subprogram

简明释义

英[ˈsʌbˌprəʊɡræm]美[ˈsʌbˌproɡrəm]

n. [计] 子程序；次程序；[计] 辅程序

英英释义

单词用法

同义词

反义词

例句

1.The author analyzes the core subprogram of plotting dot seriously and deal with the subprograms of typical graphics drawing in detail.

对核心绘点子程序做了认真剖析，对典型图形的绘制做了详细介绍。

2.The concept, format, application and points for attention of subprogram are outlined.

阐述了子程序概念、子程序格式、在数控铣削中的应用及注意事项。

3.This paper introduces the transparency of the subprogram and meaning of compatibility, and expounds its application in the SCM design.

分析了子程序的透明性和相容性 的含义，讲述了其在单片机设计中的应用。

4.When discovering data errors in the database, the system will check the system data automatically, and run rectifying subprogram to correct them.

发现数据库的数据有错误后，系统自动对系统数据进行校验，并运行纠错子程序纠正数据错误。

5.Applying finite element method and programming subprogram to study distributed regularities of concrete gritty dam's stress and strain.

应用有限元法，编制子程序，研究了重力坝应力和应变分布规律。

6.Descending sorting of a generically typed internal table in a subprogram.

在一个子程序中对一个一般内表进行递减排序。

7.The main program calls a subprogram 子程序 to handle user input.

主程序调用一个子程序来处理用户输入。

8.The subprogram 子程序 returns a value that is used by the main function.

这个子程序返回一个值，该值被主函数使用。

9.Debugging a subprogram 子程序 can help identify issues in the main program.

调试一个子程序可以帮助识别主程序中的问题。

10.Each subprogram 子程序 is designed to perform a specific task within the application.

每个子程序被设计用来在应用程序中执行特定的任务。

11.To improve code readability, we should modularize our code into subprograms 子程序.

为了提高代码的可读性，我们应该将代码模块化为子程序。

作文

In the field of computer science, the concept of a subprogram (子程序) plays a crucial role in structuring code and enhancing its readability. A subprogram is essentially a set of instructions that perform a specific task, which can be invoked from various parts of a program. This modular approach not only simplifies the coding process but also promotes reusability, as the same subprogram can be utilized multiple times without the need to rewrite the code. When we think about programming, it is often likened to writing a book. Each chapter represents a different section of the narrative, and just as chapters help organize a story, subprograms help organize a program. By breaking down complex problems into smaller, manageable parts, programmers can focus on one piece at a time. For example, if a programmer is creating a game, they might write a subprogram to handle player movement, another for scoring, and yet another for displaying graphics. This separation of concerns makes the code easier to debug and maintain.Moreover, the use of subprograms enhances collaboration among developers. In a team environment, different programmers can work on different subprograms simultaneously, allowing for more efficient development processes. Once each subprogram is completed, they can be integrated into the main program seamlessly. This collaborative approach is essential in large-scale projects where time and resources are limited.Another significant advantage of using subprograms is the reduction of redundancy. Instead of duplicating code across various sections of a program, developers can call a subprogram whenever needed. This not only saves time but also minimizes the risk of errors. If a bug is found in a subprogram, it can be fixed in one location, and all instances where it is called will automatically reflect the change. This leads to cleaner, more efficient code that is easier to manage over time.Furthermore, subprograms can also improve the performance of a program. By isolating specific functions, programmers can optimize those subprograms independently, ensuring that each part of the code runs as efficiently as possible. This optimization can lead to faster execution times and a better overall user experience.However, it is important to note that while subprograms provide numerous benefits, they must be designed thoughtfully. Poorly structured subprograms can lead to confusion and make the codebase harder to understand. Developers should strive for clarity and simplicity when creating subprograms, ensuring that each one has a clear purpose and is well-documented. In conclusion, the use of subprograms (子程序) in programming is indispensable for creating organized, efficient, and maintainable code. They allow for modular development, promote collaboration, reduce redundancy, and enhance performance. As technology continues to evolve, understanding and effectively utilizing subprograms will remain a fundamental skill for any aspiring programmer. By mastering this concept, developers can create more robust applications that meet the demands of users while also streamlining their own workflow.

在计算机科学领域，子程序的概念在结构化代码和增强可读性方面发挥着至关重要的作用。子程序本质上是一组执行特定任务的指令，可以从程序的各个部分调用。这种模块化的方法不仅简化了编码过程，还促进了代码的重用，因为同一个子程序可以多次使用，而无需重写代码。当我们想到编程时，通常会将其比作写书。每一章代表叙事的不同部分，就像章节帮助组织故事一样，子程序帮助组织程序。通过将复杂的问题分解为更小、可管理的部分，程序员可以一次专注于一个部分。例如，如果程序员正在创建一个游戏，他们可能会编写一个处理玩家移动的子程序，另一个用于计分，还有一个用于显示图形。这种关注点的分离使得代码更容易调试和维护。此外，使用子程序增强了开发者之间的协作。在团队环境中，不同的程序员可以同时处理不同的子程序，从而提高开发效率。一旦每个子程序完成，它们可以无缝集成到主程序中。这种协作方法在大型项目中至关重要，因为时间和资源有限。使用子程序的另一个显著优势是减少冗余。程序员可以在程序的各个部分调用子程序，而不是重复编写代码。这不仅节省了时间，还最小化了错误的风险。如果在某个子程序中发现了错误，只需在一个位置修复，所有调用该子程序的实例将自动反映更改。这导致代码更整洁、更高效，更易于管理。此外，子程序还可以提高程序的性能。通过隔离特定功能，程序员可以独立优化这些子程序，确保代码的每一部分尽可能高效地运行。这种优化可以导致更快的执行时间和更好的用户体验。然而，重要的是要注意，虽然子程序提供了许多好处，但它们必须经过深思熟虑的设计。结构不良的子程序可能会导致混淆，使代码库更难理解。开发者在创建子程序时应力求清晰和简单，确保每个子程序都有明确的目的，并且有良好的文档。总之，子程序在编程中的使用对于创建组织良好、高效且易于维护的代码是不可或缺的。它们允许模块化开发，促进协作，减少冗余，提高性能。随着技术的不断发展，理解和有效利用子程序将始终是任何有抱负的程序员的基本技能。通过掌握这一概念，开发者可以创建更强大的应用程序，以满足用户的需求，同时简化自己的工作流程。