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Earlier in this chapter you learned that servlets can be shared between a potentially large number of client requests that come in through the Web server For this reason, great care should be used to provide thread-safe code in the servlet The reasoning behind this is to alleviate the amount of memory needed and reduce unnecessary CPU usage In some instances, a servlet developer may find that providing thread-safe code is neither possible nor desirable In this case, there is the option of implementing the SingleThreadModel interface This interface is without any explicit operations, and is used only as a marker for the Web server However, the servlet developer should note that this interface wipes out one of the major benefits of servlets over ASP, CGI, and Fast-CGI implementations, and also that the various implementations of servlets may handle this interface slightly differently or ignore it totally An example of how to do this is shown here

In the simple model, UE A will eventually set done, and then in the next loop iteration, UE B will read the new value and terminate the loop In reality, several things could go wrong First of all, the value of the variable may not actually be written by UE A or read by UE B The new value could be held in a cache instead of the main memory, and even in systems with cache coherency, the value could be (as a result of compiler optimizations, say) held in a register and not be made visible to UE B Similarly, UE B may try to read the variable and obtain a stale value, or due to compiler optimizations, not even read the value more than once because it isn't changed in the loop In general, many factors properties of the memory system, the compiler, instruction reordering etc can conspire to leave the contents of the memories (as seen by each UE) poorly defined A memory fence is a synchronization event that guarantees that the UEs will see a consistent view of memory Writes performed before the fence will be visible to reads performed after the fence, as would be expected in the classical model, and all reads performed after the fence will obtain a value written no earlier than the latest write before the fence Clearly, memory synchronization is only an issue when there is shared context between the UEs Hence, this is not generally an issue when the UEs are processes running in a distributed memory environment For threads, however, putting memory fences in the right location can make the difference between a working program and a program riddled with race conditions Explicit management of memory fences is cumbersome and error prone Fortunately, most programmers, although needing to be aware of the issue, only rarely need to deal with fences explicitly because, as we will see in the next few sections, the memory fence is usually implied by higher level synchronization constructs.

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public class STMExample extends javaxservlethttpHttpServlet implements javaxservletSingleThreadModel { public void doGet(HttpServletRequest req, HttpServletResponse res) throws IOException { // implementation here } }

This class is the analog to UserService, providing methods to perform all the management functions, but for the workspace rather than for users In fact, it actually makes use of UserService to do many of these thingsAs a result, managing the Task List application mainly involves interactions with this one class This class holds the real meat of dealing with SimpleDB It is a hefty class, but many of the methods are private utility methodsThe primary methods of the class are as follows:

Instead of sharing one global instance of the servlet, the single-threaded model requires a fresh servlet instance to be created for each request The servlet instance will be destroyed like any other class instance once the request is finished, or may be pooled by the servlet container in some implementations Therefore, a servlet should probably clear its instance variables to the defaults after the request has been handled This allows for the use of instance variables in the servlet However, class variables will still not be safe to use, as they may be accessed by other servlet instances running on the same JVM Since the servlet will most likely be destroyed after a request, there will be no way to access the instance variables afterward, and hence a clever servlet developer will quickly realize that the SingleThreadModel is only a crutch for servlet developers and should seldom be used

In OpenMP, a memory fence is defined with the flush statement:

registerNewUser(String name, String password) logIn(String user, String password) logOut(String user, String sessionId) getTasksForDay(String user, String date, String sessionId) addTask(String user, String date, String value, String sessionId)

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