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Like Flex applications, AIR applications can be built with ActionScript or MXML. Flex applications start with a main file that contains the <mx:Application> tag to denote the root component of the application. All other components are contained by the root tag. AIR uses the same framework to build a hierarchy, except the root component must contain a <mx:WindowedApplication> tag. The WindowedApplication provides the controls necessary to contain the application within a window instead of a browser. To see how to create an AIR application, begin by creating a file named af_ClientManager_AIR in your favorite text editor. Add the MXML code shown in Listing 14-3 to the file, which is the

The short name that is returned from GMapType.getName(true). The default is the same as the name from the constructor. The URL argument that is returned from GMapType.getUrlArg(). The default is an empty string. The maximum zoom level. The default is the maximum from all tile layers. The minimum zoom level. The default is the minimum from all tile layers. The tile size for the tile layers. The default is 256. The text color returned by GMapType.getTextColor(). The default is "black". The text color returned by GMapType.getLinkColor(). The default is "#7777cc". The error message returned by GMapType.getErrorMessage(). The default is an empty string.

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root file for the application source. You can use the same CSS from the AF Client Manager Flex project (discussed in 13). Also create a Login.mxml component (located in com. af.clientmanager.view.Main), as shown in Listing 14-4, which will be used in the AIR application. Listing 14-3. The af_ClientManager_AIR and Login MXML file < xml version="1.0" encoding="utf-8" > <mx:WindowedApplication xmlns:mx="http://www.adobe.com/2006/mxml" layout="absolute" xmlns:Main="com.af.clientmanager.view.Main.*"> <mx:Style source="assets/css/style.css"/> <mx:VBox id="vsAppLevel" width="100%" height="100%" paddingTop="0" creationPolicy="all" verticalAlign="middle" horizontalAlign="center"> <mx:Canvas id="loginView" showEffect="Fade" hideEffect="Fade"> <Main:Login /> </mx:Canvas> </mx:VBox> </mx:WindowedApplication> Listing 14-4. Login.mxml < xml version="1.0" encoding="utf-8" > <mx:Canvas xmlns:mx="http://www.adobe.com/2006/mxml" > <mx:Script> <![CDATA[ private function doLogin():void { // Send the login credentials to a // server side authentication server // and handle the result } ]]> </mx:Script> <mx:VBox id="loginBox" backgroundImage="assets/images/LoginScreen.png"> <mx:Canvas width="370" height="227" styleName="canvasFont"> <mx:VBox x="50" y="9" verticalGap="-1"> <mx:HBox horizontalGap="0" x="26" y="14"> <mx:Label text="APPFOUNDATION" styleName="labelFontOrange"/>

Although the block API is simple and driven by a single function, hook_block(), don t disregard the complexity of what you can do within that framework. Blocks can display just about anything you want (that is, they re not limited in what they can do because they re written in PHP), but they usually play a supporting role to the main content. For example, you could create a custom navigation block for each user role, or you could expose a block that lists comments pending approval.

As explained in s 7 and 9, you use the GTileLayer interface to implement your own custom tile layers.

<mx:Label text="LOG IN" styleName="labelFontWhite"/> </mx:HBox> <mx:TextArea backgroundAlpha="0" wordWrap="true" borderStyle="none" selectable="false" editable="false" text="Please enter your username and password below." width="288" height="35"/> </mx:VBox> <mx:TextInput id="txtUserName" width="278" height="18" enter="doLogin()" y="67" x="52" styleName="loginTextInput"/> <mx:TextInput id="txtPassword" width="278" height="18" enter="doLogin()" displayAsPassword="true" y="88" x="52" styleName="loginTextInput"/> <mx:VBox width="100%" y="101" horizontalAlign="center"> <mx:Text id="boxLoginMessage" /> <mx:Label id="lblLoginMsg" styleName="loginMessageFont"/> </mx:VBox> <mx:Button label="LOG IN" styleName="loginButton" click="doLogin()" x="276" y="128" width="65" height="31"/> </mx:Canvas> </mx:VBox> </mx:Canvas> This AIR application is very basic. It just displays the login component that we built in 9. As you can see, we use the same code as with Flex. The programming model is the same as in Flex. A benefit of using AIR and Flex is that the code you develop for Flex is fully supported in AIR. This is not totally true going from AIR to Flex though, since some of the functionality such as drag and drop to the desktop and accessing the local file system to update files is available only in AIR applications.

Developers usually don t need to worry about block visibility, as most of it can be handled from the block administration pages (http://example.com/ q=admin/build/block). Within those pages, using the interface shown in Figure 9-2, you can control the following options: Region placement: Regions are sections of the site where blocks are placed. Regions are created and exposed by themes and aren t defined by the block API. Blocks with no regions assigned to them aren t displayed. User-specific visibility settings: Administrators can allow individual users to customize the visibility of a given block for that user within their account settings. Users would click on their My account link to modify block visibility. Role-specific visibility settings: Administrators can choose to make a block be visible to only those users within certain roles. Page-specific visibility settings: Administrators can choose to make a block be visible or hidden on a certain page or range of pages, or when your custom PHP code determines that certain conditions are true.

GTileLayer(copyrights, minResolution, maxResolution)

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