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Last but not least, you can save some space by using obfuscators and specialized packagers. Obfuscators shrink your classes by renaming them and removing unused code from your application. This is an easy way to save substantially. As an added benefit, your code will be harder to understand for any malicious or curious users interested in decompiling your application. As you learned in the Obfuscating Applications section of 7, you can deploy different obfuscators in J2ME Polish or even several obfuscators at once. When your budget is tight, go for the free ProGuard obfuscator, but keep in mind that some commercial obfuscators/optimizers can produce even smaller JAR file sizes. Not all obfuscators can move all classes into the default package. Using the default package brings some additional savings, because the fully qualified class names are stored inside each class. You could just use the default package for all your classes, but this will jeopardize your architecture. J2ME Polish can move all classes of your application into the default package during the preprocessing step. Enable this option by setting the useDefaultPackage attribute of the <obfuscator> element to true in your build.xml script. Remember that this approach requires you to use unique class names for all your Java source files. In the packaging step, all class files and resources are bundled into one JAR file. J2ME Polish uses the default Java ZIP algorithm for packaging the files. Depending on your application and your target devices, you might want to use a different packager. Please refer to the Packaging Applications section of 7 to learn more about your options. Keep in mind that using optimized ZIP-compatible algorithms might result in problems during the installation, so implement this only as a last resort.

The AUTO mode is really a generation strategy for development or prototyping. It works well as a means of getting you up and running more quickly when the database schema is being generated. In any other situation, it would be better to use one of the other generation strategies discussed in the later sections.

Summary

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The most flexible and portable way to generate identifiers is to use a database table Not only will it port to different databases but it also allows for storing multiple different identifier sequences for different entities within the same table An id generation table should have two columns The first column is a string type used to identify the particular generator sequence It is the primary key for all the generators in the table The second column is an integer type that stores the actual id sequence that is being generated The value stored in this column is the last identifier that was allocated in the sequence Each defined generator represents a row in the table The easiest way to use a table to generate identifiers is to simply specify the generation strategy to be TABLE in the strategy element: @Id @GeneratedValue(strategy=GenerationType.

-122.4206 -118.2568

TABLE) private int id; Because the generation strategy is indicated but no generator has been specified, the provider will assume a table of its own choosing If schema generation is used, it will be created; if not, the default table assumed by the provider must be known and must exist in the database A more explicit approach would be to actually specify the table that is to be used for id storage This is done by defining a table generator that, contrary to what its name implies, does not actually generate tables Rather, it is an identifier generator that uses a table to store them.

Optimizing your application is the last step for you to create a small, fast, working application. You can optimize for speed, for a reduced memory footprint, and for smaller JAR file sizes. Some optimizations are beneficial for all areas, while others contradict each other. You should consider possible high-level optimizations from the beginning and postpone low-level optimization until the end. In this book s appendix, you will find details about J2ME Polish and J2ME settings in a condensed format.

We can define one by using a @TableGenerator annotation and then refer to it by name in the @GeneratedValue annotation: @TableGenerator(name="Emp_Gen") @Id @GeneratedValue(generator="Emp_Gen") private int id; Although we are showing the @TableGenerator annotating the identifier attribute, it can actually be defined on any attribute or class Regardless of where it is defined, it will be available to the entire persistence unit A good practice would be to define it locally on the id attribute if only one class is using it but to define it in XML, as described in 12, if it will be used for multiple classes The name element globally names the generator, which then allows us to reference it in @GeneratedValue This is functionally equivalent to the previous example where we simply said that we wanted to use table generation but did not specify the generator.

To use these coordinates, you need to convert them to objects of the type google.maps.LatLng and add them to an array. Create an array called route to store them in: var route = [ new google.maps.LatLng(37.7671, -122.4206), new google.maps.LatLng(34.0485, -118.2568) ]; That s really all the information you need to create a polyline. Now all you have to do is call the constructor for the Polyline class, add the route arrays to it, and then add the polyline to the map. Let s take it step-by-step and start with creating the Polyline object (see Table 8-2). Table 8-2. Definition of the Polyline Constructor

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