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For example, an application that has a plug-in architecture might have a very different type of build process for the plug-ins than for the application itself These are good places to introduce subprojects To avoid this pitfall, there must be a plan for the build file What are the subprojects, and what will need to be done to build them If the build process for each subproject is similar, put the similar targets into the master build file as parameterized targets that you can invoke with the various subdirectories as arguments For each aspect of the build process that is different, create a new build file in the subproject and invoke it from the master This pitfall probably underscores the need to plan the build more than any other pitfall covered so far For each type of subproject (EJB, Web, Web service, etc.

Solid (for all) 1 pixel (for all) #CC9900 (for all)

), there needs to be a common set of tasks and a common directory layout so that the tasks can function in a similar manner Sometimes developers copy and paste build XML to keep out of this pitfall, which leads to Pitfall 51: Copy-and-Paste Reuse The result is just as difficult to maintain..

Analysis of this system does not detect any safety problems. Similarly, analysis er detects no problems in the system in which items are produced ~ ~rate that at a s l they are consumed:

menu As you build your Web pages, you may find that it s helpful to be able to turn certain features on and off. The View menu centralizes all these commands and switches between Design view and Code view. One of the handiest commands hides all the visual aids with a keyboard shortcut, Ctrl+Shift+I (Command+Shift+I). menu Contains the same items available through the Insert panel. In fact, if you add additional objects, you can see your objects listed on the Insert menu the next time you start Dreamweaver. All objects selected from the Insert menu are added to the page at the current cursor position. menu Inserting objects is less than half the battle of creating a Web page. Most Web designers spend most of their time adjusting, experimenting with, and tweaking the various elements. The Modify menu lists all Dreamweaver s commands for altering existing selections.

The seismic waves generated by earthquakes, when recorded at seismograph stations around the world, can be used to determine the nature of the faulting associated with the earthquake, to infer the orientation of the fault plane and to gain information on the state of stress of the lithosphere. The result of such an analysis is referred to as a focal mechanism solution or fault plane solution. The technique represents a very powerful method of analyzing movements of the lithosphere, in particular those associated with plate tectonics. Information is available on a global scale as most earthquakes with a magnitude in excess of 5.5 can provide solutions, and it is not necessary to have recorders in the immediate vicinity of the earthquake, so that data are provided from regions that may be inaccessible for direct study. According to the elastic rebound theory, the strain energy released by an earthquake is transmitted by the seismic waves that radiate from the focus. Consider the fault plane shown in Fig. 2.4 and the plane orthogonal to it, the auxiliary plane. The rst seismic waves to arrive at recorders around the earthquake are P waves, which cause compression/dilation of the rocks through which they travel. The shaded quadrants, de ned by the fault and auxiliary planes, are compressed by movement along the fault and so the rst motion of the P wave arriving in these quadrants corresponds to a compression. Conversely, the unshaded quadrants are stretched or dilated by the fault movement. The rst motion of the P waves in these quadrants is thus dilational. The region around the earthquake is therefore divided into four quadrants on the basis of the P wave rst motions,

In general: X ( j ) = XA ( j ) - YA ( j ) YA (0) YA ( j - 1) S(1) - Y (1) Y (0) A S(0) S(0) S(0) A

In a similar vein, developers often make the mistake of implementing business logic directly in Actions, as in the following snippet:

Notice that there are no asserts here; the test is not doing what it should in making sure the quantity has been updated as expected. The next step is to identify the intent of the API. The updateQuantity method is supposed to find the item, identified by the itemID argument, and update the quantity of that item in the cart to the amount specified by the second argument. In order to assert that the update has happened, the test must get the list of

The database page size is speci ed in bytes. The syntax for this con guration setting is: