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There is a lot to look at in Listing 12-1, but the following quick summary of the public methods should bring it into sharper focus:

Let us revisit the definition of unit of execution, or UE A UE is an abstraction for the entity that carries out computations and is managed for the programmer by the operating system In modern parallel programming environments, there are two types of UEs: processes and threads A process is a heavyweight object that carries with it the state or context required to define its place in the system This includes memory, program counters, registers, buffers, open files, and anything else required to define its context within the operating system In many systems, different processes can belong to different users, and thus processes are well protected from each other Creating a new process and swapping between processes is expensive because all that state must be saved and restored Communication between processes, even on the same machine, is also expensive because the protection boundaries must be crossed A thread, on the other hand, is a lightweight UE A collection of threads is contained in a process Most of the resources, including the memory, belong to the process and are shared among the threads The result is that creating a new thread and switching context between threads is less expensive, requiring only the saving of a program counter and some registers Communication between threads belonging to the same process is also inexpensive because it can be done by accessing the shared memory The mechanisms for managing these two types of UEs are completely different We handle them separately in the next two sections 621 Thread Creation/Destruction Threads require a relatively modest number of machine cycles to create Programmers can reasonably create and destroy threads as needed inside a program, and as long as they do not do so inside tight loops or time critical kernels, the program's overall runtime will be affected only modestly Hence, most parallel programming environments make it straightforward to create threads inside a program, and the API supports thread creation and destruction.

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GET /servlet/Query name=tom&age=28 HTTP/10

In OpenMP, threads are created with the parallel pragma:

createUser(String name, String pass, String group) deleteUser(String name) authenticate(String userName, String password) addAuthGroup(String userName, String group) removeAuthGroup(String userName, String group) listUsers(String group)

A POST request, on the other hand, does not modify the URL that is requested Instead, the POST request is followed by the actual parameters that are sent to the server-side script or servlet An example of a simple POST request, which performs the same job as the previous GET request, is the following:

#pragma omp parallel { structured block }

According to the Java Servlet API, these two types of requests are treated completely differently However, these differences are transparent to the developer, as the API provides generic methods that abstract the differences between them In many cases, it is easier to write a single handler than to divide the work between a GET and a POST handler Assuming that you would like your servlet to be easily manageable, you can refer both GET and POST requests to a single handler, as shown in this example:

These are all the basic management functions for user accountsThis is a thread-safe class with a SimpleDB client instance passed into the constructor The user creation method does a conditional write of the requested username that only succeeds when that item name is not yet takenThis lets you guarantee unique namesWhen the name is taken, an exception is thrown back to the caller In addition, this is where the password is salted and hashed before storageThis is the only place where it appears in plain textThe remainder of the methods in this class are straightforward The two exception classes defined for this package are shown next First is UserNameUnavailable, as follows:

public void doGet(HttpServletRequest req,

Each thread will independently execute the code within the structured block A structured block is just a block of statements with a single point of entry at the top and a single point of exit at the bottom The number of threads created in OpenMP can be either left to the operating system or controlled by the programmer (see the OpenMP appendix, Appendix A, for more details) Destruction of threads occurs at the end of the structured block The threads wait at the end of the structured block After all threads have arrived, the threads are destroyed and the original or master thread continues

package comsimpledbbooktasklist; public class UserNameUnavailable extends RuntimeException {}

HttpServletResponse res) throws IOException { doGetPost(req,res); } public void doPost(HttpServletRequest req, HttpServletResponse res) throws IOException { doGetPost(req,res); } public void doGetPost(HttpServletRequest req, HttpServletResponse res) throws IOException { // Implementation goes here }

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