For OTMPS, we created the following event groups.
对于OTMPS,我们创建了以下事件组。
When we created our own miniature mocking framework?
当时我们创建了一个自己的微型mocking框架?
For dreaming, we created a cloud at the highest point.
为了幻想,我们在最高点制造了一朵云。
In our case we created the logical volumes per volume group.
本例中,每个卷组都创建了逻辑卷。
The implicit rules build .o files from the .c files we created.
隐式规则根据我们创建的.c文件构建 .o 文件。
The database lookup for the Speaker is done using the finder we created above.
数据库查找Speaker 是使用我们之前创建的查找程序。
To generate the default themed output, we created a function within the module.
为了生成默认的主题化输出,我们在模块中创建一个函数。
In our first article we created an application using MonoTouch on the iPhone.
在我们的第一篇文章中,用MonoTouch在iPhone上创建了一个应用程序。
Table 1 lists the databases and schemas we created before creating the profiles.
表1列出了在创建概要之前创建的数据库和模式。
When we created our text1 and text2 files, we created text2 with TAB characters.
在创建text1和text2文件时,我们使用制表符创建了text2。
Finally, sign the SAML assertion with the keys we created earlier in this article.
最后,使用我们在本文前面创建的密钥对SAML断言签名。
Remember, we created two business objects, one for input and the other for output.
请记住,我们创建了两个业务对象,一个用于输入,另一个用于输出。
We need to create a debug configuration, much like we created a run configuration.
我们需要创建调试配置,就像创建运行配置一样。
In the example, we created a new page named My page, and selected My Theme for it.
在示例中,我们创建了名称为MyPage的新页,并且选择My Theme作为主题。
If you want to learn more about why we created this technology, read the next part.
如果你想多加了解我们开发这项技术的原因,请阅读下一部分。
We can now wire the BPEL process to the two mock objects we created and run the tests.
现在我们可以将BPEL流程连接到我们创建的两个模拟对象,然后运行测试。
Earlier we created a JDBC data source to facilitate communication to our DB2 server.
前面创建了JDBC数据源来促进与DB2 数据库的通信。
We'll go ahead and create an alias for the database we created earlier in this article.
我们接着将为本文先前所创建的数据库创建一个别名。
In our case, we created a solution with the following switch pairs: (1, 9) (2, 3) (4, 7).
在我们的示例中,创建的解决方案采用下面的交换机配对:(1,9)(2,3)(4,7)。
In our scenario, we created a single database and four schemas (one per messaging engine).
在我们的场景中,创建了一个数据库和四个模式(每个消息传递引擎一个)。
We will now update the existing MQ connection factory that we created earlier to use SSL.
我们现在将更新前面所创建的使用SSL的MQ连接工厂。
Double-click on the HelloEclipse target we created to build and run the Win32 application.
双击我们创建的HelloEclipse,构建并运行Win32应用程序。
Listing 8 shows the contents of the resource handler that exposes the widget view we created.
清单8显示了资源处理程序的内容,该处理程序显示我们创建的小部件视图。
This project will be used by the RuleApp project we created in Step1 for a proper deployment.
此项目将由我们在第 1 步中创建的 RuleApp 项目使用,进行恰当的部署。
In this article, we show you how we created these wrapper classes, which we call widget classes.
在本文中,我们将说明如何创建这些封装器类,我们称这些类为窗口小部件类。
You saw an example of command substitution in Listing 9 when we created a captive TAB character.
我们曾经在清单9中创建了一个强制制表符,您可以从中看到命令替换的例子。
In this example, that means obtaining an object reference from the file we created in the server.
在这个示例中,这意味着要从创建于服务器上的文件中获取一个对象引用。
The plug-ins we created are good examples of how to place your own components in those locations.
对于如何在这些位置上放置自己的组件,我们创建的插件是个很好的学习示例。
The plug-ins we created are good examples of how to place your own components in those locations.
对于如何在这些位置上放置自己的组件,我们创建的插件是个很好的学习示例。
应用推荐