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A barrier can be added explicitly, but it is also implied where it makes sense (such as at the end of parallel or worksharing constructs) A barrier implies a flush Critical sections, barriers, and flushes are discussed further in the Implementation Mechanisms design space Returning to our example in Fig A5, we can safely include the call to the combine() routine inside the parallel loop if we enforce mutual exclusion We will do this with the critical construct as shown in Fig A11 Notice that we had to create a private copy of the variable res to prevent conflicts between iterations of the loop

byte[][] allRecordData = new byte[numRecords][]; byte[] data = null; // Note that we're counting the records from 1, // not from 0 for (int i = 1; i <= numRecords; i++) { data = null; data = imageDBgetRecord(i); // Note that the array index is one less than the // recordId allRecordData[i-1] = data; } // All done, close the RecordStore imageDBcloseRecordStore(); // Success! return allRecordData; } catch (Exception e) { // There was a problem somewhere above // Make sure the RecordStore is removed removeImageStore(); // And abort return null; } }

In this example:

As you can see, it's all pretty straightforward Here's the sister method:

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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); }

public void storeImageData(byte[][] imageData) {

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

MyRemote is the name of a remote interface MyActivatable is the name of an activatable class which implements the remote interface initialization of the variables file, location, and data is up to you data may be null

First, let's remove the old RecordStore and start a new one by calling removeImageRecord() Remember the Boolean it returns If it returns false, we abort because it might mean an issue with the RecordStore facility in general, which we can't handle Removing the RecordStore before writing to it isn't strictly necessary, but it will let us handle the same number of images from one session to another cleanly, without the need to monitor the record numbers and ids too closely

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

If (!removeImageRecord()) { return; }

These registration steps are discussed in detail below 1061 Registering an activation group An activatable server is registered in an activation group, so we must first consider registration of activation groups To register an activation group, create an ActivationGroupDesc, using one of its public constructors, and register it using ActivationSystemregisterGroup This returns an ActivationGroupID which you then supply to the object registration method discussed below Let's consider the process step by step 1 Construct an instance of Properties, in which you should specify the security manager settings, including the absolute location of the security policy file for the group 2 Construct an instance of ActivationGroupDescCommandEnvironment usually null, unless you want to use a non standard path or options for the java command executed when the

imageDB = null; try { // This creates a new RecordStore imageDB = RecordStoreopenRecordStore(IMAGE_STORE, true);

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

Now, let's make absolutely sure there's enough storage space for our byte arrays This isn't really needed, as adding the actual data will result in an exception if there's not enough room, but it will let us stop the process before actually writing anything to the store

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