debugging

简明释义

英[ˌdiːˈbʌɡɪŋ]美[ˌdiːˈbʌɡɪŋ]

n. 调试以排除故障

v. 排除故障；发现并改正错误（debug 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.Debugging and Editor Support.

调试和编辑器支持。

2.MDP facilitates testing and debugging efforts.

MDP促进测试和调试工作。

3.You have to check the logs for debugging.

为了进行调试，必须查看日志。

4.Source code for the example debugging session.

调试会话示例的源代码。

5.You simply write your program and start debugging.

您可以简单地编写您的程序并启动调试。

6.It is very, very useful for debugging.

这个特性对调试非常有用。

7.The software engineer spent the entire afternoon debugging the application to fix the login issue.

软件工程师花了整个下午调试应用程序以修复登录问题。

8.After debugging the code, we were able to identify the memory leak that was causing crashes.

在调试代码后，我们能够识别出导致崩溃的内存泄漏。

9.The team held a meeting to discuss their debugging strategies for the upcoming project.

团队召开会议讨论即将到来的项目的调试策略。

10.He used various tools for debugging, including breakpoints and logging.

他使用了各种工具进行调试，包括断点和日志记录。

11.The debugging process revealed several hidden bugs in the system.

这次调试过程揭示了系统中几个隐藏的错误。

作文

In the world of computer programming, the term debugging refers to the process of identifying and removing errors or bugs from software code. This essential step ensures that the program runs smoothly and performs its intended functions without any glitches. The journey of debugging can often be challenging, yet it is a critical skill for any programmer. Understanding how to effectively debugging not only improves the quality of the code but also enhances the programmer's problem-solving abilities. When a programmer writes code, they often have a specific goal in mind. However, as they write, they may inadvertently introduce errors. These errors can range from simple syntax mistakes to complex logical flaws that can cause the program to behave unexpectedly. This is where debugging comes into play. It involves a systematic approach to finding and fixing these issues. The first step in debugging is to reproduce the error. A programmer must understand the conditions under which the bug appears. This often involves running the program with different inputs or configurations to see when the issue arises. Once the error is reproduced, the next step is to analyze the code to identify the source of the problem. This requires a keen eye for detail and a deep understanding of the programming language being used. Many programmers use various tools to assist them in the debugging process. Integrated Development Environments (IDEs) often come with built-in debugging tools that allow programmers to step through their code line by line, inspect variables, and monitor the flow of execution. These tools can significantly simplify the debugging process, making it easier to pinpoint the exact location of an error. Once the source of the bug is identified, the programmer must then devise a solution. This may involve rewriting a portion of the code, changing algorithms, or even rethinking the overall architecture of the program. After implementing a fix, the programmer must test the program again to ensure that the issue has been resolved and that no new bugs have been introduced in the process. This iterative cycle of testing and fixing is a fundamental aspect of debugging. Moreover, debugging is not just about fixing errors; it is also an opportunity for learning and improvement. Each bug encountered provides valuable insights into the code and the logic behind it. Programmers often keep logs of the bugs they encounter and how they resolved them, creating a personal knowledge base that can be referred to in future projects. In conclusion, debugging is a vital component of software development. It requires patience, analytical thinking, and creativity. Programmers who master the art of debugging not only produce better software but also become more skilled at their craft. As technology continues to evolve, the importance of debugging will only grow, making it an indispensable skill for anyone in the field of programming. In Chinese, debugging can be translated as "调试", which encompasses the same idea of troubleshooting and refining code to achieve optimal performance.

在计算机编程的世界中，术语debugging指的是识别和消除软件代码中的错误或漏洞的过程。这个基本步骤确保程序顺利运行，并按照预期功能执行，而不会出现故障。debugging的过程往往充满挑战，但对于任何程序员来说，它都是一项关键技能。有效理解如何进行debugging不仅提高了代码的质量，还增强了程序员的解决问题的能力。 当程序员编写代码时，他们通常有一个特定的目标。然而，在编写过程中，他们可能会无意中引入错误。这些错误可以是简单的语法错误，也可以是复杂的逻辑缺陷，导致程序表现出意外行为。这就是debugging发挥作用的地方。它涉及到一种系统的方法来查找和修复这些问题。 debugging的第一步是重现错误。程序员必须了解错误出现的条件。这通常涉及使用不同的输入或配置运行程序，以查看问题何时出现。一旦错误被重现，下一步就是分析代码以识别问题的根源。这需要对细节的敏锐观察力和对所使用编程语言的深刻理解。 许多程序员使用各种工具来帮助他们进行debugging过程。集成开发环境（IDE）通常配备内置的debugging工具，允许程序员逐行检查代码，检查变量并监控执行流程。这些工具可以显著简化debugging过程，使定位错误的确切位置变得更加容易。 一旦识别出错误的根源，程序员必须制定解决方案。这可能涉及重写代码的一部分、更改算法，甚至重新考虑程序的整体架构。在实施修复后，程序员必须再次测试程序，以确保问题已解决，并且在此过程中没有引入新的错误。测试和修复的这种迭代循环是debugging的基本方面。 此外，debugging不仅仅是修复错误；它也是学习和改进的机会。每个遇到的错误都提供了关于代码及其背后逻辑的宝贵见解。程序员通常会记录他们遇到的错误及其解决方法，创建一个个人知识库，以便在未来的项目中参考。 总之，debugging是软件开发的重要组成部分。它需要耐心、分析思维和创造力。掌握debugging艺术的程序员不仅能编写更好的软件，还能提高自己的技能。随着技术的不断发展，debugging的重要性只会增加，使其成为编程领域中不可或缺的技能。