maintainability

简明释义

英[meɪnˌteɪnəˈbɪləti]美[meɪnˌteɪnəˈbɪləti]

n. 可维护性；可维修性

英英释义

单词用法

同义词

反义词

例句

1.Adding a mock is the final step in designing this system for maintainability.

添加一个模仿类是设计可维护性的系统的最后一个步骤。

2.This has the double advantages of consistency and maintainability.

这样做就拥有了一致性和可维护性的双重优势。

3.Maintainability a "measures the flexibility of the system."

可维护性——测量系统的灵活性。

4.One of the keys to good design is keeping an eye on maintainability.

优秀设计的关键因素之一就是注意保持系统的可维护性。

5.Japan also intends to improve the reliability and maintainability of its aircraft.

日本也试图改进其飞机的可靠性和可维护性。

6.Such a separation is a hallmark of good design and increases maintainability.

这样的分离是良好设计的标志，并可以增加可维护性。

7.Most aspects of quality are very subjective, such as maintainability, reliability, and usability.

质量的大多数方面都是很主观的，比如可维护性、可靠性以及可用性。

8.High maintainability in code means fewer bugs and faster development cycles.

代码的高可维护性意味着更少的错误和更快的开发周期。

9.The team conducted a review to assess the maintainability of the existing system.

团队进行了审查，以评估现有系统的可维护性。

10.We prioritize maintainability in our design process to ensure long-term usability.

我们在设计过程中优先考虑可维护性以确保长期可用性。

11.The software's maintainability allows developers to easily update features without causing disruptions.

软件的可维护性使开发人员能够轻松更新功能而不会造成干扰。

12.Improving the maintainability of our application has reduced the time spent on troubleshooting.

提高我们应用程序的可维护性减少了故障排除所花费的时间。

作文

In today's fast-paced technological world, the concept of maintainability plays a crucial role in the development and sustainability of software and systems. Maintainability refers to the ease with which a product or system can be maintained to ensure its optimal performance over time. This includes the ability to fix defects, make enhancements, and adapt to new requirements without excessive cost or effort. As technology evolves, the importance of maintainability cannot be overstated, particularly in industries where software is an integral part of operations.To illustrate the significance of maintainability, consider the example of a large-scale enterprise software application. When such a system is developed, it is essential to consider how easy it will be to update and modify in the future. A system with high maintainability allows developers to implement changes swiftly, reducing downtime and ensuring that users have access to the latest features and security updates. Conversely, a system that lacks maintainability may become cumbersome and expensive to manage, leading to increased frustration among users and developers alike.Furthermore, the principles of software engineering emphasize the need for good coding practices to enhance maintainability. For instance, writing clean, modular code that adheres to established design patterns can significantly improve a system's maintainability. Developers should also prioritize documentation, as comprehensive guides and comments within the codebase facilitate easier understanding and modifications by others who may work on the project in the future.Another aspect of maintainability is the use of automated testing and continuous integration. By implementing these practices, teams can quickly identify and resolve issues before they escalate into larger problems. Automated tests help ensure that new features do not break existing functionality, thus preserving the overall health of the system. This proactive approach to maintainability not only saves time but also enhances the quality of the software produced.Moreover, organizations must recognize that maintainability is not solely the responsibility of the development team. Stakeholders and project managers should also be involved in discussions about maintainability during the planning and design phases. By fostering a culture that values maintainability, companies can create products that are resilient and adaptable to change, ultimately leading to greater customer satisfaction and loyalty.In conclusion, maintainability is a vital attribute of any software or system that aims to thrive in a dynamic environment. It encompasses various factors, including code quality, documentation, testing practices, and collaborative efforts among team members. As we move forward in an era dominated by technology, understanding and prioritizing maintainability will be key to building successful and sustainable systems that meet the ever-changing needs of users. Companies that invest in maintainability will not only save costs in the long run but will also enhance their reputation as reliable and innovative providers in their respective markets.

在当今快速发展的技术世界中，可维护性的概念在软件和系统的开发与可持续性中发挥着至关重要的作用。可维护性是指产品或系统被维护以确保其长期最佳性能的便利性。这包括修复缺陷、进行增强和适应新需求的能力，而不会产生过高的成本或努力。随着技术的发展，可维护性的重要性不容低估，特别是在软件是运营不可或缺的一部分的行业中。为了说明可维护性的重要性，可以考虑一个大规模企业软件应用的例子。当开发这样的系统时，必须考虑未来更新和修改的便利性。具有高可维护性的系统允许开发人员快速实施更改，从而减少停机时间，并确保用户能够访问最新的功能和安全更新。相反，缺乏可维护性的系统可能会变得繁琐且管理成本高昂，导致用户和开发人员的挫败感增加。此外，软件工程的原则强调良好编码实践对于提高可维护性的必要性。例如，编写干净、模块化的代码并遵循既定设计模式可以显著改善系统的可维护性。开发人员还应优先考虑文档，因为全面的指南和代码库中的注释使得其他人将来在项目中进行理解和修改变得更加容易。可维护性的另一个方面是使用自动化测试和持续集成。通过实施这些实践，团队可以迅速识别并解决问题，避免问题升级为更大的麻烦。自动化测试有助于确保新功能不会破坏现有功能，从而保持系统的整体健康。这种对可维护性的主动关注不仅节省了时间，还提升了所生产软件的质量。此外，组织必须认识到可维护性并不仅仅是开发团队的责任。利益相关者和项目经理也应该参与关于可维护性的讨论，在规划和设计阶段进行交流。通过培养重视可维护性的文化，公司可以创建出能够抵御变化和适应变化的产品，最终带来更高的客户满意度和忠诚度。总之，可维护性是任何希望在动态环境中蓬勃发展的软件或系统的重要属性。它包含多个因素，包括代码质量、文档、测试实践以及团队成员之间的合作努力。随着我们进入一个以技术为主导的时代，理解和优先考虑可维护性将是构建成功和可持续系统的关键，以满足用户不断变化的需求。投资于可维护性的公司不仅能在长远中节省成本，还能提升其作为可靠和创新提供商的声誉。