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Flex�~�程模型--转脓

黑灵 — Thu, 31 May 2007 06:16:00 GMT

转脓�?http://blog.csdn.net/mylxiaoyi/archive/2007/05/16/1611579.aspx
Flex包含Flex�c�d��Q�MXML以及ActionScript�E�序语言�Q�如下表所�C�：

包含在Flex中，但是却�ƈ没有在上图中昄��的还有Flex�~�译以及Flex调试器�?br />我们使用MXML与ActionScript的组合来�~�写Flex�E�序。MXML和ActionScript�E�序语言都给了我们访问Flex�c�d��的能力。��用MXML来定义程序的用户界面元素�Q��用ActionScript来定义客户逻辑与过�E�控制�?br />Flex�c�d��包含Flex�l��g�Q�管理器与行为。��用基于组件的Flex开发模型，开发者可以合�q��~�译的组�Ӟ��创徏新的�l��g�Q�或者是�l�合预编译的�l��g为复合组件�?/div>

Flex�c�d��与MXML和ActionScript的关�p?/strong>
Flex是作为ActionScript�c�d��来实现的。这个类库包含组�Ӟ��容器与控�Ӟ��Q�管理类�Q�数据服务类以及其他�Ҏ��的�c�R��我们��用MXML和ActionScript语言配合�c�d��来开发程序�?br />MXML 标签与ActionScript�c�L��是类的属性相对应。Flex分析MXML标签�Q��ƈ且编译包含相应ActionScript对象的SWF文�g。例如， Flex提供了ActionScript Button�c�L��定义Flex按钮控�g。在MXML中，我们可以用下面的MXML语句来创��Z��个按钮控�Ӟ��

当我们��用MXML标签声明了一个控�Ӟ��我们��创��Z��那个�cȝ��一个实例。这个MXML语句创徏了一个按钮对象，�q�且初始化这个按钮对象的label属性�ؓSubmit字符丌Ӏ?br />与ActionScript �cȝ��对应的MXML使用与ActionScript�cȝ��同的命名�U�定。类名以一个大写字母开��_��而且在类名中以大写字母分隔单词。每一个MXML标签属�? 对应着ActionScript对象的一个属性，适合于对象的一�U�风��|��或者是�q�个对象的一个事件监听器�?/div>

布局我们的程�?/strong>
我们使用代表用户界面的组件来声明Flex�E�序的用��L��面。有两种�c�d��的组�Ӟ��控�g与容器。控件是�H�体元素�Q�如按钮�Q�文本框�Q�列表框。容器是屏幕上包含控件和其他容器的矩形区域�?br />在Flex的根部是单一的容器，�U�C��为程序容器，�q�代表整个Flash播放器的界面。这个程序容器保存所有的其他的代表对话框�Q�面板和�H�体的容器�?br />一个容器有预定义的规则来布局他的孩子容器和控�Ӟ��包括��寸以及位置。Flex定义了布局规则来简化富�|�络�E�序的设计与实现�Q�然而也提供了��够的灉|��性来使得我们可以创徏多样的程序集合�?br />使用预定义的布局规则的一个优点就是我们的用户可以很快的习惯我们的�E�序。也��是��_��通过标准化用户交互的规则�Q�我们的用户��׃��需要考虑如何来导航程序，相反却可以集中于�E�序所提供的内宏V�?br />�? 一个优点就是我们不必在定义��D��以及作�ؓ设计一部分的布局规则上花费大量的旉��。相反，我们可以集中�_�֊�于我们想要传递的信息以及我们要提供给用户的�? 择，�q�且不需为所有用戯��为的�l�节与程序响应担心。通过�q�样的方式，Flex提供了一个结构可以让我们快速容易的使用丰富的特性与交互集合来开发程序�?/div>

使用Flex Builder来布局我们的程�?/strong>
�? 们可以��用Flex Builder构徏Flex�E�序的用��L��面。我们可以��用Flex Builder通过可视的编码与设计工具来开发Flex与ActionScript�E�序。我们也可以使用可以提供代码提示与代码辅助特性的�~�辑�~�写 MXML�Q�ActionScript与CSS代码�Q�从而帮助我们的开发工作�?br />在这个编辑器中，我们可以切换到设计模式来可视化的开发我们的�E�序�Q�在设计��d��上��用容器与�l��g�Q��用约束来布局我们的组�Ӟ��q�查看运行时用户界面的�{化。然后我们��用定制的�~�译器来构徏我们的工�E�，�q�且使用集成的调试工��h��调试我们的工�E��?/div>

