根据本研究结果，本文提出了寿险业中层管理人员胜任特征模型清单，供研究者和应用者参考。
According to the results and findings, this paper lists the middle-level manager competencies for the reference to HR practitioners and researchers.
清单2显示了服务员资源模型的资源处理程序示例。
Listing 2 shows an example of the resource handler for the waiter resource model.
图3显示了一个屏幕快照，清单3则包含了此模型的输出。
Figure 3 shows a screenshot, and Listing 3 contains the output from this model.
您在尝试导出时，必须检查一下清单，然后首先使用该模型解决问题。
You need to review that list before attempting the export, and resolve any issues with the model first.
图5针对产品数据(参见清单1)定义了一个定制文档模型。
Figure 5 defines a custom document model on the basis of the product data (refer to Listing 1).
代码清单1显示了该模型生成的代码。
以上模板需要一张用户列表，因此让我们快速查看为页面创建模型的控制器(参见清单4)。
The template above needs a list of users, so let's take a quick look at the controller that creates the model for the page (see Listing 4).
同样地，这个小部件也可以用编程式模型创建，如清单8所示。
The same widget could be created in a programmatic model, as shown iin Listing 8.
在清单7中，小部件由一个声明式模型创建。
生成的定制代码使用一个超类模型，如清单4中标准生成的定制代码所示。
The generated custom code utilizes a super class model, as shown in the standard generated custom code in Listing 4.
相应的EMF模型识别清单8中的全局元素实例。
The corresponding EMF model recognizes the global element instance Listing 8 shows.
清单4展示了更新数据模型的方法。
因此，清单1中的代码形成了基于XML的服务模型的基础。
So, the code in Listing 1 forms the basis of your XML-based service model.
利用HTK构建一个音频模型需要您用特定的格式表达文法，如清单2所示。
Building an audio model with HTK requires that you express the grammar in a particular format, as in Listing 2.
清单9演示了这个模型。
UNO组件模型的获取在清单2的最终宏代码中以粗体字显示。
The UNO component model accesses are shown in bold in the final macro code in listing 2.
因此，您的模型应该类似于清单1中的文档片段。
As a result, your model looks just like the document fragment in Listing 1.
出站事件（清单1）将这个值发送到高级监测模型。
The outbound event (in Listing 1) sends this value to the high-level monitor model.
模型的输出应类似于清单3内的结果。
The output from this model should look like the results in Listing 3.
清单1是导出为xmi的相同模型。
了解这些之后，清单1显示了典型的数据模型实例。
With all of that in mind, Listing 1 shows what a typical data model instance might look like.
由于当前内存模型的定义，清单7中的代码无效。
The code in Listing 7 doesn't work because of the current definition of the memory model.
清单9给出这个使用模型的输出(为了简短，这里删除了一些输出)。
Listing 9 provides the output for this use model (but in this case, some of the output has been pruned for brevity).
接下来，您将查看如何使用库创建X Forms模型(见清单15)。
Next, you'll see how to create an XForms model using the library (see Listing 15).
现在，当您运行zeromodelsync 时，可以看到没有做出任何更改，因为该模型已经存在（清单6）。
Now when you run zero model sync, you see that no change has been made because the model already exists (Listing 6).
让我们来看一下使用全部三种不同的spinner模型的示例(清单3)。
Let's take a look at an example that USES all three of the different spinner models (Listing 3).
文件开始部分是一些import语句，告知mtf规则所引用的emf模型，如清单3中所示。
The file begins with some import statements, which tell MTF which EMF models the rules refer to, as Listing 3 shows.
对于上一次介绍的author表，新建的数据库访问模型如清单7中的代码所示。
For the Author table I created last time, this new database access model looks like the code in Listing 7.
这个模型然后就会变成清单15中定义的ChecksumClass。
The model then becomes the ChecksumClass defined in Listing 15.
通过将模型与本检查清单的项目进行比较，您将能够证明您获得了一个符合许多可靠实践的良好Transformer模型。
By comparing your models against the items within this check list you will be able to go a fair way in stating that you have a good Transformer model that follows a number of proven practices.
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