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ARIS UML Designer 9.8 SR5：2016年6月版简介

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"ARIS UML Designer introduction Version 9.8 – Service Release 5" ARIS UML Designer是软件建模工具的一个版本，主要用于创建、分析和设计使用统一建模语言（UML）的系统模型。这个特定的版本是9.8的服务发布5，发布于2016年6月。此文档适用于ARIS Version 9.8及其后续的所有更新版本。ARIS UML Designer旨在帮助用户在业务流程建模和信息系统设计过程中，利用UML的强大功能。 UML，即统一建模语言，是一种图形化规范，用于软件工程和其他领域中的系统建模。它提供了多种图表类型，如类图、用例图、序列图、状态机图和活动图等，以可视化地表示系统的不同方面。ARIS UML Designer 9.8版可能包括对这些图表类型的增强支持，以及性能和用户体验的改进。此文档中指出，包含的规格可能会随着后续版本的发布而变化，并会在相关的发布注释或新版本中进行报告。这表明，用户可以期待软件的持续改进和功能增强。文档还提到了版权信息，确认ARIS和所有相关产品名称为Software AG及其子公司、关联公司或许可方的商标或注册商标。其他提及的公司和产品名称可能是各自所有者的商标。对于Software AG及其子公司的商标和专利的详细信息，用户可以在指定网址找到。使用ARIS UML Designer软件需要遵守Software AG的许可条件和条款。这些条款是产品文档的一部分，用户可以在Software AG的官方网站上或授权产品的根安装目录中查阅。 ARIS UML Designer Version 9.8 – Service Release 5是一个专业的UML建模工具，适用于希望使用最新技术和标准来设计复杂业务流程和信息系统的企业或个人。它的服务发布5可能包含了多项改进，以提高用户的建模效率和精确度。在使用该工具时，用户必须遵循Software AG提供的许可协议。

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INTRODUCTION

1.3.6 Profile Diagram

Profiles represent user-defined extensions or restrictions of the UML metamodel. They can be

created using Profile diagrams.

Figure 12: Profile Diagram

Figure 12 shows a Profile Diagram for defining a simple profile for object-oriented analysis.

On the left-hand side, the diagram contains the Analysis profile, which defines the two

stereotypes Technical class and Business use case. Both of these inherit from an abstract

stereotype Analysis element, which defines the Contact attribute. In addition to the

stereotypes, the profile also defines an enumeration called Priority, which is used as a type by

the attribute of the same name for the Business use case stereotype.

The right-hand side of the diagram contains the UML metamodel and two of its metaclasses. The

profile has a relationship of the Metamodel reference

type to the metamodel. This relationship

is always necessary if all UML content is to be available within packages to which the profile is

assigned.

The two stereotypes Technical class and Business use case have a relationship of the UML

type Extension with the Class metaclass or the UseCase metaclass. This relationship specifies

the UML elements to which the stereotype can be assigned.

Strictly speaking, it is a relationship of the UML type PackageImport, which is referred to as a metamodel reference

in this context and is also displayed in the graphical view with the keyword «reference» instead of «import».

INTRODUCTION

The attributes of a stereotype are available as additional properties for the UML elements to which

the stereotype is assigned. In this example, a use case with the «Business use case»

stereotype has the additional properties Contact and Priority in addition to the properties

defined by the UML specification.

Section 5 UML profiles

contains more information about profiles and stereotypes.

INTRODUCTION

1.3.7 Deployment Diagram

Deployment diagrams show the assignment of software components to physical IT systems and

the networking of these systems with one another.

Figure 13: Deployment Diagram with components and artefacts

Figure 13 shows the physical manifestation of the components from Figure 7 as JAR files

. This is

done using UML elements of the Artefact type, which are linked to the corresponding

components by a relationship of the Manifestation type.

Figure 14: Deployment of software components on physical systems

Figure 14 shows how the artefacts or software components defined in Figure 13 are deployed on

physical systems and the relationships between these systems.

Java libraries

INTRODUCTION

1.3.8 Activity Diagram

Activity diagrams show dynamic processes in the form of a graph of individual actions. They can

describe both a process with a high level of abstraction or details of an algorithm in a piece of

software.

Figure 15: Create order Activity Diagram

INTRODUCTION

Figure 15 shows the process for creating an order in the form of a UML Activity Diagram. The

activity starts with an element of the InitialNode type and ends with an element of the

ActivityFinal type.

The first step is to check the customer data. This is done using an action of the

CallBehaviorAction type. This is an action that in turn invokes an activity Check customer

data. This is described in another Activity Diagram (see Figure 16).

The other actions are all of the OpaqueAction type. They are characterized by the fact that they

are specified by a simple text and have no further UML semantics.

The individual purchase or order items are processed in an ExpansionRegion. This has the

customer's purchase items as its input elements and the corresponding order items as its output

elements. The ExpansionRegion is run through for each input element.

The relationships in the two Activity diagrams are all of the ControlFlow type. If a text in square

brackets is specified on one of these control flow edges, it describes the condition that has to be

met for the control flow to proceed along this edge.

Figure 16: Check customer data Activity Diagram

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