debuggers

简明释义

英[dɪˈbʌɡəz]美[dɪˈbʌɡərz]

n. 调试器；[计]调试程序（debugger 的复数）

英英释义

单词用法

同义词

反义词

例句

1.The many memory debuggers available on AIX typically fall into one of the following categories.

AIX上的许多可用的内存调试器都属于以下类别。

2.On the other hand, newbies tend to rely excessively on debuggers to fix bugs.

相反，大多数的新手往往要过多地依靠调试器来修正错误。

3.Ideally, we would have debuggers that completely obviated the need for printlns.

理想情况下我们应部署调试器，它可以完全取消printlns的需求。

4.CDT debug MI is the application connector for MI-compatible debuggers.

是用于与MI兼容的调试器的应用程序连接器。

5.For at least four decades, people have been building tools called debuggers.

在过去的至少四十年里，人们一直在做一种叫做调试器的工具。

6.Eric Raymond wrote gud.el, a grand unified debugger mode for running GDB and other debuggers, as part of Emacs.

EricRaymond写过一个gud . el，它是一个大型统一调试器(grand unified debugger)模式，用于将GDB和其他调试器作为Emacs的一部分来运行。

7.Native apps have better debuggers and emulators.

原生应用有更好的调试工具和模拟器。

8.I don't like Debuggers because they aren't reliable.

我不喜欢调试器，因为他们不可信赖。

9.Developers often rely on debuggers to identify and fix issues in their code.

开发人员通常依赖于调试器来识别和修复代码中的问题。

10.Using debuggers can significantly speed up the development process.

使用调试器可以显著加快开发过程。

11.Many programming environments come with built-in debuggers for easier troubleshooting.

许多编程环境都配备了内置的调试器，以便于故障排除。

12.When an application crashes, debuggers help developers understand what went wrong.

当应用程序崩溃时，调试器帮助开发人员理解出错的原因。

13.Advanced debuggers allow for remote debugging of applications running on different machines.

高级调试器允许对在不同机器上运行的应用程序进行远程调试。

作文

In the world of software development, the term debuggers refers to specialized tools or programs that help developers identify and fix bugs or errors in their code. Debugging is a crucial part of the programming process, as it ensures that the software functions correctly and meets user expectations. Without effective debuggers, developers would struggle to pinpoint issues, leading to longer development cycles and potentially flawed products. The role of debuggers can be compared to that of a detective in a mystery novel. Just as a detective gathers clues and investigates leads to solve a case, developers use debuggers to trace the flow of their code, examine variables, and monitor the execution of programs. This process allows them to uncover hidden problems that may not be immediately apparent during regular testing. There are various types of debuggers, each designed for different programming environments and languages. Some are integrated into development environments (IDEs), providing real-time feedback as developers write their code. Others are standalone applications that can be used to analyze compiled programs. Regardless of their form, all debuggers share the common goal of improving code quality and enhancing the overall development experience. Using debuggers effectively requires a solid understanding of both the programming language being used and the specific features of the debugging tool itself. Developers must learn how to set breakpoints, which are markers that pause program execution at a specific line of code. This allows them to inspect the current state of the application and understand how data is changing throughout the program's execution. Additionally, debuggers often provide features such as step-through execution, which lets developers run their code line by line to observe its behavior closely. One of the significant advantages of using debuggers is that they can save time and resources in the long run. By identifying and fixing issues early in the development process, developers can avoid costly rework and late-stage fixes that can derail project timelines. Furthermore, well-debugged software tends to have fewer post-release issues, leading to higher user satisfaction and trust in the product. However, relying solely on debuggers is not advisable. While these tools are powerful, they cannot replace good coding practices and thorough testing. Developers should still strive to write clean, maintainable code and conduct comprehensive tests before deploying their software. The combination of sound coding principles and effective debugging tools creates a robust framework for successful software development. In conclusion, debuggers play an indispensable role in the software development lifecycle. They empower developers to find and fix errors efficiently, ultimately leading to better software products. As technology continues to evolve, so too will the capabilities of debuggers, making them even more vital for developers worldwide. Embracing these tools alongside strong programming skills is essential for anyone looking to excel in the field of software development.

在软件开发的世界中，术语debuggers指的是帮助开发人员识别和修复代码中的错误或缺陷的专用工具或程序。调试是编程过程中的重要部分，因为它确保软件正确运行并满足用户期望。如果没有有效的debuggers，开发人员将难以定位问题，从而导致更长的开发周期和潜在缺陷的产品。 debuggers的角色可以与侦探在悬疑小说中的角色相比较。就像侦探收集线索和调查线索以解决案件一样，开发人员使用debuggers追踪代码的流动，检查变量并监控程序的执行。这个过程使他们能够发现隐藏的问题，这些问题在常规测试中可能并不明显。 有各种类型的debuggers，每种类型都针对不同的编程环境和语言设计。有些集成在开发环境（IDE）中，在开发人员编写代码时提供实时反馈。其他则是独立应用程序，可以用于分析已编译的程序。无论其形式如何，所有debuggers都有一个共同的目标，即提高代码质量并增强整体开发体验。 有效使用debuggers需要对所使用的编程语言和调试工具本身的特定功能有扎实的理解。开发人员必须学习如何设置断点，这些断点是在特定代码行暂停程序执行的标记。这使他们能够检查应用程序的当前状态，并了解数据在程序执行过程中的变化。此外，debuggers通常提供逐步执行等功能，让开发人员逐行运行代码，以密切观察其行为。 使用debuggers的一个重要好处是，从长远来看，它们可以节省时间和资源。通过在开发过程的早期识别和修复问题，开发人员可以避免昂贵的返工和可能会破坏项目时间表的后期修复。此外，经过良好调试的软件往往在发布后问题较少，从而导致用户满意度和对产品的信任度更高。 然而，仅仅依赖debuggers是不明智的。虽然这些工具很强大，但它们不能替代良好的编码实践和全面的测试。开发人员仍应努力编写清晰、可维护的代码，并在部署软件之前进行全面测试。良好的编码原则和有效的调试工具的结合为成功的软件开发创造了一个强大的框架。 总之，debuggers在软件开发生命周期中扮演着不可或缺的角色。它们使开发人员能够高效地查找和修复错误，最终导致更好的软件产品。随着技术的不断发展，debuggers的功能也将不断演进，使其对全球开发人员变得更加重要。拥抱这些工具与强大的编程技能相结合，对于任何希望在软件开发领域中脱颖而出的人来说都是必不可少的。