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As mentioned, hosting the e-commerce application in-house has advantages and disadvantages. You also need to consider other factors. For instance, who is your client Is the client a large company or corporation Is your client a small company with few employees This is important because many larger corporations and companies will already have established data/server centers within their current infrastructure and will have enough employees to manage them. With this being said, I ll highlight the advantages and disadvantages of hosting the application in-house in the next two sections.

As noted previously, Android services are for long-running processes that may need to keep running even when decoupled from any activity. Examples include playing music even if the player activity gets garbage-collected, polling the Internet for RSS/Atom feed updates, and maintaining an online chat connection even if the chat client loses focus due to an incoming phone call. Services are created when manually started (via an API call) or when some activity tries connecting to the service via interprocess communication (IPC). Services will live until no longer needed and if RAM needs to be reclaimed, or until shut down (on their own volition or because no one is using them anymore). Running for a long time isn t without its costs, though, so services need to be careful not to use too much CPU or keep radios active too much of the time, lest the service cause the device s battery to get used up too quickly. This chapter covers how you can create your own services. The next chapter covers how you can use such services from your activities or other contexts. Both chapters will analyze the Service/WeatherPlus sample application. This chapter focuses mostly on the WeatherPlusService implementation. WeatherPlusService extends the weatherfetching logic of the original Internet/Weather sample, by bundling it in a service that monitors changes in location, so the weather is updated as the emulator is moved.

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he Android SDK is more than a library of Java classes and API calls. It also includes a number of tools to assist in application development. Much of the focus has been on the Eclipse plug-in, to integrate Android development with that IDE. Secondary emphasis has been placed on the plug-in s equivalents for use in other IDEs or without an IDE, such as adb for communicating with a running emulator. This chapter will cover other tools beyond those two groups.

The main advantages are the following: Nonfixed cost, usually on a monthly or annual basis Total ownership of equipment

Creating a service implementation shares many characteristics with building an activity. You inherit from an Android-supplied base class, override some life-cycle methods, and hook the service into the system via the manifest. So, the first step in creating a service is to extend the Service class in our case, with our own WeatherPlusService subclass. Just as activities have onCreate(), onResume(), onPause(), and the like, Service implementations have their own life-cycle methods, such as the following:

Although these advantages are apparent, they of course come at a significant cost. In other words, for you to gain these advantages, you need a specific infrastructure or foundation in place. This comes in the form of having redundant power supplies and Internet feeds or connections. A small company with a cable or DSL Internet connection would not be able to host such an application and thus gain the associated benefits. You would need additional requirements of backup power generators and redundant Internet connections. As such, the following section explains the numerous disadvantages of hosting the application in-house.

onCreate(): As with activities, called when the service process is created, by any means. onStart(): Called each time the service is started via startService(). onDestroy(): Called as the service is being shut down. For example, here is the onCreate() method for WeatherPlusService:

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