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he entire history of human society is a chronology of exposure to risks of all kinds and human efforts to deal with those risks. From the first emergence of the species Homo sapiens, our ancestors practiced risk management in order to survive, not only as individuals but as a species. The survival instinct drove humans to avoid the risks that threatened extinction and strive for security. Our actual physical existence is proof of our ancestors success in applying risk management strategies. Originally, our ancestors faced the same risks as other animals: the hazardous environment, weather, starvation, and the threat of being hunted by predators that were stronger and faster than humans. The environment was one of continuous peril, with chronic hunger and danger, and we can only speculate how hard it must have been to achieve a semblance of security in such a threatening world. In response to risk, our early ancestors learned to avoid dangerous areas and situations. However, their instinctive reactions to risk and their adaptive behavior do not adequately answer our questions about how they successfully managed the different risks they faced. Other hominids did not attain the ultimate goal of survival including H. sapiens neanderthalensis, despite the fact that they were larger and stronger than modern humans. The modern humans, H. sapiens sapiens, not only survived all their relatives but proved more resilient and excelled in adaptation and risk management. Figure 1-1 shows the threats that humans have been exposed to over the ages, and which probably will continue in the next century, as well. It is obvious that these threats have shifted from the individual to society

Try Ctrl-clicking the script window to see the contextual menu that will pop up. The bottom of the menu includes folder menus from which you can choose useful scripts that will do everything from inserting tell statements, repeat loops, and conditional statements to adding error handlers. You can find the scripts in the menus in this folder: /Library/Scripts/Script Editor Scripts/.

Here s recording in a nutshell: you click the Record button in Script Editor, you do some stuff in another application, and everything you do is recorded in the AppleScript language. OK, if that s so easy, why do you need to write a script ever again Good question. Although recording is nice, most applications aren t recordable. The recordability feature is rare, since application developers have to put in a lot of extra work to add it. When you record scripts, you get computer-generated AppleScript code. It doesn t contain any repeat loops, handlers, conditional statements, or easy-to-manage tell blocks. For the most part, recording scripts is great if you can t figure out how to script a specific aspect of an application. For instance, in OS X 10.2, the Finder wasn t yet scriptable; in OS X 10.3 and later, the Finder is at least partially scriptable, which can make your life a little easier. To test it, start a new script window in Script Editor, and click the Record button in the toolbar. Then, create new windows, move them, move files around, and then look at Script Editor to see the recorded actions. As you will see, some basic actions do not get recorded, such as closing windows and moving and duplicating files.

One of the challenges of building a browser-based UI is to be able to manage effectively the changing geometry when the browser window is resized. To aid the developer, ADF Faces includes a number of layout components. These components are containers that have one or more child components and are responsible for managing the layout of the child components. Many of the components also have specially named areas called facets. These are areas in the component for specific content. For example, a Panel Header component has a toolbar facet and, as you might expect, this is where you could put a toolbar. It s fair to say that the power of these layout components can sometimes make it difficult to understand what they are going to do in any given situation, especially when layout containers are nested inside other layout containers. Nevertheless, the fact is that you get things like automatic geometry management when a page or container is resized, and consistent layout makes them an essential tool of UI development. The following is a guide to some of the more common use cases for layout containers.

Because of the way MacSQL communicates with database applications, result set objects behave a bit differently from other application objects Depending on the type of database (such as Microsoft SQL Server) and how you use the do query command, the rows of the result set may be indeterminate that is, MacSQL doesn t know how many rows there are or what they contain until you actually ask for each one This means a command such as get every row of the_result_set won t work as intended when a result set has indeterminate rows Instead, you have to loop an unlimited number of times, getting the next row of the result set until an error occurs You can then trap that error, using it to break out of the repeat loop Another option is to use the do query command s prefetching results parameter, as shown in the previous script.