软件可维护性

在保证软件可维护性的同时提高了软件的可用性。

Assuring the software maintainability , the software usability is boosted at the same time .

多层感知器在提高软件可维护性上的应用

Applying multilayer perceptron to software maintainability improvement

通信软件可维护性的一种计算方法

An Approach of Measuring Maintainability of Communication Software

基于极限编程的软件可维护性分析

Analysis of Extreme Programming-Based Software Maintainability

软件可维护性探讨

The discussion about software maintenance

软件可维护性的量化和波动效应的示踪是软件维护工程中的两大难题。

Quantization of software maintainability and ripple effect tracing are two critical issues in the field of software maintenance engineering .

该测试工具在系统文件子模块的应用中提高了软件可维护性、可扩展性和开发速度。

As a result , the application of the test tool on the system file module improves the maintainability , scalability of the software and the development speed .

人们对于软件可维护性的分析与研究的热情也越来越高，期望能找到软件系统可维护性提高和优化的方法。

People pay more and more sight on the software maintainability and give consistent analysis and research and try to figure out how to improve the software system maintainability .

最后通过一个设备借用管理子模块的实例，指出基于多技术融合模式开发实现了设计和代码的重用，提高了软件可维护性、可扩展性和开发速度。

Finally , by a sub-case of a device borrow management , the multi-technology combination implements the reuse of the design and code , it improves the maintainability , scalability of the software and the development speed .

这些重复代码不仅降低了系统软件的可维护性，而且会给软件引入大量的bug。

The duplicated code not only reduces the maintainability of the software , but also is prone to introduce a significant proportion of bugs into systems .

为了适应用户交换机控制台功能的不断增加和提高控制台软件的可维护性，用C++和Java技术成功地开发了Web方式（BS方式）用户交换机控制台。

In order to meet the increase of PABX console functions and improve the maintainability of console soft-ware , Web method ( BS method ) PABX console has been developed successfully by C + + and Java technologies .

指出了作为Windows系统的核心技术DLL，在运用程序的开发中能有效地实现代码重用、代码隐藏，既能提高软件的可维护性又有效地节省了磁盘空间及内存资源。

DLL , the key technique of Windows system , can implement code reuse and code hide efficiently during the development of application programs . It can improve the maintenance of the software , and save the harddisk and memory effectively as well .

本文基于CCITT推荐的SDL语言和关于波动效应分析理论的研究成果，构造了一个量化通信软件系统可维护性的计算模型，并实现了一个相应的自动工具。

Based on CCITT recommended SDL and the theory on ripple effect analysis , a computational quantization model of software system maintainability is formulated . A corresponding automatic fool to implement this model is also introduced .

软件的可维护性是软件质量的一个重要衡量标准。

Software maintenance is one of the important software quality standards .

通过此模型可以很好的预测软件的可维护性等质量特征。

Through applying the two models , the quality of the software could be predicted well .

随着信息化建设程度的不断加深，由于硬件的升级和管理需求的变化等因素，对软件的可维护性提出了更高的要求。

With the development of information infrastructure , as such factors as hardware upgrade and change in manangement requirements , maintainability of software was demanded higher .

程序必须与高维护性的代码离得更近，要么通过改善软件的可维护性，要么通过用更具维护性的代码来替换它。

The application must be brought closer to the ideal of highly maintainable code , either by improving the code 's maintainability , or by replacing it with code that is more maintainable .

分层架构将系统按不同的职责组织成有序的层次，低耦合高内聚，提高了软件的可维护性。（3）实现多语言、跨平台和可重入。

Layered architecture organizes the system into different levels according to different responsibilities , high cohesion and low coupling , which improve the maintainability . ( 3 ) Muli-language interface , cross-platform and re-entrant .

为了提高软件的可维护性和可复用性，在系统设计的过程中，要充分参照现有的设计模式，使系统可以有一个良好的设计。

In order to improve the software maintainability and reusability , make sure refer to the existing design patterns in the course of system design so as to make a good design of the system .

通常，如果软件编写得可维护性不好，那么即使它最开始时可以很好地工作，很快您（或其他人）在修正bug或添加新特性时可能也会破坏程序的正确性。

In general , if software is not written to be maintainable , then even if it works to begin with , sooner or later you ( or someone else ) will end up breaking it trying to fix bugs or add new features .

很好的处理程序编制中的工程问题可以将开发者的主要精力集中在开发算法逻辑以提高方法的准确率，并提高软件整体的可维护性、可扩充性。

Good solution for technical problem can make people fasten on algorithms to improve precision , and make software easy in maintenance and expansion .

针对提高软件系统的可维护性和可复用性，分别提出了业务模型、数据模型和功能模型，并据此提出了一个轻量级的应用架构。

For software systems to improve the maintainability and reusability , namely a business , data and function model , based on a lightweight application framework .

为了提高软件的可靠性和可维护性，解决软件模块化和重用化的问题，本文运用面向对象技术和统一建模语言UML进行仿真系统模块化建模与设计。

In order to improve the reliability and maintainability , solve the problem of the modularization and reuse of the software model .

近年来，软件体系结构的可维护性得到了广泛的研究，其中可维护性的评估是关注焦点。

Recently the assessment of maintainability has received attention .

整个设计过程中的模型与代码的一致性使软件开发质量和可维护性方面都有了很大的提高。

Throughout the design process , the consistency of the model and code can make software quality and maintainability greatly improved .

采用MVC设计模式，简化软件开发过程，提高软件的性能和可维护性，避免了开发者和设计者的重复投资。

Using MVC design patterns to simplify the software development process and improve the performance and maintainability of software , making developers and designers avoid duplicate development .

并结合一个具体的实例讨论了MVC设计模式在J2EE多层体系结构中的应用，J2EE技术与MVC模式的结合，简化了软件的开发，提高了软件的性能和可维护性。

Combined with an actual example which discusses the application of MVC in J2EE , the combination of J2EE technology and MVC mode has simplified the software developing process and improved the performance and maintainability of the software .

结果证明在J2EE平台上采用MVC模式进行开发，可以使软件结构更加清晰，缩短软件开发周期，提高软件的可维护性和代码复用率。

It proves that adopting MVC pattern to develop on J2EE platform can make the structure of the software clearer and can shorten the development period , improve the maintainability and reuse the code of software .

在J2EE企业应用开发中，采用MVC软件体系结构能够简化软件开发，提高软件的性能和可维护性，从而开发出高质量、可复用、可扩展的电子政务系统。

Using MVC software architecture in the development of enterprise application based J2EE , we can simplify the process of software development and improve the quality and maintainability of software . So the high quality , reusable and extensible E-Governance system can be developed .

设计模式通过一种可被复用的方式描述了一些软件设计问题的成功解决方案，从而提高软件生产率和可维护性。

Design pattern provides some successful solution of software design with reuse .