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How to install and set up the Java Servlet Development Kit (JSDK) How to run the JSDK reference servlet engine How to write a simple servlet How to use the HTTPServletRequest and HTTPServletResponse objects to retrieve and send data How to use cookies to store simple data

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} catch (Exception e) { Systemoutprintln(egetMessage()); } } private void loadCredentials() { try { initSimpledbFromDisk(); } catch (Exception e) { String errorMsg = "credentials not found in $HOME/awssecret"; throw new RuntimeException( errorMsg); } } private void initSimpledbFromDisk() throws Exception { Properties props = new Properties(); String home = SystemgetProperty("userhome"); propsload(new FileReader(new File(home, "awssecret"))); String accessKeyId = propsgetProperty("AWS_ACCESS_KEY_ID"); String secretAccessKey = propsgetProperty("AWS_SECRET_ACCESS_KEY"); simpleDb = new SimpleDB(accessKeyId, secretAccessKey); } protected AdminTool(String domainName) { thisdomain = domainName; } }

11 Remote Method Invocation (RMI)

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Section 111 Overview Section 112 How Does Remote Method Invocation Work Section 113 Defining an RMI Service Interface Section 114 Implementing an RMI Service Interface Section 115 Creating Stub and Skeleton Classes Section 116 Creating an RMI Server Section 117 Creating an RMI Client Section 118 Running the RMI System Section 119 Remote Method Invocation Packages and Classes Section 1110 Remote Method Invocation Deployment Issues Section 1111 Using Remote Method Invocation to Implement Callbacks Section 1112 Remote Object Activation Section 1113 Summary

OpenMP is a relatively simple API Most of the challenges in working with OpenMP arise from the details of how data is shared between threads and how data initialization interacts with OpenMP We will address some of the more common issues here, but to thoroughly understand the data environment associated with OpenMP, one should read the OpenMP specification [OMP] Details of memory synchronization are discussed in the section on synchronization (Section 63) in the Implementation Mechanisms design space We begin by defining the terms we will use to describe the data environment in OpenMP In a program, a variable is a container (or more concretely, a storage location in memory) bound to a name and holding a value Variables can be read and written as the program runs (as opposed to constants that can only be read) In OpenMP, the variable that is bound to a given name depends on whe ther the name appears prior to a parallel region, inside a parallel region, or following a parallel region When the variable is declared prior to a parallel region, it is by default shared and the name is always bound to the same variable OpenMP, however, includes clauses that can be added to parallel and to the worksharing constructs to control the data environment These clauses affect the variable bound to a name A private (list) clause directs the compiler to create, for each thread, a private (or local) variable for each name included in the list The names in the private list must have been defined and bound to shared variables prior to the parallel region The initial values of these new private variables are undefined, so they must be explicitly initialized Furthermore, after the parallel region, the value of a variable bound to a name appearing in a private clause for the region is undefined For example, in the Loop Parallelism pattern we presented a program to carry out a simple trapezoid integration The program consists of a single main loop in which values of the integrand are computed for a range of x values The x variable is a temporary variable set and then used in each iteration of the loop Hence, any dependencies implied by this variable can be removed by giving each thread its own copy of the variable This can be done simply with the private (x) clause, as shown in Fig A8 (The reduction clause in this example is discussed later).

At the main method entry point, you can see that the createInstance() method returns an AdminTool reference AdminTool is an abstract class that defines the common application features and delegates the specific implementation to a subclass In createInstance(), the command-line arguments are parsed and an appropriate subclass of AdminTool is instantiatedAny exception at this point or the failure to find a matching argument will fall through to the usage message, and the application will exit The main method ends by calling invoke() on the tool instanceThe invoke() method wraps the final two actions with exception handling If an exception is thrown from this point on, it will be caught here, the exception message will be printed, and the application will terminateThe final two steps are loading the AWS credentials via the loadCredentials() method and calling the abstract doInvoke() method, which contains the tool-specific code in the subclass The loadCredentials() method acts as a pass-through to the initSimpledbFromDisk() method, re-throwing any exception as a generic exception with the appropriate messageWithin initSimpledbFromDisk(), the file awssecret in the

Remote Method Invocation (RMI) is a distributed systems technology that allows one Java Virtual Machine (JVM) to invoke object methods that will be run on another JVM located elsewhere on a network This technology is extremely important for the development of large-scale systems, as it makes it possible to distribute resources and processing load across more than one machine

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