在MXML中定义用��L��?/strong>
我们的程序可以由一个或是多个MXML文�g�l�成。��用多个MXML文�g可以促进代码重用�Q�简化构建复杂程序的�q�程�Q��ƈ且��得多个开发者�A献同一个工�E�变得更为容易�?br />下面的例子是一个MXML�E�序�Q�这个程序��用一个按钮控件来触发从一个文本输入控件拷贝文本到一个文本区控�g�Q?br />
xml version="1.0" encoding="utf-8"?>

<mx:Application xmlns:mx="http://www.adobe.com/2006/mxml">

    <mx:Panel title="My Application">

        <mx:TextInput id="myInput" width="150" text=""/>

        <mx:TextArea id="myText" text="" width="150"/>

        <mx:Button id="myButton" label="Copy Text"/>

    mx:Panel>
mx:Application>

�q�个�E�序�W�一行指明了XML声明�Q�而且必须攑֜�MXML文�g的第一行，�W�一列�?br />�W�二行以标签开始，�q�是Flex�E�序的根元素。这个标�{�֌�含了Flex名字�I�间声明。在起始与结束的标签之间的部分定义了Flex�E�序�?br />下图演示了在Flash播放器中�q�行�q�个�E�序的效果图�Q?/div>

正如�q�段代码所写的�Q�这个例子布局了我们的用户界面�Q�但是却�q�没有包含从文本输入框控件到文本区控件的拯��逻辑�?/div>

向Flex�E�序中添加ActionScript
我们可以��Z��下列目的使用ActionScript
处理事�g Flex用户界面是事仉��动的。例如，当用户选择一个按钮时�Q�这个按钮生成一个事件。我们在ActionScript中定义名��Z��件监听器的函数来处理事�g。我们的事�g监听器可以打开一个窗口，播放SWF文�g�Q�或者是执行我们的程序所必须的�Q何动作�?br />处理错误我们在ActionScript处理�q�行旉��误。我们可以检��数据验证错误，向用户发送错误信息，向服务器重新提交��h��Q�或者是执行��Z��我们�E�序的其他事件�?br />在MXML语句中向Flex控�g�l�定数据对象我们可以使用数据�l�定从一个Flex控�g�l�织数据模型�Q�或是从数据模型�l�织�l��g�Q�或者是从一个组件向另一个组件拷贝数据�?br />定义自定义组�?我们可以从Flex�l��g�c�d��ơ��承来创徏适合我们�E�序需求的�l��g�?br />下面的例子是在前一个例子的基础上所做的更改�Q��ؓ按钮的click事�g��d��事�g监听器。一个事件监听器��Z��响应用户的事件而执行的ActionScript代码。在我们�q�个例子中的事�g监听器是当用户选择按钮控�g时从文本输入控�g向文本区拯��文本�Q?br />
xml version="1.0" encoding="utf-8"?>

<mx:Application xmlns:mx="http://www.adobe.com/2006/mxml">

    <mx:Panel title="My Application">

        <mx:TextInput id="myInput" width="150" text=""/>

        <mx:TextArea id="myText" text="" width="150"/>

        <mx:Button id="myButton" label="Copy Text"
            click="myText.text=myInput.text;"/>

    mx:Panel>
mx:Application>

�? 一个例子在MXML代码中直接插入了ActionScript代码。虽然这对于一或是两行的ActionScript代码可以工作的很好，但是对于更�ؓ�? 杂的逻辑�Q�通常我们会在块中定义我们的ActionScript�Q�如下面的例子所�C�：
xml version="1.0" encoding="utf-8"?>

<mx:Application xmlns:mx="http://www.adobe.com/2006/mxml">
    <mx:Script>


            // Define an ActionScript function.
            private function duplicate():void {
                myText.text=myInput.text;
            }
        ]]>
    mx:Script>

    <mx:Panel title="My Application">

        <mx:TextInput id="myInput" width="150" text=""/>

        <mx:TextArea id="myText" text="" width="150"/>

        <mx:Button id="myButton" label="Copy Text"
            click="duplicate();"/>

    mx:Panel>
mx:Application>

�? �q�个例子中，我们使事件监听器作�ؓ一个ActionScript函数来实现。Flex��Z��响应用户选择按钮控�g调用�q�个函数。这�U�技术��得我们可以将我们的MXML代码从我们的ActionScript代码中分��d��来。�ؓ了增加程序的模块性我们也可以选择��我们的�E�序分�ؓ多个文�g�?/div>

