语法如下所示。
Rename the queries as shown below.
将这些查询重命名，如下所示。
Complete the mapping as shown below.
如下所示完成映射。
The dimension appears as shown below.
这个维度如下所示。
Assign the fields as shown below.
按如下方式为各字段赋值。
The filter appears as shown below.
过滤如下图所示。
The expression appears as shown below.
这样就会出现如下所示的表达式。
A code block is defined as shown below.
对象块定义如下所示。
链接它们，如下图所示。
Create a private method as shown below.
创建一个私有方法，如下所示。
Create a simple project as shown below.
按如下所示方法创建一个简单的项目。
The table and graph view open as shown below.
表格和图表打开，如下所示。
The batch file content would be as shown below.
批文件内容应该如下所示。
The New Asset Wizard will pop up as shown below.
新建资产向导将弹出，如下所示。
Such a rule could be captured as shown below.
这样一条规则可按如下形式捕捉。
The Design view canvas should look as shown below.
Design视图canvas应如下所示。
The connections should be activated as shown below.
这些连接应该被激活，如下所示。
Both of them should be of type string as shown below.
这两个属性应该是字符串类型，如下所示。
Next, organize the LP files by locale as shown below.
接下来，按照语言设置组织LP文件，如下所示。
This opens up a few new possibilities, as shown below.
这提供了一些新的机会，如下所示。
The results just end up on the screen, as shown below.
结果会直接显示在屏幕上，如下所示。
Enter the properties for the MQ Import as shown below.
如下所示，输入MQ导入的属性。
This is best done by creating a script, as shown below.
这最好通过创建一个脚本来实现，如下所示。
The delay server is implemented as CGI, as shown below.
延迟服务器将作为CGI实现，如下所示。
Create a new Application Client Project, as shown below.
创建新的应用程序客户机项目，如下所示。
The attempt should fail, as shown below in Listing 6.
这个尝试应该会失败，见清单6。
Now we're ready for the main program logic, as shown below.
这时，我们可以开始编写主要的程序逻辑了，如下所示。
The help menu will contain options for both, as shown below.
这时，Help菜单将包含两个选项，如下所示。
Enter a new row, putting values in each column as shown below.
输入一个新的行，在每个列中提供如下所示的值。
Now we can execute the migration by using Rake, as shown below.
现在可以通过使用Rake执行迁移，如下所示。
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