maintainable

简明释义

英[meɪnˈteɪnəbl]美[meɪnˈteɪnəbl]

adj. 可维持的；可主张的；可维修的

英英释义

单词用法

同义词

反义词

例句

1.But this appreciation does not necessarily require the code to be readable or maintainable.

但是这种欣赏并不是一定要求代码易读或者简洁。

2.When people talk about the code being maintainable and "extensible", it's not that we have plug-ins.

当人们谈论代码的可维护性和“可扩展性”时，并不是在说什么插件。

3.My brief definition is, correct, maintainable, and adequately fast.

我的简单定义是，正确，可维修，足够快。

4.At the same time, it needs to be maintainable.

同时，它需要具有可维护性。

5.Good programmers continually work to create more robust, more maintainable and efficient code.

好的程序员不停的工作，以创建更加强壮更具维护性和有效的代码。

6.As you can see, by using the "code behind" approach, your code is very concise and maintainable.

如你所见，使用“代码分离”方法，你的代码会非常简明而易于维护。

7.Documentation is key to ensuring that a project remains maintainable over time.

文档是确保项目随着时间推移保持可维护性的关键。

8.Using frameworks that promote maintainable code can save time in the long run.

使用促进可维护的代码的框架可以从长远来看节省时间。

9.The team prioritized writing maintainable code to reduce technical debt.

团队优先编写可维护的代码，以减少技术债务。

10.The software was designed to be maintainable, allowing developers to easily update it in the future.

该软件被设计为可维护的，使开发人员能够轻松地在未来进行更新。

11.A clean codebase is essential for creating maintainable applications.

干净的代码库对于创建可维护的应用程序至关重要。

作文

In the modern world, where technology and innovation are rapidly evolving, the concept of a maintainable system has become increasingly important. A maintainable system is one that can be easily updated, repaired, or modified without requiring extensive resources or time. This characteristic is essential for both software and hardware development, as it ensures longevity and adaptability in a fast-paced environment. For instance, consider the software development industry. Developers strive to create applications that are not only functional but also maintainable. When writing code, they follow best practices such as modular programming and clear documentation. This allows future developers to understand the codebase quickly and make necessary changes with minimal effort. A well-structured codebase reduces technical debt, making the application more maintainable over time. On the other hand, in the realm of hardware, a maintainable product is designed with accessibility in mind. For example, smartphones that allow users to replace batteries or upgrade storage are considered more maintainable than those that are sealed shut. This design philosophy not only extends the lifespan of the device but also enhances user satisfaction, as consumers appreciate the ability to keep their devices up-to-date without needing to purchase new ones frequently. Moreover, the importance of maintainable systems transcends individual products and extends to entire organizations. Companies that prioritize maintainable practices often see improved efficiency and reduced costs. For example, organizations that implement regular maintenance schedules for their equipment can avoid costly breakdowns and ensure that their operations run smoothly. Similarly, businesses that invest in employee training to ensure that staff can handle minor repairs and updates contribute to a maintainable workplace culture. Sustainability is another critical aspect linked to maintainable systems. In an era where environmental concerns are at the forefront, creating products that are maintainable helps reduce waste. For instance, by designing appliances that can be easily repaired rather than discarded, manufacturers can contribute to a more sustainable economy. Consumers are becoming increasingly aware of their purchasing decisions, favoring products that are built to last and can be maintained over time. In conclusion, embracing the principle of maintainable systems is vital for success in today’s dynamic landscape. Whether in software development, hardware design, organizational practices, or sustainability efforts, prioritizing maintainable solutions leads to better outcomes for individuals and society as a whole. As we move forward, it is essential to recognize the value of maintainable systems in fostering innovation, efficiency, and sustainability.

在现代社会，随着科技和创新的快速发展，“可维护的”系统的概念变得越来越重要。“可维护的”系统是指可以轻松更新、修复或修改，而不需要大量资源或时间的系统。这一特征对于软件和硬件开发都是至关重要的，因为它确保了在快速变化的环境中系统的持久性和适应性。例如，考虑软件开发行业。开发人员努力创建不仅功能齐全而且“可维护的”应用程序。在编写代码时，他们遵循模块化编程和清晰文档等最佳实践。这使得未来的开发人员能够快速理解代码库，并以最小的努力进行必要的更改。良好结构化的代码库减少了技术债务，使得应用程序在时间上更加“可维护的”。另一方面，在硬件领域，“可维护的”产品的设计考虑了可及性。例如，允许用户更换电池或升级存储的智能手机被认为比那些封闭的设备更“可维护的”。这种设计理念不仅延长了设备的使用寿命，还提高了用户满意度，因为消费者欣赏能够在不频繁购买新设备的情况下保持其设备的最新状态。此外，“可维护的”系统的重要性超越了单个产品，扩展到整个组织。优先考虑“可维护的”实践的公司通常会看到效率提高和成本降低。例如，实施定期维护计划的组织可以避免昂贵的故障，确保其运营顺利进行。同样，投资于员工培训，使员工能够处理小型维修和更新的企业，有助于营造“可维护的”工作文化。可持续性是与“可维护的”系统相关的另一个关键方面。在环境问题处于前沿的时代，创造“可维护的”产品有助于减少浪费。例如，通过设计可以轻松修复而不是丢弃的家电，制造商可以为更可持续的经济做出贡献。消费者越来越意识到他们的购买决策，偏爱那些经久耐用并且可以长期维护的产品。总之，在当今动态环境中，接受“可维护的”系统原则对成功至关重要。无论是在软件开发、硬件设计、组织实践还是可持续发展努力中，优先考虑“可维护的”解决方案都会为个人和整个社会带来更好的结果。随着我们向前发展，认识到“可维护的”系统在促进创新、效率和可持续性方面的价值是至关重要的。