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In this form, <newline> is the ASCII newline character and HTTPVerb is either GET or POST HTTPHost and HTTPRequestPath are the host and path in the HTTP request and SortedParameterString is the culmination of all the parameter handling up to this point The getStringToSign() method mirrors this formatThe verb POST is hereThe main difference between POST and GET for SimpleDB purposes is the limit on the maximum size of a GET URLThe limit does not apply to POST, since the parameter string is sent as content and is not part of the URLThe limit is easily reachable with

To determine the length of the TCP timer, the SocketgetSoTimeout() method, which returns an int, can be used A value of zero indicates that timeouts are disabled, and read operations will block indefinitely

Table 52 Relationship between Supporting Structures patterns and programming environments The number of stars (ranging from zero to four) is an indication of the likelihood that the given Supporting Structures pattern is useful in the programming environment

// Check to see if timeout is not zero if ( someSocketgetSoTimeout() == 0) someSocketsetSoTimeout (500);

consistency Parameter Ordering The final method in Listing 10-8, getParamString(), wraps up the signature code by providing the base value upon which the others operateThe format for the parameter string is the familiar series of name/value pairs, separated internally by an equals sign (=) and delimited with an ampersand (&):

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Problem The interactions between the various UEs cause most of the problems when writing correct and efficient parallel programs How can programmers structure their parallel programs to make these interactions more manageable and easier to integrate with the core computations Context A parallel program takes complexity to a new level There are all the normal challenges of writing any program On top of those challenges, the programmer must manage multiple tasks running on multiple UEs In addition, these tasks and UEs interact, either through exchange of messages or by sharing memory In spite of these complexities, the program must be correct, and the interactions must be well orchestrated if excess overhead is to be avoided Fortunately, for most parallel algorithms, the operations carried out on each UE are similar The data might be different between UEs, or slightly different computations might be needed on a subset of UEs (for example, handling boundary conditions in partial differential equation solvers), but for the most part each UE will carry out similar computations Hence, in many cases the tasks and their interactions can be made more manageable by bringing them all together into one source tree This way, the logic for the tasks is side by side with the logic for the interactions between tasks, thereby making it much easier to get them right This is the so called "Single Program, Multiple Data" (SPMD) approach It emerged as the dominant way to structure parallel programs early in the evolution of scalable computing, and programming environments, notably MPI, have been designed to support this approach[1]

Having discussed the functionality of the Socket class, we will now examine a complete TCP client The client we'll look at here is a daytime client, which, as its name suggests, connects to a daytime server to read the current day and time Establishing a socket connection and reading from it is a fairly simple process, requiring very little code By default, the daytime service runs on port 13 Not every machine has a daytime server running, but a Unix server would be a good system to run the client against If you do not have access to a Unix server, code for a TCP daytime server is given in Section 67 the client can be run against it

The getParamString() method loops over each map entry, building up the resultThe most important part of this process does not appear in this code: the sortingWhen computing the signature, the parameters must be put into a canonical order so that SimpleDB is able to compute an identical signatureThe ordering that SimpleDB requires is an ascending lexicographic sort, which is commonly the natural sort order for stringsThis is exactly the key ordering that SortedMap uses when it returns the list of map entries The keys, in this case, are the parameter names, and only the parameter names need to be sorted Because they are all unique within a request, the variation in parameter values will never affect the orderThe SortedMap is convenient, but there is nothing special about itYou can use whatever data structure is convenient for you Sorting the Parameters Properly

import javanet* import javaio*; // 6, Listing 1 public class DaytimeClient { public static final int SERVICE_PORT = 13; public static void main(String args[]) { // Check for hostname parameter if (argslength != 1) { Systemoutprintln ("Syntax - DaytimeClient host"); return; } // Get the hostname of server String hostname = args[0]; try { // Get a socket to the daytime service Socket daytime = new Socket (hostname, SERVICE_PORT); Systemoutprintln ("Connection established"); // Set the socket option just in case server stalls daytimesetSoTimeout ( 2000 ); // Read from the server BufferedReader reader = new BufferedReader ( new InputStreamReader (daytimegetInputStream() )); Systemoutprintln ("Results : " + readerreadLine()); // Close the connection

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