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Here s a thing we have to do before starting any application design: formulate the product statement, or the Application Definition Statement as I noticed Apple started calling it at WWDC 09. It will help us making the right design decisions along the way, and it should have the following format: <Your differentiator> <your solution> for <your audience> In my case, I ve chosen to formulate it as follows: an effective Google Reader client for the aesthetically aware news consumer. My differentiator is effective , the solution is Google Reader client, and my audience is the aesthetically aware news consumer. By stating that the application is effective, I m addressing all my complaints about the existing applications in one word. It s a little bit generic and very subjective, though. Being effective will mean different things to different users. But I still find effective to be the best descriptor, because that s the goal I m trying to achieve, and it allows each user to attach individual emotions or values to being effective and hopefully, I ve achieved that too. The target audience is the news consumer (i.e., people who read news). Online news feeds are implied by the saying this is a Google Reader client. And by targeting the aesthetically aware news consumer, I m also saying that it s a tasteful and beautiful application. Cumbersome navigation and lack of overview are the two main areas of problems. To me, those are big productivity killers, and I d like to make my application more effective by addressing these two issues. That s exactly what I m going to spend the remainder of this chapter trying to do.

The moniker REST, short for representational state transfer, refers to a way of architecting distributed systems such as web services. RESTful XML web services use the simplicity of the HTTP protocol to communicate between the client and the server. Objects are transmitted serialized as XML (JavaScript Object Notation, or JSON, has become quite popular lately, but that s a subject for another book). Using REST simplifies the implementation, as there is no need to reinvent the wheel. Why drive ourselves insane creating complex networking code when simple HTTP and XML can serve our needs You query a RESTful web service by sending an HTTP GET request to the URI representing the entity you want to retrieve. For example, you can issue a GET request for http:// localhost:3000/high_scores.xml, and the server responds by sending an XML representation of all the high scores in the database, as shown in Listing 2-4.

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You can have lots of fun with your iPod touch; Table 3 shows you how. For example, you can use your iPod touch to buy or rent movies, check out free Internet radio with Pandora, or buy a book and enjoy it in a whole new way using iBooks. If you already use a Kindle, you can sync all your Kindle books to your iPod touch and enjoy them right away. You can choose from more than 200,000 apps in the App Store to make your iPod touch even more amazing, fun, and useful. You can also rent a movie from Hulu or iTunes, downloading it immediately for later viewing (e.g., on an airplane or train).

Listing 2-4. Sample Result of an http://localhost:3000/high_scores.xml Request on the High-Scores Web Service

Let me first get this out of the way. It really goes without saying, but I am anyway, because the Google Reader client is an iPhone-optimized web site, and making a native application is an important aspect of creating a superb user experience. A native application allows me to implement features such as animations to help visualize and understand the connection between data and gestures to let the user navigate using the most intuitive user interface imaginable on an electronic device. Making an application native doesn t necessarily make it faster, however, because I m getting data over the Internet, and there s quite a lot of it. In fact, a this native application may even be slower, because I ll have to do a lot of local processing on the device, such as parsing and caching, while the web client gets the heavy lifting done by Google s server farm. I can, however, do things to create the perception of increased speed by displaying data as soon as it starts becoming available and other little tricks like that.

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<high-scores type="array"> <high-score> <created-at type="datetime"> 2009-01-12T23:45:18Z </created-at> <id type="integer">1</id> <full_name type="string"> Billy </full_name> <score type="integer">10002</score> <updated-at type="datetime"> 2009-01-12T23:45:18Z </updated-at> </high-score> <high-score> <created-at type="datetime"> 2009-01-12T23:48:03Z </created-at> <id type="integer">2</id> <full_name type="string"> Suzie </full_name> <score type="integer">10008</score> <updated-at type="datetime"> 2009-01-12T23:48:03Z </updated-at> </high-score> </high-scores>

Geotagged photos (and posts) have been one of the most compelling features of Brightkite. In fact, the company has been covered in the mainstream media because of the citizen journalism coming from Brightkite users. For example, Brightkite users were on the scene posting photos at President Obama s Inauguration. They also posted some of the first photos of the US Airways crash into the Hudson River in New York. Be sure to read Brightkite s blog post on citizen journalism at http://blog.brightkite.com/2009/01/17/citizen-journalism-at-the-presidentialinauguration/.

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If you want the details for just one high-score record, you send an HTTP GET request indicating that record s ID. For example, if you issue a request for http://localhost:3000/ high_scores/1.xml, the server responds with a representation of the high-score record with an ID of 1 in XML, as shown in Listing 2-5.

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