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One great feature of the iTunes sync is that you can sync the browser bookmarks from your computer to your iPad. This allows you to start browsing on your iPad with all your favorite sites immediately. You can also sync your notes from your computer to your iPad and keep them up-to-date in both places using iTunes. NOTE: As of publication time, only two web browsers are supported for iTunes sync: Microsoft Internet Explorer and Apple Safari. If you use Mozilla Firefox or Google Chrome, you could still sync your bookmarks, but you will have to install a free bookmark sync software (e.g., www.xmarks.com) to sync from Firefox or Chrome to Safari or Explorer. Then you can sync your browser bookmarks in a two-step process. 1. 2. Scroll down below the e-mail settings on the same Info tab in iTunes to see the Other settings. To sync your browser bookmarks, check the box next to Sync bookmarks with and adjust the pull-down menu to the web browser software you use (Figure 3 11). At this time, you can select only Internet Explorer or Safari.

TABLE 19.2 MODEL VALIDATION TESTS (HYPOTHESIS TESTS* TO EXAMINE IF SIGNIFICANT DIFFERENCES EXIST BETWEEN THE MODELS DEVELOPED FROM SURVEY DATA VERSUS ADDITIONAL DATA COLLECTED )

An IDL file is used with an IDL compiler by developers to generate what are called client stubs and server skeletons. The IDL compiler is language specific, and the client stubs and server skeleton it creates serve as the glue that connects the language independent IDL interface definition to the language-specific implementation code. Note that, in principle, the server skeleton and client stubs can be generated in two different programming languages by using two different IDL compilers. Client stubs for each interface are used in the client code, and client stubs for a particular interface provide a dummy implementation for each method in that interface. Client stubs do not execute the server functionality but rather communicate with the ORB to marshal and unmarshal parameters. On the server side, the sever skeleton provides a framework on which the server implementation is built. For each method of the interface, the IDL compiler generates an empty method in the server skeleton, which the developer then uses to provide an implementation. The roles of the client stub and server skeleton are illustrated in Figure 5.7. The roles of each will become clearer in the next section, where we develop a sample CORBA server and a sample CORBA client.

0.51 7.14 3.49 140.40 0.43

To sync your notes, check the box next to Sync notes with and select the software or service where your notes are stored.

0.62 7.10 3.75 132.43 0.40

In a distributed environment, the application will have to communicate over a network. A network consists of a physical layer at the bottom. In turn, this physical layer may consist of a wired network, such as a telephone line, a fiber-optic cable, a wireless link, or a combination of these

0.880 0.190 0.880 0.990 0.180

The syncing is normally automatic when you plug in your iPad to your computer s USB port. The only exception is if you have disabled the automatic sync.

2.262 3.182 3.182 3.182 2.052

networking technologies. Above this physical layer is a transport layer, which is responsible for moving packets of data from one point to another. The most common transport protocol in use is TCP/IP. Another transport protocol is DCE (the Open Software Foundation s Distributed Computing Environment protocol). CORBA defines a high-level, generalized protocol called the General Inter-ORB Protocol (GIOP). This protocol is not used directly but instead is specialized by a particular protocol that would be used directly. The Internet Inter-ORB Protocol (IIOP) is such a specialized protocol. IIOP is the specialized form of GIOP and is used with TCP/IP transport protocol. An ORB must support IIOP in order for it to be considered CORBA compliant. CORBA applications are built on top of specialized protocols such as IIOP. Although IIOP is the most common protocol used by CORBA applications, CORBA applications are not limited to using only one of these specialized protocols. An application s architecture can be designed to use a bridge that would interconnect, for example, DCE-based application components with IIOP-based application components. This type of architecture is shown in Figure 5.8.