group, no execution ActivationGroupID groupID = systemregisterGroup(groupDescriptor);

The code for this tool can be found in Listing 2-8

Step Three Once a group descriptor has been registered with the activation system and a valid ActivationGroupID obtained, the next step is to actually create the activation group The act of registering it is not sufficient one must be created, by calling the static ActivationGroupcreateGroup(ActivationGroupID id, ActivationGroupDesc descriptor) method This creates and assigns an activation group for the JVM, and notifies the activation system that the group is active

B1 CONCEPTS B2 GETTING STARTED B3 BASIC POINT TO POINT MESSAGE PASSING B4 COLLECTIVE OPERATIONS B5 ADVANCED POINT TO POINT MESSAGE PASSING B6 MPI AND FORTRAN B7 CONCLUSION MPI (Message Passing Interface) is the standard programming environment for distributed memory parallel computers The central construct in MPI is message passing: One process[1] packages information into a message and sends that message to another process MPI, however, includes far more than simple message passing MPI includes routines to synchronize processes, sum numbers

package comsimpledbbookuser; import javautil*; import comsimpledbbook*; public class SimpleDBUserTool { private static final String AUTH_NAMES = "authorities"; private static final String PASS_NAME = "password"; private static final String ENAB_NAME = "enabled"; private static final String GROUP_NAME = "group"; private String domainName = "users"; private boolean enableGroups; private SimpleDB sdb; public User storeUserByUsername(String username) { Item item = sdbgetItem(domainName, username); List<String> auth = null; setAuthorities(item);

// Step three: create an activation group, passing the // group ID and descriptor as parameters ActivationGroupcreateGroup(groupID, groupDescriptor, 0);

distributed among a collection of processes, scatter data across a collection of processes, and much more

Step Four The fourth step is to create an activation descriptor, which describes an activatable remote object It stores three key pieces of information: the class name of the remote object, the URL location of the remote object, and (optionally) a MarshalledObject that contains a serialized version of the remote object Determining the codebase location of a remote object can be a little tricky If class definitions are stored on a Web server for the purpose of dynamic class loading, this is made simple but what if the class files are stored locally In this example, the current directory is used as the codebase and converted to a file:// URL However, if dynamic class loading is to be used by client and server, it may be more convenient to copy class files to a Web server and specify an HTTP URL instead Once a location has been determined, it is then passed to the ActivationDesc constructor

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