使用数据�l�定
Flex��Z��l��g之间属性的�l�定�Q�或是到数据模型的绑定提供了��单的语法。在下面�q�个例子中，花括号中的值将文本区的text属性绑定到了文本输入控件的text属性。当用户在文本输入控件中输入文本�Ӟ��他会自动的拷贝到文本区控�Ӟ��如下面的例子所�C�：
xml version="1.0" encoding="utf-8"?>

<mx:Application xmlns:mx="http://www.adobe.com/2006/mxml">

    <mx:Panel title="My Application">

        <mx:TextInput id="myInput" width="150" text=""/>

        <mx:TextArea id="myText" text="{myInput.text}" width="150"/>
    mx:Panel>
mx:Application>

控制�E�序昄��
Flex定义我们在程序中可以使用的默认显�C�，或者是修改来定义我们特定的昄��。作��Z��Ҏ��C�的一部分�Q�我们可以修改下面的一些或是全部：
��寸 一个组件或是程序的高度或是宽度。所有的�l��g都有一个默认的��寸。我们可以��用默认的��寸�Q�指定我们自��q��寸�Q�或者作为布局我们�E�序的一部分让Flex重新调整一个组件的��寸�?br />格式 �Ҏ��集合，例如字体�Q�字��P��文本寚w��属性，颜色。这与在层叠样式�?CSS)定义与��用的相同�?br />皮肤控制�l�合昄��的符受��皮肤化��是通过修改或是替换他的可视化元素来改变一个组件显�C�的�q�程。这些元素可以图像，SWF文�g�Q�或者是包含�l�画API�Ҏ��的类文�g�l�成�?br />行�ؓ �E�序或是用户行�ؓ引�v的对于一个Flex�l��g的可见的或是可听的变化。行为的例子如基于鼠标移动点�ȝ��U�d��或是�l��g��寸的重新调整�?br />视图状�?/strong> 在许多富�|�络�E�序中，界面的改变基于用��h��执行的�Q务。视囄��态可以让我们通过修改基内�Ҏ��变化一个组件的内容和显�C�或者是�E�序�?br />转化转化定义了视囄��态的改变如何昄��在屏�q�上。我们��用特效类�Q�结合处理�{化的昑ּ�效果设计来定义�{化�?/div>

使用数据服务工作
Flex 被设计用来与可以讉K��本地和远�E�服务端逻辑的服务进行交互。例如，一个Flex�E�序可以使用AMF来连接��用简单对象访问协�?SOAP)的网�l�服务，�q? 回XML的HTTP URL�Q�或者是Flex数据服务�Q�与位于与Flex同一个程序服务器上的Java对象。MXML提供数据讉K��的组件称之�ؓ数据服务�l��g。MXML包含下列的一些数据服务组�Ӟ��
WebService 提供到基于SOAP的网�l�服务的讉K��?br />HTTPService 提供到返回数据的HTTP URL的访问�?br />RemoteObject 提供��C��用AMF协议的Java对象的访问。这个选项只在Flex数据服务或是Macromedia ColdFusion MX 7.0.2中可用�?br />�? 我们的Flex�E�序中选择如何来访问数据媄响着我们�E�序的性能。因为Flex�E�序是在�W�一�ơ请求之后缓存在��览器中的，当程序运行时�Q�数据访问是影响�E�序性能的主要原因。�ؓ了向用户传递数据Flex提供了几�U�解��x��案。他��数据交�l�调用在Flex�c��\径中装入的Java�cȝ��q�行时服务，或者是向网�l�服务或是HTTP服务器发送代理请求�?br />使用WebService�l��g允许我们使用��Z��SOAP的方法，但是他�ƈ不��L��产生最优的性能。同�Ӟ��使用SOAP�~�码的额处XML需要比AMF所做的更多的内宏V�?br />�|�络服务中的SOAP性能同时依赖于我们的�|�络服务的实现。不同的�E�序服务器��用不同的�|�络服务后端�Q�所以我们会看到依赖于不同实现的性能。理解我们的实现表现如何的唯一�Ҏ��是装入�q�测试我们的服务�?br />在许多情况下�Q�我们的选择依赖于我们已存在的程序以及我们如何选择��他们集成到后台服务器资源中。网�l�服务的表现在很大程度上依赖于我们的�E�序服务器的�|�络服务引擎的底层实玎ͼ�所以我们应装入�q�测试他们的性能�?/div>

