subcode
简明释义
n. [计] 子代码
英英释义
A subcode is a secondary code that is derived from a primary code, often used to provide additional information or classification. | 子代码是从主代码派生出的次级代码，通常用于提供额外的信息或分类。 |
单词用法
子编码系统 | |
子编码标识符 | |
子编码分类 | |
分配一个子编码 | |
使用一个子编码 | |
创建一个子编码 |
同义词
| 代码 | 该软件使用特定的代码进行数据加密。 | ||
| 子程序 | 子程序可以在程序中被多次调用。 | ||
| 标识符 | 数据库中的每个标识符必须是唯一的。 | ||
| 标签 | 标签有助于有效分类信息。 |
反义词
| 主代码 | The main code handles the primary functions of the application. | 主代码处理应用程序的主要功能。 | |
| 主要代码 | In contrast to subcodes, the primary code is essential for the system's operation. | 与子代码相比，主要代码对系统的运行至关重要。 |
例句
1.The control system processes the subcode that is encoded on the CD.
控制系统处理编码于CD中的子码部分。
2.In order to improve the properties of a burst-indicator subcode it is proposed to encode the bits of a burst-indicator subcode byte into different channel words.
为了改善猝发指示符子码的特性，提议将猝发指示符子码字节的位编码成不同的信道字。
3.You may also indicate a dialect by following the ISO language code with a dash and a subcode name.
还可以通过下列带有短线和子码名称的ISO语言代码，来指定为这个标准中的方言。
4.Subcode indicates the application code in screen.
非标准代码出现在<功能><应用>屏幕。
5.In order to improve the properties of a burst-indicator subcode it is proposed to encode the bits of a burst-indicator subcode byte into different channel words.
为了改善猝发指示符子码的特性，提议将猝发指示符子码字节的位编码成不同的信道字。
6.The software requires you to enter a subcode (子代码) to unlock advanced features.
该软件要求您输入一个subcode（子代码）以解锁高级功能。
7.The subcode (子代码) helps categorize the data more effectively.
该subcode（子代码）有助于更有效地对数据进行分类。
8.Each product comes with a unique subcode (子代码) for tracking purposes.
每个产品都有一个独特的subcode（子代码）用于跟踪。
9.To access the restricted area, please provide your subcode (子代码).
要访问受限区域，请提供您的subcode（子代码）。
10.You can find your subcode (子代码) in the settings menu of the application.
您可以在应用程序的设置菜单中找到您的subcode（子代码）。
作文
In the realm of computer programming and software development, the term subcode refers to a smaller, more specific segment of code that operates within a larger codebase. Understanding the concept of subcode is crucial for developers who aim to create efficient and maintainable software applications. By breaking down complex problems into manageable pieces, programmers can enhance both the readability and functionality of their code.When we think about large software systems, they often consist of numerous interconnected components. Each component may contain its own set of functions and procedures, which can be thought of as subcodes. These subcodes serve specific purposes, such as handling user input, processing data, or communicating with databases. By compartmentalizing tasks into subcodes, developers can isolate issues more effectively, making debugging a less daunting task.Moreover, subcode plays a significant role in collaborative projects. In a team environment, multiple developers may work on different aspects of the same application simultaneously. By creating subcodes for specific functionalities, each developer can focus on their part without interfering with others' work. This modular approach not only speeds up the development process but also allows for easier integration of various components once they are completed.In addition to improving collaboration, the use of subcode enhances code reusability. Developers often encounter situations where similar functionalities need to be implemented in different parts of an application. Instead of rewriting the same code multiple times, they can create a subcode that encapsulates the functionality and call it whenever needed. This practice not only saves time but also reduces the chances of introducing bugs, as the same piece of code is used consistently across the application.Furthermore, the organization of subcodes can significantly impact the performance of an application. Well-structured subcodes can lead to optimized execution paths, while poorly organized ones may result in inefficiencies. For instance, if a subcode is designed to handle data retrieval but is not optimized for speed, it could slow down the entire application. Therefore, developers must pay attention to how they structure their subcodes to ensure optimal performance.Lastly, understanding subcode is essential for maintaining software over time. As technology evolves and user requirements change, developers may need to update or refactor existing code. If the codebase is well-organized with clear subcodes, making these changes becomes more straightforward. Developers can easily identify which subcodes need to be adjusted without having to sift through a tangled mess of code.In conclusion, the concept of subcode is integral to modern software development. It enables developers to write cleaner, more efficient code while promoting collaboration and reusability. By mastering the use of subcode, programmers can significantly improve the quality and maintainability of their software applications, ultimately leading to better user experiences and more successful projects.
在计算机编程和软件开发领域，术语subcode指的是在更大的代码库中运行的较小、更具体的代码段。理解subcode的概念对于旨在创建高效且可维护的软件应用程序的开发人员至关重要。通过将复杂问题分解为可管理的部分，程序员可以增强代码的可读性和功能性。当我们想到大型软件系统时，它们通常由许多相互连接的组件组成。每个组件可能包含自己的一组功能和过程，这些可以视为subcode。这些subcode服务于特定目的，例如处理用户输入、处理数据或与数据库通信。通过将任务划分为subcode，开发人员可以更有效地隔离问题，使调试变得不那么令人畏惧。此外，subcode在协作项目中也发挥着重要作用。在团队环境中，多名开发人员可能会同时在同一应用程序的不同方面工作。通过为特定功能创建subcode，每个开发人员可以专注于自己的部分，而不会干扰他人的工作。这种模块化的方法不仅加快了开发过程，而且在完成后也允许更容易地集成各种组件。除了改善协作之外，使用subcode还增强了代码的重用性。开发人员经常遇到需要在应用程序的不同部分实现类似功能的情况。与其多次重写相同的代码，不如创建一个封装了该功能的subcode，在需要时调用它。这种做法不仅节省时间，还减少了引入错误的机会，因为同一段代码在整个应用程序中一致使用。此外，subcode的组织方式可以显著影响应用程序的性能。结构良好的subcode可以导致优化的执行路径，而组织不良的subcode可能导致低效。例如，如果一个subcode被设计用于处理数据检索但没有优化速度，它可能会减慢整个应用程序的运行。因此，开发人员必须关注如何构建他们的subcode以确保最佳性能。最后，理解subcode对于长期维护软件至关重要。随着技术的发展和用户需求的变化，开发人员可能需要更新或重构现有代码。如果代码库组织良好，并且有清晰的subcode，进行这些更改就变得更加简单。开发人员可以轻松识别需要调整的subcode，而无需在错综复杂的代码中翻找。总之，subcode的概念是现代软件开发的核心。它使开发人员能够编写更清晰、更高效的代码，同时促进协作和重用。通过掌握subcode的使用，程序员可以显著提高他们的软件应用程序的质量和可维护性，从而最终带来更好的用户体验和更成功的项目。
