Scenario: Software assets for an insurance company.
场景：一个保险公司的软件资产。
Part 4 describes packaging your software assets for reuse.
第4部分描述并加工您的软件资源，以便于重用。
Tip # 9 Co-create reusable software assets as often as possible
提示9——尽可能与开发团队一起创建可重用的软件资产
Users: Build composite applications as reusable software assets.
用户：构建组合应用作为可重用软件资产。
There isn't just one right way to build reusable software assets.
构建可复用资产时，并不是只有一条正确的路。
SOA fosters the ability to easily connect and reuse information and software assets.
SOA促进了轻松连接和重用信息及软件资产的能力。
It also describes how to link business processes to existing or future software assets.
它还描述了怎样将业务过程和现存或者将来的软件资产联系起来。
These new opportunities require that we reuse our software assets to build new solutions.
这些新机会要求我们重用软件资产构建新的解决方案。
ABD is a software engineering approach based on using software assets to build solutions.
ABD是一种基于使用软件资产构建解决方案的软件工程方法。
Thus, individual software assets become the building blocks to develop other applications.
因而，单个的软件资产成为开发其他应用程序的基本构件。
An appropriate name will help you when trying to mine for existing software assets to be reused.
合适的名字可以帮助我们找到已有的可重用软件资产。
All of the software assets needed to make that thing do its job are considered part of that object.
使产品能够正常工作所需的软件就只是考虑该对象的每一部分。
Communication effectiveness and awareness of existing reusable software assets is also a critical factor.
沟通效率和对现有可重用软件资产的了解也是一个关键因素。
Detailed information is required to maintain and extend existing software assets, through impact analysis.
您需要具体的信息以通过影响分析，来维护和扩展已存在的软件资源。
The more you understand the drivers, the easier it is to decide what and how your software assets need to be reusable.
你越多的了解这种驱动力，就会越容易决定什么软件资产需要复用以及如何进行复用。
Hence, it's becoming more and more important to reuse existing software assets when developing component containers.
因此，在组件容器开发过程中大规模复用已有的软件资产变得非常重要。
Here the functional requirement can be mapped to reusable software assets such as an insurance UML model of a claim system.
这里可以映射功能性需求，以便重用软件资产，如理赔系统的保险uml模型。
Both the cloud consumer and provider need to identify hardware and software assets and estimate the cost to replace each asset.
云消费者和提供商需要识别硬件和软件资产，估算更换每个资产的成本。
They typically involve the service orientation of key software assets that are at the core of the enterprise (legacy application).
其中通常涉及位于企业核心位置的主要软件资产(遗留应用程序)的面向服务化。
In Part 3, you learned about reusable software assets and patterns, and observed how design patterns can be used to address requirements.
在第3部分中，您可以了解到可复用软件资产和模式，并且看到如何使用设计模式满足需求。
Rapid deployment is geared toward providing management of software assets throughout the entire development-to-test-to-production lifecycle.
在整个开发-测试-生产的生命周期中，迅速的部署是提供软件资产管理的前提步骤。
Being able to trace software assets (bi-directionally) from development, test and deployment is yet another huge problem several clients face.
测试和部署能够从开发追踪软件资产(双向地)，仍然是一些客户要面临的一个巨大的问题。
In this tutorial, Part 3 of the series, you will learn about reusable software assets and patterns, and you will use design patterns to address requirements.
在本教程中，即此系列的第3部分中，您将学习有关可重用软件资产和模式的有关知识，并将使用这些设计模式来满足您的需求。
Also, you should understand what reusable software assets and patterns are, and how you can use Rational software Architect to include them in your design.
同时，您还应当理解什么是可重用软件资产和模式，以及如何使用Rational Software Architect来将它们包含在您的设计中。
There is a standard way of representing and interacting with these software assets; now the focus shifts to application assembly based on these building blocks.
有一种标准的方法可以用于表示这些软件资产和与它们交互；现在人们关注的重点已经转移到基于这些构件的应用程序装配上来了。
Adopted in 2005, the reusable asset Specification (RAS) is an OMG standard used to describe the structure, content, and description of reusable software assets.
可重用资产规范(Reusable Asset Specification,RAS)于2005年开始采用，是用于描述可重用软件资产的结构、内容和说明的OMG标准。
Reuse engineers become a channel and a conduit for project teams to bring forward opportunities for creation of reusable software assets in the form of services.
重用工程师成为了一个通道，项目团队可以通过他/她获得以服务的形式创建可重用软件资产的机会。
The core concept of SOA is reuse of software assets. For a lot of large enterprises there are many core software assets running on the mainframe CICS system.
SOA最核心的概念是软件资产重用，对于很多大型企业，有大量的核心软件资产运行在大型机的CICS系统中。
Such a solution will enable your team to efficiently store, access, and organize software assets so that developers can assemble releases correctly and efficiently.
这种方案能够使你的团队有效地存储，访问和组织软件资产，这样开发者就可以正确有效地集成发布产品。
Black Duck software extends the Rational software Deployment Platform with solutions to help companies govern how their software assets are created, managed, and licensed.
BlackDuck Software扩展了Rational SoftwareDeploymentPlatform，提供帮助公司治理如何创建、管理，和许可它们的软件资产的解决方案。
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