��我们数据模型从我们的视图中分离
��Z��清楚的分��ȝ��L��面，�E�序相关的数据，数据服务�Q�我们可以��用Flex数据模型来存储控制器与数据服务之间的数据。这�U�三层设计是输入数据与数据服务共同作用的�l�果�?br />当我们计划一个程序，我们要决定程序必��d��储的数据�c�d��以及�q�些数据要如何处理。这有助于我们决定我们需要什么类型的数据模型。例如，假设我们军_��我们的程序必��d��储顾员的相关数据。一个简单的��֑�模型可能包含姓名�Q�部门以及邮��地址属性�?br />一个Flex数据模型是一个包含我们用来存储程序相��x��据的属性的ActionScript对象。我们可以将数据模型用于数据验证�Q�从而他可以包含客户端业务逻辑。我们可以在MXML或是ActionScript中定义一个数据模型。在MVC设计模式中，数据模型代表模型层�?br />我们可以在MXML�? �{�，ActionScript函数或是ActionScript�c�M��定义数据模型。在MXML中编写的模型用利于快速开发与��化数据存储，但是他不能提�? ��M��额外的功能，而我们不可以讑֮�模型属性的数据�c�d��。如果我们想要设定数据类型以及�ؓ额外的功能提供方法，我们应��用基于ActionScript�? �c�R��在通常情况下，我们应�ؓ了简化数据结构��用基于MXML的模型，为更为复杂的�l�构以及客户端业务逻辑使用ActionScript�?/div>

黑灵 2007-05-31 14:16 发表评论

Flex+Webservice中文��q��问题解决

黑灵 — Sat, 18 Jun 2005 14:34:00 GMT
今天用做的东西要用Flex调用Webserice.没想到出来的中文全是��q��.
于是上网找资�?�l�果没有扑ֈ�flex+webservice的，其他的如flex+rometeobject�{�等的倒是有。但是很多最�l�也没有说出合适的解决办法。很多�h说要把encoding="utf-8"�Ҏ��GBK、GB2312�{�等�Q�但是都不奏效，相反原来直接写在component上的中文却成的�ؕ码。于是我觉得�Q�问题不是出在客��L��Q�应该是服务端。于是我惌��v以前一些解决java中文��q��的问题。用�l�典的�{换方法：

//�q�是一个将西欧字符转换为gb2312字符的�{换方�?/SPAN>
public static final String getGBString(String src) {
    try {
        return new String(src.getBytes("ISO-8859-1"), "gb2312");
    } catch (java.io.UnsupportedEncodingException e) {
        return null;
    }
}

在webservice的java�c�里面的所有中文返回以前都用这个函数�{换一下�?BR>OK�Q�问题解决了�?BR>但是�q�没有完全解冻I��因�ؓ你在所有返回中文的函数里都要有�q�个�Ҏ��?BR>我不知道Webservice的引擎有没有�c�L��Servlet的Filter的东�ѝ��以前在解决�|�页上中文�ؕ码的时候只要写一个Filter�c�d��转换��p��了�?img src ="http://www.tkk7.com/mstar/aggbug/6341.html" width = "1" height = "1" />

黑灵 2005-06-18 22:34 发表评论

Using Flex Builder to Create Web Service–Based Flex Applications

黑灵 — Sun, 12 Jun 2005 14:31:00 GMT

Adding Web Services

Flex Builder makes it easy to add named and unnamed web services to an application by exposing the Flex whitelist.

Open the Data panel by selecting Window > Data (Ctrl + Shift + F7).

To add a service, click the Plus (+) button in the Data panel and choose Web Service.

In the pop-up menu, see all of the named and unnamed web services that have been configured in the Flex whitelist (Figure 1).

Figure 1. The Data panel.

The named service, SampleEmployeeWS, is one of the services displayed in the list. Named web services allow you to reference web services with simple names instead of using web service WSDL URLs. Entries in the flex-config.xml file map named web services to the web service details, such as the WSDL URL and the type of authentication. This means that web service references in your applications aren’t hard coded. You can also set up named services for HTTP services and Remote Objects.

Select the named service SampleEmployeeWS from the Add WebService pop-up menu (Figure 2).

Figure 2. The Add WebService dialog box.

Note: In the pop-up menu, you might see entries that contain { } or * syntax. These indicate global filters. Consider these indicators as acceptable URL formats. For example http://{localserver}/* indicates any web service running on the local server, and is legal. For more information on whitelists, see Configuring the whitelist for Flex applications (TechNote 19251).

