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Now, these conditions may seem quite severe, and the reader may be wondering what use Java is for networking if an applet is limited to a single machine Rest assured, however, that the restrictions apply only to applets (which make up a small part of the world of Java programming), and that they help safeguard users and the reputation of Java But sometimes restrictions must be overcome A digitally signed applet may be granted greater network privileges (as well as access to other resources, such as files and printers) However, digitally signing code is a complex task, and acquiring a digital certificate with which to sign involves great expense for the average Java developer (though large corporations will obviously find it less of a financial burden) There are many code-signing mechanisms and they vary from browser to browser Code signing is beyond

MPI_Status stat; // Initialize the MPI environment MPI_Init(&argc,&argv); MPI_Comm_rank(MPI_COMM_WORLD, &ID); MPI_Comm_size(MPI_COMM_WORLD, &num_procs); // Process, test, and broadcast input parameters if (ID == 0)f if (argc != 3){ printf("Usage: %s <size of message> <Num of shifts> \n",*argv); fflush(stdout); MPI_Abort(MPI_COMM_WORLD, 1); } buff_count = atoi(*++argv); num_shifts = atoi(*++argv); printf(": shift %d doubles %d times \n",buff_count, num_shifts); fflush(stdout); } // Continued in the next figure

You must replace <access-key-id> and <secret-access-key> with the actual values of your AWS credentials

the scope of this book, and not the domain of network programming; readers requiring applets with greater network privileges should further investigate code signing on their own

Figure B7 Program to time the ring function as it passes messages around a ring of processes (continued from Fig B6)

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Network programming adds a new dimension to software applications Instead of dealing with a single user, or the resources of a single machine (such as files and database connections), network programming gives software the ability to communicate with machines scattered around the globe This gives software access to potentially millions of external resources, as well as millions of users The applications of such connectivity are limited only by the imagination and the bandwidth of a network connection What follows is a brief overview of the practical applications of network programming This discussion is by no means exhaustive one of the wonders of the Internet is the creativity and imagination that it inspires in individuals to drive it forward, with the design of new protocols and new networking applications

There are some commonalities among all the SimpleDB operations that you should be familiar with before you dive into the specifics

// Continued from the previous figure // Broadcast data from rank 0 process to all other processes MPI_Bcast (&buff_count, 1, MPI_INT, 0, MPI_COMM_WORLD); MPI_Bcast (&num_shifts, 1, MPI_INT, 0, MPI_COMM_WORLD); // Allocate space and fill the outgoing ("x") and "incoming" vectors buff_size_bytes = buff_count * sizeof(double); x = (double*)malloc(buff_size_bytes); incoming = (double*)malloc(buff_size_bytes); for(i=0;i<buff_count;i++){ x[i] = (double) i; incoming[i] = -10; } // Do the ring communication tests MPI_Barrier(MPI_COMM_WORLD); t0 = MPI_Wtime(); /* code to pass messages around a ring */ ring (x,incoming,buff_count,num_procs,num_shifts,ID); ring_time = MPI_Wtime() - t0; // Analyze results MPI_Barrier(MPI_COMM_WORLD); MPI_Reduce(&ring_time, &max_time, 1, MPI_DOUBLE, MPI_MAX, 0, MPI_COMM_WORLD); if(ID == 0){ printf("\n Ring test took %f seconds", max_time); } MPI_Finalize(); }

With the wide variety of networking protocols used today on the Internet, and the prolific rate at which new ones are developed, a common use for Java is to create network clients, such as mail readers, remote file transfer applications, and software that browses the Web Of course, users can download existing software for these purposes off the Internet, most of which is freely available for noncommercial use However, it is always possible to improve upon software and provide new features Furthermore, most existing software is compiled to run on a specific CPU and operating system, so portable network clients written in Java offer an advantage over their compiled cousins Another important use for Java is in the design of new network protocols for which no client yet exists Whether you are prototyping a client for testing a protocol or building a commercialstrength client, Java can be used to create network clients in much less time than a C++ counterpart

For each of the SimpleDB operations documented in this chapter, there are code samples demonstrating the operation with three different SimpleDB clients Each of the clients is in a different programming language and each exposes a unique interfaceThis presents a challenge when deciding what vocabulary to use with the explanations because there is a split between the language of the web service and the language used in the multiple clients The approach of this chapter is to use the official SimpleDB web service lexicon when referring to the names of operations, parameters, error codes, and so onThese are the literal, case-sensitive terms that clients must use when communicating with SimpleDB, but those clients may not expose the exact same naming For example, the nine SimpleDB operations are CreateDomain, ListDomains, DeleteDomain, DomainMetadata, PutAttributes, GetAttributes, DeleteAttributes, BatchPutAttributes, and Select Even though the Tarzan function for domain creation is called create_domain(), this book will always refer to the name of the operation as CreateDomainThe details of how each client individually exposes each operation are covered alongside the code snippets

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