bugs

简明释义

英[bʌɡz]美[bʌɡz]

adj. 发疯的，疯狂的

n. （Bugs）人名；（德）布格斯

英英释义

单词用法

同义词

反义词

例句

1.They are three bugs.

它们是三只小虫子。

2.Some bugs have been fixed.

有些错误已得到修复。

3.He always bugs me.

他总是烦扰我。

4.Most bugs have six legs.

大多数的昆虫都有六条腿。

5.We noticed tiny bugs that were all over the walls.

我们发现墙上爬满了小虫。

6.According to Mrs Kaiser Jamil of RRL, "The Argentinian weevil does not attack any other plant and a pair of adult bugs could destroy the weed in 4-5 days."

据RRL的Kaiser Jamil 女士所说：“这种阿根廷象鼻虫不会攻击任何其它的植物，并且一对成年的象鼻虫可以在4到5天内清除掉那些杂草。”

7.Bugs. More bugs. They are everywhere.

漏洞，还有漏洞，到处都是漏洞。

8.After the update, there are still some 漏洞 in the app.

更新后，应用程序中仍然存在一些漏洞。

9.My computer is acting weird; I think it has some 故障.

我的电脑表现得很奇怪；我想它有一些故障。

10.The software has several 错误 that need to be fixed before the release.

这个软件有几个错误需要在发布之前修复。

11.The teacher says that the 问题 in your essay can be easily corrected.

老师说你论文中的问题可以很容易地纠正。

12.I found a few 虫子 in the garden this morning.

今天早上我在花园里发现了一些虫子。

作文

In the world of technology, the term bugs (错误) is frequently used to describe errors or flaws in software programs. These bugs (错误) can lead to unexpected behavior, crashes, or even security vulnerabilities. Understanding how bugs (错误) occur and how to fix them is essential for developers and users alike.The life cycle of a software project often involves various phases, including planning, development, testing, and maintenance. During the testing phase, developers actively search for bugs (错误) to ensure that the software functions as intended. This process can be quite challenging, as bugs (错误) may not always be apparent during initial testing. They can arise from simple mistakes, such as typos in the code, or more complex issues related to system compatibility.Once a bug (错误) is identified, it needs to be documented and prioritized based on its severity. Some bugs (错误) may cause significant disruptions, while others might be relatively minor. The process of fixing bugs (错误) typically involves debugging, which is the practice of analyzing code to locate and resolve the issue. This can be a tedious task, as developers must carefully trace through their code to understand where things went wrong.Additionally, bugs (错误) can sometimes lead to unintended consequences. For instance, fixing one bug (错误) might inadvertently create another, a phenomenon known as regression. This is why thorough testing is crucial after any changes are made to the software. Automated testing tools can help streamline this process by running a series of tests to catch bugs (错误) before the software is released.In the realm of gaming, bugs (错误) can significantly impact user experience. Gamers often encounter bugs (错误) that can disrupt gameplay or even render a game unplayable. Developers usually release patches to address these bugs (错误), demonstrating their commitment to providing a smooth experience for players. Community feedback plays a vital role in identifying bugs (错误) that may have been overlooked during internal testing.Moreover, the term bugs (错误) is not limited to software. It is also used in various scientific fields, particularly in biology. In this context, bugs (错误) refers to insects or small creatures that can affect ecosystems. Understanding the role of these bugs (错误) in nature is important for maintaining balance within environments.In conclusion, the concept of bugs (错误) is multifaceted, encompassing both technological and biological realms. Whether in software development or ecology, recognizing and addressing bugs (错误) is crucial for improvement and progress. By learning to identify and manage bugs (错误), we can enhance our systems, whether they be digital or natural, leading to better outcomes for all involved.

在技术领域，术语bugs（错误）常用于描述软件程序中的错误或缺陷。这些bugs（错误）可能导致意外行为、崩溃，甚至安全漏洞。理解bugs（错误）是如何发生的以及如何修复它们，对于开发人员和用户都至关重要。一个软件项目的生命周期通常包括多个阶段，包括计划、开发、测试和维护。在测试阶段，开发人员会积极寻找bugs（错误），以确保软件按预期功能运行。这个过程可能相当具有挑战性，因为bugs（错误）在初始测试期间可能并不总是显而易见。它们可能源于简单的错误，例如代码中的拼写错误，或与系统兼容性相关的更复杂的问题。一旦识别出bug（错误），就需要对其进行记录并根据其严重性进行优先级排序。一些bugs（错误）可能会导致重大干扰，而其他可能相对较小。修复bugs（错误）的过程通常涉及调试，即分析代码以定位和解决问题。这可能是一项繁琐的任务，因为开发人员必须仔细追踪他们的代码，以了解问题出在哪里。此外，bugs（错误）有时可能导致意想不到的后果。例如，修复一个bug（错误）可能无意中创建另一个，这种现象被称为回归。这就是为什么在对软件进行任何更改后，彻底测试至关重要。自动化测试工具可以通过运行一系列测试来帮助简化此过程，以捕捉发布前的bugs（错误）。在游戏领域，bugs（错误）可能会显著影响用户体验。玩家经常遇到可能干扰游戏玩法或甚至使游戏无法玩的bugs（错误）。开发人员通常会发布补丁来解决这些bugs（错误），以证明他们致力于为玩家提供顺畅的体验。社区反馈在识别可能在内部测试中被忽视的bugs（错误）方面起着至关重要的作用。此外，术语bugs（错误）不仅限于软件。在许多科学领域，特别是在生物学中，它也被使用。在这种情况下，bugs（错误）指的是可能影响生态系统的昆虫或小生物。理解这些bugs（错误）在自然界中的作用对于维持环境平衡非常重要。总之，bugs（错误）的概念是多方面的，涵盖了技术和生物领域。无论是在软件开发还是生态学中，认识到并解决bugs（错误）对于改善和进步至关重要。通过学习识别和管理bugs（错误），我们可以增强我们的系统，无论是数字的还是自然的，从而为所有相关方带来更好的结果。