code rewriting

简明释义

代码再生

英英释义

例句

1.During the project review, it became clear that code rewriting 代码重写 was needed to fix several critical bugs.

在项目审查过程中，显然需要进行代码重写 code rewriting 来修复几个关键错误。

2.After reviewing the performance of our application, we decided that code rewriting 代码重写 was necessary to improve efficiency.

在审查了我们应用程序的性能后，我们决定进行代码重写 code rewriting 以提高效率。

3.The client requested code rewriting 代码重写 to ensure compatibility with the latest technology stack.

客户要求进行代码重写 code rewriting 以确保与最新技术栈的兼容性。

4.Our team is currently focused on code rewriting 代码重写 to enhance the security features of the application.

我们的团队目前专注于代码重写 code rewriting 以增强应用程序的安全功能。

5.The legacy system was too outdated, so we opted for code rewriting 代码重写 to modernize our software.

遗留系统过于陈旧，因此我们选择了代码重写 code rewriting 来现代化我们的软件。

作文

In the world of software development, the term code rewriting refers to the process of taking existing code and modifying it to improve its structure, efficiency, or readability. This practice can be essential for maintaining and updating software applications, especially as new technologies emerge and user needs evolve. Code rewriting is not merely about fixing bugs; it often involves a comprehensive review of the codebase to identify areas that require enhancement. One of the primary reasons for code rewriting is to improve performance. Over time, as applications grow and accumulate features, the original code may become inefficient. Developers might find that certain functions are running slower than expected or that the overall application is consuming too many resources. By engaging in code rewriting, developers can optimize algorithms, reduce redundancy, and streamline processes, leading to faster and more efficient applications.Another important aspect of code rewriting is enhancing readability and maintainability. Code that was written years ago may not adhere to current best practices or coding standards. As programming languages evolve, newer syntax and structures can make code easier to understand. When developers rewrite code, they often implement clearer naming conventions, modularize functions, and add comments to explain complex logic. This clarity is crucial for teams, especially when multiple developers work on the same codebase. It allows new team members to onboard quickly and reduces the time needed for debugging and further development.Moreover, code rewriting can also address technical debt. Technical debt refers to the implied cost of additional rework caused by choosing an easy solution now instead of using a better approach that would take longer. Over time, this 'debt' accumulates and can hinder future development. By rewriting code, developers can pay down this debt, ensuring that the foundation of the application is solid and scalable for future enhancements.In some cases, code rewriting is necessary due to changes in technology. For instance, if a programming language becomes outdated or if a framework is no longer supported, developers may need to rewrite portions of the application to ensure compatibility with modern systems. This transition can be daunting, but it is often necessary to keep the software relevant and functional.However, code rewriting is not without its challenges. It requires careful planning and execution, as rewriting code can introduce new bugs if not done carefully. Developers must balance the need for improvement with the risk of destabilizing existing functionality. Additionally, extensive rewrites can be time-consuming and may divert resources from other critical tasks, so it's essential to weigh the benefits against the potential drawbacks.In conclusion, code rewriting plays a vital role in the lifecycle of software development. It allows developers to enhance performance, improve readability, address technical debt, and adapt to changing technologies. While it presents certain challenges, the long-term benefits often outweigh the risks. As technology continues to advance, the practice of code rewriting will remain an integral part of maintaining high-quality software applications.

在软件开发的世界中，术语code rewriting指的是对现有代码进行修改以改善其结构、效率或可读性的过程。这种实践对于维护和更新软件应用程序至关重要，尤其是在新技术出现和用户需求不断变化的情况下。code rewriting不仅仅是修复错误；它通常涉及对代码库的全面审查，以识别需要增强的领域。code rewriting的主要原因之一是提高性能。随着时间的推移，应用程序不断增长并积累特性，原始代码可能变得低效。开发人员可能会发现某些功能运行速度比预期慢，或者整个应用程序消耗的资源过多。通过进行code rewriting，开发人员可以优化算法、减少冗余并简化流程，从而使应用程序更快、更高效。code rewriting的另一个重要方面是增强可读性和可维护性。多年前编写的代码可能不符合当前的最佳实践或编码标准。随着编程语言的发展，更新的语法和结构可以使代码更易于理解。当开发人员重写代码时，他们通常会实施更清晰的命名约定、模块化函数并添加注释以解释复杂的逻辑。这种清晰度对于团队至关重要，尤其是在多个开发人员共同处理同一代码库时。它使新团队成员能够快速上手，并减少调试和进一步开发所需的时间。此外，code rewriting还可以解决技术债务。技术债务是指由于现在选择简单解决方案而导致的额外返工的隐含成本，而不是使用需要更长时间的更好方法。随着时间的推移，这种“债务”会累积，并可能妨碍未来的开发。通过重写代码，开发人员可以偿还这笔债务，确保应用程序的基础是坚实的，并且可以扩展以进行未来的增强。在某些情况下，由于技术变化，code rewriting是必要的。例如，如果一种编程语言过时，或者某个框架不再受支持，开发人员可能需要重写应用程序的某些部分，以确保与现代系统的兼容性。这种过渡可能令人生畏，但通常是保持软件相关和功能正常所必需的。然而，code rewriting并非没有挑战。它需要仔细的规划和执行，因为重写代码如果不谨慎，会引入新的错误。开发人员必须在改善的需求与破坏现有功能的风险之间取得平衡。此外，广泛的重写可能耗时，并可能分散其他关键任务的资源，因此必须权衡收益与潜在缺陷。总之，code rewriting在软件开发的生命周期中发挥着至关重要的作用。它使开发人员能够提高性能、改善可读性、解决技术债务以及适应技术变化。尽管它带来了某些挑战，但长期利益往往超过风险。随着技术的不断进步，code rewriting的实践将仍然是维护高质量软件应用程序的一个重要组成部分。