manual programming

简明释义

手工偏程序

英英释义

例句

1.In this workshop, we will learn about manual programming 手动编程 for robotics.

在这个研讨会上，我们将学习关于手动编程的机器人技术。

2.The technician performed manual programming 手动编程 to configure the device settings.

技术人员进行了手动编程以配置设备设置。

3.After the system crash, manual programming 手动编程 was necessary to restore the application.

系统崩溃后，恢复应用程序需要进行手动编程。

4.He prefers manual programming 手动编程 over automated scripts for better control.

他更喜欢手动编程而不是自动脚本，以便获得更好的控制。

5.The engineer demonstrated manual programming 手动编程 on the machine to show its flexibility.

工程师在机器上演示了手动编程以展示其灵活性。

作文

In the rapidly evolving world of technology, programming has become a fundamental skill that is in high demand. While many people are familiar with automated programming tools and environments, there is a significant value in understanding the concept of manual programming. 手动编程 refers to the process of writing code by hand, using a text editor or an integrated development environment (IDE), without relying on automation tools to generate code for you. This practice not only enhances a programmer's problem-solving skills but also deepens their understanding of the underlying principles of coding.One of the primary advantages of manual programming is the level of control it offers. When programmers write code manually, they have the opportunity to make precise adjustments and optimizations to their algorithms. This hands-on approach allows them to tailor their solutions to specific problems, ensuring that the code runs efficiently and effectively. For instance, when working on complex algorithms, a programmer who engages in manual programming can identify bottlenecks and inefficiencies that automated tools might overlook.Moreover, manual programming fosters a deeper understanding of programming languages. By writing code from scratch, programmers learn the syntax and semantics of the language more thoroughly. They become familiar with the nuances of the language, such as its data structures, control flow mechanisms, and error handling techniques. This foundational knowledge is crucial for debugging and optimizing code, as it equips programmers with the skills needed to troubleshoot issues that may arise during the development process.Another important aspect of manual programming is its role in enhancing creativity and innovation. When programmers are not confined to the limitations of automated tools, they can explore unconventional solutions to problems. This freedom encourages experimentation, allowing developers to implement unique algorithms or design patterns that might not be readily available through automated means. As a result, manual programming can lead to groundbreaking advancements in software development and technology.Furthermore, engaging in manual programming promotes better collaboration among team members. When all team members have a strong grasp of coding fundamentals, they can communicate more effectively about technical challenges and solutions. This shared understanding fosters a collaborative environment where ideas can be exchanged freely, leading to more robust and innovative projects.Despite the advantages of manual programming, it is essential to recognize that it can be time-consuming. Writing code by hand often requires more effort than using automated tools, which can generate code quickly. However, the long-term benefits of mastering manual programming far outweigh the initial investment of time and effort. Programmers who take the time to hone their manual coding skills will find themselves better equipped to tackle complex challenges in their careers.In conclusion, manual programming is a vital skill that every aspiring programmer should strive to master. It provides control, fosters a deeper understanding of programming languages, encourages creativity, and enhances collaboration within teams. While automated tools have their place in the programming landscape, the importance of manual programming cannot be overstated. By investing in this skill, programmers can ensure they remain competitive and capable in an ever-changing technological world.

在快速发展的科技世界中，编程已成为一种基本技能，需求量很大。虽然许多人熟悉自动化编程工具和环境，但理解手动编程的概念具有重要价值。手动编程是指通过文本编辑器或集成开发环境（IDE）手动编写代码的过程，而不依赖于自动化工具来生成代码。这种实践不仅增强了程序员的问题解决能力，还加深了他们对编码基本原理的理解。手动编程的主要优点之一是它提供的控制水平。当程序员手动编写代码时，他们有机会对算法进行精确调整和优化。这种动手的方法使他们能够根据特定问题量身定制解决方案，确保代码高效有效地运行。例如，在处理复杂算法时，参与手动编程的程序员可以识别出自动化工具可能忽视的瓶颈和低效之处。此外，手动编程促进了对编程语言的更深入理解。通过从头开始编写代码，程序员可以更彻底地学习语言的语法和语义。他们熟悉语言的细微差别，例如数据结构、控制流机制和错误处理技术。这种基础知识对于调试和优化代码至关重要，因为它使程序员具备了解决开发过程中可能出现的问题所需的技能。手动编程的另一个重要方面是它在增强创造力和创新能力方面的作用。当程序员不受自动化工具限制时，他们可以探索对问题的非常规解决方案。这种自由鼓励实验，使开发人员能够实现独特的算法或设计模式，这些可能无法通过自动化手段轻易获得。因此，手动编程可以推动软件开发和技术的突破性进展。此外，参与手动编程促进了团队成员之间更好的协作。当所有团队成员都对编码基础知识有很强的掌握时，他们可以更有效地交流技术挑战和解决方案。这种共同理解营造了一个协作环境，思想可以自由交流，从而导致更强大和创新的项目。尽管手动编程具有优势，但必须认识到它可能会耗时。手动编写代码通常比使用自动化工具需要更多的努力，这些工具可以快速生成代码。然而，掌握手动编程的长期好处远超过初始时间和精力的投资。花时间磨练手动编码技能的程序员会发现自己在职业生涯中更能应对复杂的挑战。总之，手动编程是一项每个有抱负的程序员都应该努力掌握的重要技能。它提供了控制，促进了对编程语言的更深入理解，鼓励创造力，并增强了团队内部的协作。尽管自动化工具在编程领域有其存在的地方，但手动编程的重要性不可低估。通过投资于这一技能，程序员可以确保他们在不断变化的技术世界中保持竞争力和能力。