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This pitfall involves an even more serious form of blurring the lines between the models, views, and controllers in a Struts application. Remember that the model contains the data and business logic of the application, the view displays the data to the user, and the controller glues user interface events from the views to the business logic in the models. If business logic is in a JSP, then each point in the user interface that needs that processing will have to have a copy of the code. As has been said countless times, copying code is always bad. This pitfall is similar to Pitfall 4.4: Calculating Derived Values in JSPs, although the consequences are potentially even more serious. If one of the JSPs does not get a copy of the code, then the business logic will not be executed at all. If you have any scriptlet code in your JSPs that performs any business logic, you are caught in this pitfall.

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4. The code is processed with the translator and temporarily converted to a format acceptable to Dreamweaver. 5. Dreamweaver renders the code onscreen. 6. If a change is made to the page, Dreamweaver retranslates the document and refreshes the screen. 7. When the page is saved, the temporary translation is discarded, and the original code, with any modifications, is stored. Developers continue to break new ground with the use of translators. Some of the translators that have been developed so far include those for the following: Server-Side Includes: Standard with Dreamweaver, the SSI translator effortlessly inserts, at design time, files that you normally don t see until delivered by the Web server. ( To learn more about SSI, see 33.) XSSI: The Extended Server-Side Include ( XSSI ) extension, developed by Webmonkey authors Alx, Nadav, and Taylor for Macromedia, includes a translator that brings the Apache-served code right in the Document window. (See the XSSI sidebar in 33.) Tango: Developed by Pervasive Software, the Tango translator compensates for differences between their database-oriented code and standard HTML. Additionally, Tango includes a manually controlled Sample Data translator that enables the Web designer to view the page complete with example database.

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The demodulator/equalizer receives the signal from the channel and converts it into a sequence of symbols. This typically involves many functions, such as filtering, demodulation, carrier synchronization, symbol timing estimation, frame synchronization, and matched filtering, followed by a detection step in which decisions about the transmitted symbols are made. We will not concern ourselves in this book with these important details, but will focus on issues related to channel encoding and decoding. The channel decoder exploits the redundancy introducedby the channel encoder to correct any errors that may have been introduced. As suggested by the figure, demodulation, equalization and decoding may be combined. Particularly in recent work, turbo equalizers are used in a powerful combination. This is introduced in 14. The decrypter removes any encryption. The source decoder provides an uncompressed representation of the data. The sink is the ultimate destination of the data.

Side walls are CNC-cut from 1/4 pieces of plastic. They are attached to and stacked on the sides of the plates to create the depth of the unit. You ll need a 12 24 piece of 1/4 -thick material to cut them; the type of material to use depends on whether you re using a router or laser. Suggested materials for each type of machine will be listed in the wall-cutting sections. Figure 8-3 shows all the side walls that will need to be cut for this project. Notice that ten of them come in pairs; the name of each pair is given in the following list. Most of these pairs will be cut multiple times, so that they can be stacked to create deeper sections. The number of times each pair will be cut is also indicated.