Once you have added the service to the application, the web service operations, operation parameters, and operation result objects display in the Data panel (Figure 3).

Figure 3. The Data panel with a web service.

In the next sections you learn how to:

Create a binding to the web service operation parameters

Create a binding from the web service operation result to a component

Create an event that invokes the web service operation

Binding a Component to a Web Service Request

Use the following steps to bind the dept ComboBox to the getList operation’s parameter deptId.

Select the pre-populated ComboBox in Design view.

Open the Tag Inspector by selecting Window > Tag Inspector (F9) and selecting the Bindings tab.

Click the Plus (+) button. This displays the Add Binding - Step 1 dialog box.

In the Add Binding dialog box, you must select the binding direction and a property to bind to. The binding direction specifies how data will flow. Data can flow FROM the selected component (an out binding), or TO the selected component (an in binding). When you select a direction radio button, the default property for the direction displays in the selected component properties list. The selected component properties are a list of properties that are bindable for the selected component. The list of component properties changes depending upon the binding direction. When the direction is TO (or in), the write and read/write properties of the selected component display. When the direction is FROM (or out), the read and read/write properties of the selected component display.

For this binding, data needs to flow from a ComboBox property to the web service operation’s argument. Select the radio button to the left of “Data will flow FROM ‘dept�?. The selectedItem is the default property of the ComboBox, so it is selected by default in the list of properties; it also displays in the Binding Source field at the bottom of the dialog box. The selectedItem property of the ComboBox is an object composed of a data and a label. In this case, you must bind to the data field. Type .data at the end of the selectedItem property in the Binding source text field so that it is: selectedItem.data. Click Next.

Figure 4. The Add Binding �?Step 1 dialog box with FROM selected.

The second bindings dialog box appears. This dialog box contains a list of components that are in the MXML application and a list of component properties that can be bound TO or FROM.

If you select FROM in the initial binding dialog box, the binding is TO the component property you select in the secondary dialog box. Data will flow from the component property you selected in the initial dialog to the component property you select in the second bindings dialog box.

Conversely, if you select TO in the initial binding dialog box, then the binding is FROM the component property you select in the secondary dialog box. Data will flow to the component property you selected in the initial dialog box from the component property you select in the second binding's dialog box.

When you select TO (or in) in the initial binding dialog box, the secondary dialog box’s component property list displays read and read/write properties. When the direction is FROM or out in the initial binding dialog box, the secondary dialog box’s component property list displays write and read/write properties.

For this binding, data needs to flow to the web service operation’s deptId argument. Select the web service service1 in the “Data will flow TO �?tree on the left.

Expand the getList operation and its request object in the “Selected component property�?tree and select the deptId argument. The Binding destination displays service1.getList.request.deptId.

Figure 5. The Add Binding �?Step 2 dialog box displaying TO.

Click Finish. This creates the binding between the ComboBox and the web service operation argument. Look in Code view. See the generated code:

{dept.selectedItem.data}

In Code or Design view, when you select a component with a binding, the component icon, name (or type), and bindings display in the Bindings panel. Selecting the binding in the Bindings panel causes binding direction to display in the Direction field and the component property that the binding is TO or FROM to display the Bound to field. Double-click the binding to edit the full binding. Clicking the Bound to field makes the second binding dialog box appear so that you can edit it.

When you select the ComboBox in Code or Design view, the selectedItem.data binding displays in the Bindings panel. Selecting the binding displays the direction as out and the Bound to field displays service1.getList.request.deptId. When you select the web service, service1, in the Data panel, getList.request.deptId displays in the Bindings panel. Selecting the binding displays the direction as in and the Bound to field displays dept.selectedItem.data.

Figure 6. The Bindings panel when you select the ComboBox binding

Figure 7. The Bindings panel when you select the web service binding

Binding a Component To a Web Service Result

To display the result of your web service operation call, you must create a binding from the web service result to a component property. This is a similar process to the previous binding, but the direction is opposite. The data needs to flow to the component property from the web service operation result instead of from the component property to the web service operation request.

Select the DataGrid component in Design view and click the Plus (+) button in the Bindings panel. This displays the Add Binding - Step 1 dialog box.

The web service result data needs to flow to the DataGrid. Select the "Data will flow TO " radio button if it hasn't been selected. The default property, dataProvider, is selected in the Component property list.

Notice that the binding syntax displays in the Binding Destination field at the bottom of the dialog box as dataProvider.

