internals
简明释义
n. 内部构件
英英释义
单词用法
内部控制；内控 | |
内力 |
同义词
反义词
例句
1.Let's look very briefly at the internals of the parser you've produced.
让我们非常简要地了解一下您生成的解析器的内部原理。
2.Any complex system can easily be understood by creating diagrams and views that visually represent the internals of a system.
通过创建可视地表示系统的内部构件的图和视图，可以很容易地了解任何复杂的系统。
3.Take the battery out immediately, to prevent electrical short circuits from frying your phone’s fragile internals.
为了防止短路对脆弱的内部结构造成损伤要立刻拿下电池。
4.They liked to test the internals while the code was fresh in their minds.
他们喜欢当代码在他们的头脑中产生时测试软件的内部构件。
5.Let's now look at the internals of the VFS to see how this works.
让我们看看VFS的内部结构及其工作原理。
6.Let's look at the internals of the virtio API and its components.
让我们查看virtioAPI的内部及其组件。
7.The software developers need to understand the internals of the application to fix the bugs efficiently.
软件开发人员需要理解应用程序的内部结构以高效修复错误。
8.In order to optimize performance, we should analyze the internals of the database system.
为了优化性能，我们应该分析数据库系统的内部结构。
9.The engineer explained the internals of the engine to the students in the workshop.
工程师在研讨会上向学生们解释了发动机的内部结构。
10.Understanding the internals of a computer helps in troubleshooting hardware issues.
理解计算机的内部结构有助于排除硬件问题。
11.The book provides a deep dive into the internals of operating systems.
这本书深入探讨了操作系统的内部结构。
作文
In the world of technology and software development, the term internals (内部结构) often refers to the underlying components and mechanisms that make a system function. Understanding the internals (内部结构) of a software application is crucial for developers who aim to enhance performance, troubleshoot issues, or implement new features. This essay will explore the significance of internals (内部结构) in software engineering, how it impacts the development process, and why a deep understanding of these aspects can lead to more robust and efficient applications.Firstly, having a solid grasp of the internals (内部结构) allows developers to write better code. When programmers understand how a programming language operates at a fundamental level, they can optimize their code for efficiency. For instance, knowing how memory management works within a language can help developers avoid memory leaks and improve the overall performance of their applications. Additionally, understanding the internals (内部结构) of libraries and frameworks can lead to more effective use of these tools, as developers can leverage their strengths while avoiding pitfalls.Moreover, when developers encounter bugs or performance issues, knowledge of the internals (内部结构) is invaluable. Debugging requires an understanding of how different components interact within an application. If a developer knows the internals (内部结构) of a system, they can trace problems back to their source more efficiently. This not only saves time but also reduces frustration during the debugging process. By delving into the internals (内部结构), developers can identify whether an issue lies within their own code or in a third-party library, leading to quicker resolutions.Furthermore, a comprehensive understanding of internals (内部结构) can foster innovation. When developers are aware of the limitations and capabilities of the systems they work with, they are better equipped to think outside the box. For example, if a developer understands the internals (内部结构) of a database management system, they might discover ways to manipulate data more effectively or create new algorithms that enhance data retrieval speeds. This kind of innovative thinking is essential in a competitive tech landscape where efficiency and performance can set a product apart from its competitors.Additionally, the concept of internals (内部结构) extends beyond software to hardware as well. Engineers working on embedded systems need to be familiar with the internals (内部结构) of both the hardware and software to create seamless integration. This multidisciplinary approach ensures that products function optimally and meet user requirements. Therefore, understanding internals (内部结构) is not just beneficial for software developers but is also critical for anyone involved in technology development.In conclusion, the importance of understanding internals (内部结构) in technology cannot be overstated. It empowers developers to write better code, debug more effectively, innovate new solutions, and integrate systems seamlessly. As technology continues to evolve, the demand for professionals who possess a deep understanding of internals (内部结构) will only increase. Thus, aspiring developers and engineers should prioritize learning about the internals (内部结构) of the systems they work with to enhance their skills and contribute meaningfully to the tech industry.
