Once you have the structure of your EAR file defined, select the binding file created previously and click on a deployment wizard from the toolbar.
一旦定义了您的EAR文件的结构，就选择先前创建的绑定文件，然后从工具栏上单击部署向导。
From the Application Summary page, you can select your Application (for example, EAR files), go to the Application details page, and click on the Distributed assets TAB to further explore any asset.
从ApplicationSummary页面中，您可以选择您的Application(例如，EAR文件)，切换至Application细节页面，并点击Distributedassets项以进一步地研究所有资源。
Since you want to develop this application, this time select Expanded, extract project contents for development in the EAR import wizard.
既然您想要开发该应用程序，此时请在EARImport向导中选择Expanded,extractprojectcontentsfordevelopment。
Select Local file system, enter the name and directory of the EAR file that contains the MDB, then select Next.
选择Localfilesystem，进入包含MDB的EAR文件的名称和目录中，然后选择Next。
Hit the browse button and select a folder to save you ear to (save it as DeployableMediation.ear).
单击browse按钮，并选择用于保存ear的文件夹(将其保存为DeployableMediation . ear)。
Select the EAR project associated to the Web project that you created previously.
选择与先前创建的Web项目相关联的EAR项目。
Select the EAR project SimpleEJBEAR from the Combobox and click Next, as shown in Figure 7.
从组合选择框中选择SimpleEJBEAR作为EARproject的值，点击Next，如图7所示。
Select the EAR application and the destination for the EAR file as shown in Figure 12, and click.
选择EAR应用程序和EAR文件的目的地，如图12中所示，然后单击Finish。
Methods Before 3 regular fractures adopt ear screen, cutting edges and 6 examples select rear jaw to take off cutting edges after, fracture broken end reset USES mini titanium board strong fix.
方法：3例骨折采用耳屏前切口，6例选择后下颌下切口，骨折断端复位后用微型钛板坚强内固定。
Ear Time has setup options that allow you to select the root note played for each game.
Ear时间设置选项，允许你选择每场比赛发挥的根音。
Conclusion HRCT could demonstrate the findings of the inner ear malformation, provide evidence for diagnosis and select indication of cochlear implantation.
结论HRCT可显示先天性内耳畸形表现，为内耳畸形的诊断和人工耳蜗植入术适应证的选择提供了依据。
Therefore, a marked watershed algorithm was employed in this paper to select human ear image from the valid area.
为此，本文将标记分水岭算法应用于人耳有效区域的分割。
Therefore, a marked watershed algorithm was employed in this paper to select human ear image from the valid area.
为此，本文将标记分水岭算法应用于人耳有效区域的分割。
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