Click Next to go to the second binding dialog box.

Figure 8. The Add Binding �?Step 1 dialog with TO selected.

In the second bindings dialog box, select the web service service1 in the “Data will flow FROM…�?tree.

Expand the getList operation in the selected component property tree.

Since the DataGrid dataProvider property expects an array, select the result:(Array) node under the getList operation. The Bindings source at the bottom of the dialog box displays service1.getList.result.

Figure 9. The Add Binding �?Step 2 dialog displaying FROM.

Click Finish. The Binding icon now appears in Design view

Go to Code view. Notice the added binding in the DataGrid’s dataProvider property:

Invoking a Web Service from Component Events

Now that you have set up bindings to the web service operation arguments and result object, you must set up an event that invokes/calls the web service operation. You invoke web services with ActionScript code.

For this exercise, the ActionScript will execute when a Button fires a click event; web service operations can be fired from any component event.

Select the Button in Design or Code view and open the Events tab of the Tag inspector.

Find and select the click event in the list of Button events.

Figure 10. When you select Button, the Events panel displays the click event.

Click the lightning bolt to display the Select source for send() dialog box. In the select component to trigger list, select service1.

When you select service1, the operations in service1 display in the Select component to trigger list. You want to trigger the getList operation, so select it. Notice that the Trigger this component/operation field at the bottom of the dialog box displays service1.getList.
send() dialog box with the operation getList() selected." src="http://www.macromedia.com/devnet/flex/articles/flexbuilder_ws/fig11.gif" width=460>
Figure 11. The Select source for the send() dialog box with the operation getList() selected.

Click OK.

Go to Code view. Notice the added web service operation trigger in the Button’s click event. Save the file.

NetworkDebugger.NetworkMonitor.trace('trace text goes here');
Select Window > Network Monitor (Ctrl + Alt + N) to open the Network Monitor.
Select the Enable Flex Network Monitor checkbox to activate the Network Monitor.

Figure 12. The Network Monitor in the enabled state.
Choose File > Run (F6) or click the Run button on the toolbar to preview the application. As the application loads, see the entries appear in the Network Monitor.
In testing this sample application, you aren’t interested in the HTTP traffic, so select the filter icon and deselect HTTP.
Note: You do not lose the data when you deselect a filter, you only hide it. If you need the data, simply select the filter.

Figure 13. The Network Monitor after selecting Run, with filtering button selected
Because you have filtered out the HTTP traffic, you will see the following web service events:
First, the initialization of the web service where the web service WSDL is requested
Second, the WSDL that is received in response to the WSDL request
Select Product Management in the ComboBox and click the Get Employee List Button to trigger the web service operation. Notice that a few SOAP and web service events appear.
Selecting the first SOAP event displays the SOAP envelope sent to the web service in the details pane.
PM
Selecting the first web service RPC event displays the SOAP envelope as represented in ActionScript.
Method: getList
Parameter 1:
name : deptId
type : string
value : PM
Selecting the second SOAP event displays the SOAP envelope received from the web service in response to the web service call.
Ronnie Hodgman 555-219-2030 rhodgman@fictitious.com 0.0 Joanne Wall 555-219-2012 jwall@fictitious.com 0.0
Selecting the second web service RPC event displays the response to the web service call as represented in ActionScript.
[array] : length[Number] : 2 [0][object] : SOAP-ENC:root[String] : 0 email[String] : rhodgman@fictitious.com id[String] : id0 name[String] : Ronnie Hodgman phone[String] : 555-219-2030 salary[Number] : 0 xmlns:SOAP-ENC[String] : http://schemas.xmlsoap.org/soap/encoding/ xmlns:ns2[String] : http://www.macromedia.com/samples xsi:type[String] : ns2:Employee [1][object] : SOAP-ENC:root[String] : 0 email[String] : jwall@fictitious.com id[String] : id1 name[String] : Joanne Wall phone[String] : 555-219-2012 salary[Number] : 0 xmlns:SOAP-ENC[String] : http://schemas.xmlsoap.org/soap/encoding/ xmlns:ns3[String] : http://www.macromedia.com/samples xsi:type[String] : ns3:Employee

Figure 14. The Network Monitor after with the web service ActionScript object selected.
Developing and debugging applications can be time consuming. As you have seen, with Flex Builder’s visual data binding you can quickly wire together simple Flex applications. The Network Monitor eases the process of debugging data services in Flex applications, making you more productive.

黑灵 2005-06-12 22:31 发表评论