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void omp_init_lock(omp_lock_t *lock) Initialize the lock void omp_destroy_lock(omp_lock_t *lock) Destroy the lock, thereby freeing any memory associated with the lock void omp_set_lock(omp_lock_t *lock) Set or acquire the lock If the lock is free, then the thread calling omp_set_lock() will acquire the lock and continue If the lock is held by another thread, the thread calling omp_set_lock() will wait on the call until the lock is available void omp_unset_lock(omp_lock_t *lock) Unset or release the lock so some other thread can acquire it int omp_test_lock(omp_lock_t *lock) Test or inquire if the lock is available If it is, then the thread calling this function will acquire the lock and continue The test and acquisition of the lock is done atomically If it is not, the function returns false (nonzero) and the calling thread continues This function is used so a thread can do useful work while waiting for a lock

// 11, Listing 9 public class ActivatableLightBulbServer // Extends the Activatable class extends Activatable // Implements a light bulb RMI interface implements RMILightBulb { public ActivatableLightBulbServer(ActivationID activationID, MarshalledObject data) throws RemoteException { // Call the constructor of the parent class (Activatable)

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The lock functions guarantee that the lock variable itself is consistently updated between threads, but do not imply a flush of other variables Therefore, programmers using locks must call flush explicitly as needed An example of a program using OpenMP locks is shown in Fig A12 The program declares and then initializes the lock variables at the beginning of the program Because this occurs prior to the parallel region, the lock variables are shared between the threads Inside the parallel region, the first lock is used to make sure only one thread at a time tries to print a message to the standard output The lock is needed to ensure that the two printf statements are executed together and not interleaved with those of other threads The second lock is used to ensure that only one thread at a time executes the go_for_it() function, but this time, the omp_test_lock() function is used so a thread can do useful work while waiting for the lock After the parallel region completes, the memory associated with the locks is freed by a call to omp_lock_destroy()

package comsimpledbbookuser; import javautil*; import comsimpledbbook*; public class SimpleDBUserService { private static final String AUTH_NAMES = "authorities"; private boolean enableGroups; private SimpleDB sdb; private String domainName = "users";

// to export the object on any available port super( activationID, 0); // Default to value of off setBulb(false); } /* // Normally defined for UnicastRemoteObject subclasses // not for an Activatable class public ActivatableLightBulbServer() throws RemoteException { // no code req'd } */ public static void main(String args[]) { Systemoutprintln ("Loading Activatable RMI service"); Systemoutprintln (); // Set a RMI security manager SystemsetSecurityManager(new RMISecurityManager()); try { // Step one : create an ActivationGroupDesc // instance ActivationGroupDesc groupDescriptor = new ActivationGroupDesc (new Properties(), null); // Step two : register that activation group descriptor // with the activation system, and get // groupID ActivationSystem system = ActivationGroupgetSystem(); // Register the group descriptor // without registering the group, no execution ActivationGroupID groupID = systemregisterGroup(groupDescriptor); // Output the group ID to screen Systemoutprintln ("Group ID : " + groupID); // Step three: create an activation group, // passing the group ID and // descriptor as parameters ActivationGroupcreateGroup(groupID, groupDescriptor, 0); // Specify a location for the codebase of // the activated object By default, the current // directory will be used // However, if dynamic class loading is used, // a HTTP URL may be specified instead javaioFile location = new javaioFile (""); // Encode URL, for Win32 systems This may // be required on other operating systems that don't // support spaces and punctuation in filenames

#include <stdioh> #include <omph> extern void do_something_else(int); extern void go_for_it(int); int main() { omp_lock_t lcki, lck2; int id; omp_init_lock(&lcki); omp_init_lock(&lck2); #pragma omp parallel shared(lcki, lck2) private(id) { id = omp_get thread_numO ; omp_set_lock(&lcki); printf("thread %d has the lock \n", id); printf("thread %d ready to release the lock \n", id); omp unset_lock(&lcki); while (! omp test_lock(&lck2)) { do_something_else(id); // do something useful while waiting // for the lock } go_for_it(id); // Thread has the lock omp unset_lock(&lck2); } omp_destroy_lock(&lcki); omp_destroy_lock(&lck2);

String strLoc = "file://" + URLEncoderencode(locationgetAbsolutePath()); Systemoutprintln ("Activation codebase : " + strLoc); // Step four : Create an activation descriptor, // whose constructor requires the class // name, codebase, and an optional // marshalled object ActivationDesc desc = new ActivationDesc ("ActivatableLightBulbServer", strLoc, null); // Step five : Register the object with the // activation system // Returns a stub, which may be registered // with rmiregistry Remote stub = Activatableregister(desc); // Check to see String registry if (argslength { registry = } if a registry was specified = "localhost"; >=1) args[0];

public User loadUserByUsername(String username) { Item item = sdbgetItem(domainName, username); List<String> auth = getAuthorities(item); String pass = itemgetAttribute("password"); String enabledString = itemgetAttribute("enabled"); boolean enabled = enabledStringequals("true"); User user = new User(username, pass, enabled, auth); return user; } private List<String> getAuthorities(Item item) { if (!enableGroups) { return itemgetAttributes(AUTH_NAMES); } List<String> groupNames = itemgetAttributes("group"); String query = buildGroupQuery(groupNames); return sdbsingleAttributeSelect(query, AUTH_NAMES); } private String buildGroupQuery(List<String> groupNames) { String f = "SELECT `%s` FROM `%s` WHERE itemName() IN(%s)"; String groups = listToQueryString(groupNames); return Stringformat(f, AUTH_NAMES, domainName, groups); } private String listToQueryString(List<String> groupNames) { String result = ""; for (String group : groupNames) { result = result + "," + group; } return resultsubstring(1); } public boolean isEnableGroups() { return enableGroups; } public void setEnableGroups(boolean groups) { enableGroups = groups; } public String getDomainName() { return domainName; }

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