Generate a high-level UML class diagram.
产生一个高层的uml类图。
Figure 16shows one such UML class diagram.
图16显示一个这样的uml类图。
Figure 17 shows one such UML class diagram.
图17显示了一个这样的uml类图。
Identify an inheritance tree UML class diagram.
识别一个uml类图的继承树。
Figure 2 shows a UML class diagram of these concepts.
图2显示了这些概念的一个UM l类图表。
Figure 1: UML class diagram showing structural elements.
图1：uml类图显示了结构元素。
Figure 6 is a UML class diagram showing these interfaces.
图6是一个展示了这些接口的uml类图。
Figure 2 is a UML class diagram of the object model for the example.
图2是该示例对象模型的uml类图。
Figure 13 shows the UML class diagram of the legacy catalog application.
图13显示了遗留catalog应用程序的UM l类关系图。
The XSD po.xsd file and the UML class diagram differ in the following ways
XSDpo.xsd文件和该UML类关系图具有以下区别
The notation we typically use is a UML class diagram (see Figure 6 for an example).
我们通常使用的符号是UM l类关系图(有关示例，请参见图6)。
Navigate to the com.ibm.retail.catalog package and open the UML class diagram there.
导航到com .ibm . retail . catalog包，并在此处打开UM l类关系图。
Figure 3 is a UML class diagram of the org.runtimemonitoring.tracing.ITracer interface.
图3是or g. runtimemonitoring . tracing . ITracer接口的uml类图。
But even the rather rudimentary UML class diagram in this simple example provides a lot of information.
但是，即便是这个简单例子中极其基本的UM l类图，就已经提供了相当多的信息。
This is a UML class diagram where the input is an interface and class graph that represents the data model.
这是UM l类关系图，其中的输入为接口和表示数据模型的类图表。
Drag and drop the Singleton Pattern instance from the Pattern Explorer into the UML Class Diagram view.
将Singleton模式实例从模式浏览器中拖拽到UM l类图视图中。
Now, let's generate code out of the UML class diagram you just created. To do so, perform the following steps.
现在，让我们从你刚刚创建的UM l类图中生成代码。
This figure shows a UML class diagram containing some structural elements that represent an order processing system.
这幅图显示了包含展示顺序进程系统的结构部分的UML类图。
The static testing displays UML class diagram by analyzing source code file and storing the results in database.
本静态测试方法是通过分析源程序文件，采用数据库来保存分析结果，并以UM L类关系图显示出来。
Figure 9 [the text is missing a reference to Figure 8. -ec] shows the UML class diagram for the back end Catalog service.
图9(图8中缺少的文本)显示了后端Catalog服务的UM l类关系图。
Here, we have experienced and explored a semi-automated method for generating a high-level abstraction of a UML class diagram.
这里，我们尝试并探索了，以半自动方法产生U ML类图的高层抽象方案。
However, it is necessary to create a mechanism by which an element and an attribute can be differentiated in a UML class diagram.
然而，必须创建一种机制，通过该机制在UM l类图中区分元素和属性。
The application's architecture looks something like Figure 2, a UML class diagram showing the application's static structure in detail.
应用程序架构如图2所示，这是一个详细显示应用程序静态结构的uml类图。
By applying these steps, in conjunction with our identified class responsibilities, we arrive at the UML class diagram shown in Figure 6.
通过以上步骤，加上我们前面确定的类的职责，我们得到了UM L类图，如图6。
A UML class diagram representing the User Goals as UserGoal prototyped classes, each having a set of measure prototyped measure attributes.
UM l类图将用户目标表示为usergoal原型化类，每个都拥有一组Measure原型的度量属性。
Figure 11 shows the UML class diagram built in Rational Software Architect that is based on the patient Visit Preparation business process.
图11显示了在Rational Software Architect内构建的UM l类关系图，此关系图基于patientVisitPreparation业务流程。
A UML class diagram representing system requirements initiated by the User roles, modeled as User prototyped system actors named after the roles.
UM l类图表示用户角色发起的系统需求，建模为user原型的以角色命名的系统参与者。
This paper explores the semantic consistency problem of UML class diagram, and proposes an approach to automatically check the consistency of a class diagram.
论文研究了UM L类图模型的语义一致性问题，提出了一种自动检验类图一致性的方法。
A UML class diagram for those classes participating in the use case on which we are focusing (sometimes called a View of participating classes class diagram.), and.
包括我们所关注的用例中出现的所有类的一个UM L类图(有时也叫做合作类视图)，和。
A UML class diagram representing the static view of the business use case participants — including business workers and business actors — together with their relationships.
UM l类图表示业务用例参与者—包括业务操作者和业务参与者—以及他们的关系的静态视图。
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