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Table 3.1 Several types of files show up in your Xcode projects. File project.app *.framework A compiled application. A standard framework included as part of your project. By default, every project should include Foundation, giving you access to NS objects; UIKit, giving you access to UI objects; and Core Graphics, giving you access to various graphics functions. We ll talk later about adding additional frameworks. A header file, usually containing the @interface for a class. A source code file, usually containing the @implementation for a class. A source code file with C++ code. Not used in this book. A file containing special prefix headers, which are imported into every one of your source code files. It s here that the two main frameworks are imported. An XML property list. It contains a number of instructions for your program compilation, the most important of which is probably the reference to the .xib file used in your program. An Interface Builder file, more broadly called a nib file. This is your connection to the interface design program that may be used to easily create interfaces for your project. We ll discuss it in depth in the next chapter. Summary

Before adding more data, notice that the Parse() method used in the example is not an OGC-required operator (it uses OGC WKT, however) . Additionally, because this method does not provide a way to specify an SRID value, a value of 0 will be assigned to the instance by default . Let s insert another point using a different non-OGC-required method:

string output = String.Format( "Date: {2:d}, Time: {2:t}, Val1: {0}, Val2: {1:#.##}", first, second, third); Console.WriteLine(output);

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Figure 16-2. Our Shoes application with absolutely positioned buttons In theory, you could position every element you use within an application using the pixelbased absolute positioning approach, but nothing would expand or adapt when the window is resized, and it could prove tricky to position dynamic elements created at runtime. To solve the latter problem, Shoes also accepts floating point numbers between 0 and 1.0 to represent percentages. For example, let s say we still want our first button to be positioned 100 pixels from the top, but be 20% of the window s width from the window s left edge. Let s also say we want the second button to be 50% from the top of the window and 50% from the left edge. It s easily demonstrated, as here: Shoes.app(:width => 400, :height => 180) do button("Get the time", :top => 100, :left => 0.2) do alert Time.now end button("Get a random number", :top => 0.5, :left => 0.5) do alert rand(100) end end

formatter access the source data through the methods of the ISerializable interface. The formatter obtains raw data that it then packs into the expected output stream. In the alternative serialization model, the DataSet object itself starts and controls the serialization and deserialization process through a group of extra methods. The DataTable object does not offer public methods to support such an alternative and embedded serialization interface, nor does the DataView object. In the end, both the official and the embedded serialization engines share the same set of methods. The overall architecture of DataSet and DataTable serialization is graphically rendered in Figure 9-1.

public class AutomaticDistributorShardingStrategy implements IndexShardingStrategy { private DirectoryProvider< >[] providers; private int shardNbr; public void initialize(Properties properties, DirectoryProvider< >[] providers) { this.providers = providers; this.shardNbr = Integer.parseInt( properties.getProperty( "nbr_of_shards" ) ); } public DirectoryProvider< >[] getDirectoryProvidersForAllShards() { return providers; } public DirectoryProvider< > getDirectoryProviderForAddition( Class< > entityType, Serializable id, Ensure correct String idInString, Document document) { class is used assert entityType.getName().equals( Item.class.getName() ); String distributorId = document.get( "distributor.id" ); Automatically build int providerIndex = shard number Integer.parseInt(distributorId) - 1;

Lesson Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-23

/** * Simple EJB which returns references back to the client. Used to * show configuration of interceptors; here we've configured the * {@link CachingAuditor} to remember all previous * {@link InvocationContext}s made upon the EJB. * * @author <a href="mailto:andrew.rubinger@jboss.org">ALR</a> * @version $Revision: $ */ @Stateless // Class-level interceptors will be run upon requests to every method of this EJB @Interceptors(CachingAuditor.class) @Local(TunerLocalBusiness.class) public class TunerBean implements TunerLocalBusiness {

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