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The following script will create the EndUser table: CREATE TABLE [EndUser] ( [EndUserID] [int] IDENTITY(1,1) NOT NULL, [EndUserTypeID] [int] NOT NULL, [FirstName] [nvarchar](50) NOT NULL, [LastName] [nvarchar](50) NOT NULL, [AddressID] [int] NOT NULL, [ContactInformationID] [int] NOT NULL, [Password] [nvarchar](50) NOT NULL, [IsSubscribed] [bit] NOT NULL, CONSTRAINT [PK_EndUser] PRIMARY KEY CLUSTERED ( [EndUserID] ASC ) )

The expectation is that most, if not all, Android devices will have built-in Internet access. That could be Wi-Fi, cellular data services (EDGE, 3G, etc.), or possibly something else entirely. Regardless, most people or at least those with a data plan or Wi-Fi access will be able to get to the Internet from their Android phone. Not surprisingly, the Android platform gives developers a wide range of ways to make use of this Internet access. Some offer high-level access, such as the integrated WebKit browser component. If you want, you can drop all the way down to using raw sockets. In between, you can leverage APIs both on-device and from third-party JARs that give you access to specific protocols: HTTP, XMPP, SMTP, and so on. The emphasis of this book is on the higher-level forms of access: the WebKit component (discussed in 13) and Internet-access APIs (discussed in this chapter). As busy coders, we should be trying to reuse existing components versus rolling our own on-the-wire protocol wherever possible.

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The EndUserType table will be a brief lookup table to specify the different roles a user can have and to provide different categorizations. Table 8-8 shows the specifics of the EndUserType table. Table 8-8. EndUserType Table

Android does not have built-in SOAP or XML-RPC client APIs. However, it does have the Apache HttpComponents library baked in. You can either layer a SOAP/XML-RPC layer atop this library or use it straight for accessing REST-style web services. For the purposes of this book, REST-style web services are considered simple HTTP requests for ordinary URLs over the full range of HTTP verbs, with formatted payloads (XML, JSON, etc.) as responses. More expansive tutorials, FAQs, and HOWTOs can be found at the HttpClient web site (http://hc.apache.org/). Here, we ll cover the basics, while checking the weather.

op-up messages. Tray icons and their associated bubble messages. Bouncing dock icons. You are no doubt used to programs trying to get your attention, sometimes for good reason. Your phone also probably chirps at you for more than just incoming calls: low battery, alarm clocks, appointment notifications, incoming text message or email, etc. Not surprisingly, Android has a whole framework for dealing with these sorts of things, collectively called notifications.

int nvarchar(50)

The HttpClient component of HttpComponents handles all HTTP requests on your behalf The first step to using HttpClient is, not surprisingly, to create an HttpClient object Since HttpClient is an interface, you will need to actually instantiate some implementation of that interface, such as DefaultHttpClient Those requests are bundled up into HttpRequest instances, with different HttpRequest implementations for each different HTTP verb (eg, HttpGet for HTTP GET requests) You create an HttpRequest implementation instance, fill in the URL to retrieve and other configuration data (eg, form values if you are doing an HTTP POST via HttpPost), and then pass the method to the client to actually make the HTTP request via execute() What happens at this point can be as simple or as complicated as you want You can get an HttpResponse object back, with a response code (eg.

I ll discuss the fields of the EndUserType table in the following sections; Figure 8-19 shows them.

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