subroutines

简明释义

英[ˈsʌb.ruː.tiːnz]美[ˈsʌb.ruː.tinz]

n. [计]子程序（subroutine 的复数）；副程式

英英释义

单词用法

同义词

反义词

例句

1.This is analogous to a "main routine" which invokes all other subroutines.

这与调用所有其它子程序的“主例程”类似。

2.The subroutines chapter covers new syntax (prototypes and attributes), plus the brand new lvalue attribute (as of 5.6.0).

子程序这章主要针对新的语法(原型和属性)，以及左值属性(5.6.0)。

3.EDM function import with Store Procedures and U2 subroutines.

使用存储过程和U 2子例程导入edm函数。

4.A zoom feature in the Application Diagram view shows subroutines and subprocedures within their source members.

ApplicationDiagram视图中的放大特性显示了其源成员中的子程序和子过程。

5.The AppConfig: : State instance is not passed to VALIDATE subroutines, so we can't access other variables in our configuration easily.

State实例没有被传递到validate子例程，所以我们不能容易地访问配置中的其它变量。

6.With our subroutines set up, we move quickly into the short main program logic.

设置了子程序后，我们将快速转入简短的主程序逻辑。

7.They are visual imaginings built from the raw stuff of computer programming - disassembled code, API calls, memory addresses and subroutines.

它们是从计算机程序设计原料——反汇编代码、API调用、内存地址和子程序创建而来的视觉想像。

8.In programming, we often break down complex tasks into smaller subroutines (子程序) to make the code more manageable.

在编程中，我们经常将复杂任务分解为更小的subroutines(子程序)以使代码更易于管理。

9.When debugging, it's helpful to isolate subroutines (子程序) to identify where the error occurs.

在调试时，将subroutines(子程序)隔离开来有助于识别错误发生的位置。

10.Each subroutine (子程序) in the library is designed to perform a specific function.

库中的每个subroutine(子程序)都旨在执行特定功能。

11.The main program calls several subroutines (子程序) to process user input efficiently.

主程序调用多个subroutines(子程序)来高效处理用户输入。

12.The software's performance improved significantly after optimizing its subroutines (子程序).

在优化其subroutines(子程序)后，软件的性能显著提高。

作文

In the realm of computer programming, the concept of subroutines plays a crucial role in enhancing code efficiency and readability. A subroutine, often referred to as a function or procedure, is a set of instructions designed to perform a specific task. By breaking down complex programs into smaller, manageable parts, subroutines allow programmers to write cleaner and more organized code. This not only simplifies debugging but also promotes code reuse, as the same subroutine can be called multiple times within a program or even across different programs.The importance of subroutines can be illustrated through an example. Consider a program that needs to calculate the area of various geometric shapes. Instead of writing the area calculation logic repeatedly for each shape, a programmer can create a subroutine that takes the necessary parameters (like width and height for rectangles, or radius for circles) and returns the calculated area. This approach not only reduces redundancy but also makes the program easier to maintain. If the formula for calculating the area changes, the programmer only needs to update the subroutine, and all parts of the program that rely on it will automatically use the updated logic.Furthermore, subroutines facilitate collaboration among programmers. In large software projects, multiple developers often work on different components of the same application. By defining clear subroutines, teams can work independently on their sections while ensuring that their code integrates seamlessly with others. Each developer can focus on their subroutine, knowing that it will interact correctly with the subroutines written by their colleagues.In addition to improving collaboration, subroutines also enhance the overall structure of a program. They encourage the practice of modular programming, where code is divided into distinct modules, each responsible for a specific functionality. This modularity makes it easier to test individual components of the program, as each subroutine can be tested in isolation. This is particularly valuable in identifying bugs and ensuring that each part of the code works as intended before integrating it into the larger system.Moreover, the use of subroutines can lead to better documentation practices. When a subroutine is well-named and clearly defined, it serves as a self-explanatory piece of code that describes its purpose. This clarity helps new team members understand the codebase more quickly and reduces the learning curve associated with complex systems.In conclusion, subroutines are an essential component of effective programming. They promote code reuse, enhance collaboration, support modular design, and improve documentation. As technology continues to evolve and software projects grow in complexity, the significance of subroutines will only increase. Programmers who master the art of creating and utilizing subroutines will find themselves equipped with the tools necessary to build efficient, maintainable, and scalable software solutions. Thus, understanding and implementing subroutines is vital for anyone aspiring to succeed in the field of programming, making it a fundamental concept worth mastering.

在计算机编程领域，子程序的概念在提高代码效率和可读性方面发挥着至关重要的作用。子程序，通常被称为函数或过程，是一组旨在执行特定任务的指令。通过将复杂程序分解为更小、更易管理的部分，子程序允许程序员编写更简洁和更有组织的代码。这不仅简化了调试过程，还促进了代码重用，因为同一个子程序可以在程序中或不同程序之间多次调用。子程序的重要性可以通过一个例子来说明。考虑一个需要计算各种几何形状面积的程序。程序员可以创建一个子程序，该子程序接受必要的参数（例如矩形的宽度和高度或圆的半径）并返回计算出的面积，而不是为每个形状重复编写面积计算逻辑。这种方法不仅减少了冗余，还使程序更易于维护。如果计算面积的公式发生变化，程序员只需更新子程序，程序中依赖它的所有部分将自动使用更新后的逻辑。此外，子程序促进了程序员之间的协作。在大型软件项目中，多个开发人员通常在同一应用程序的不同组件上工作。通过定义清晰的子程序，团队可以独立地处理各自的部分，同时确保他们的代码与其他代码无缝集成。每个开发人员可以专注于他们的子程序，知道它将与同事编写的子程序正确交互。除了改善协作外，子程序还增强了程序的整体结构。它们鼓励模块化编程的实践，其中代码被划分为不同的模块，每个模块负责特定的功能。这种模块化使得测试程序的各个组成部分变得更加容易，因为每个子程序可以单独进行测试。这在识别错误和确保代码的每个部分按预期工作之前，尤其有价值。此外，使用子程序可以促进更好的文档实践。当一个子程序命名良好且定义清晰时，它作为一段自解释的代码，描述其目的。这种清晰度帮助新团队成员更快地理解代码库，并减少了与复杂系统相关的学习曲线。总之，子程序是有效编程的重要组成部分。它们促进代码重用，增强协作，支持模块化设计，并改善文档。随着技术的不断发展和软件项目的复杂性增加，子程序的重要性只会增加。掌握创建和利用子程序艺术的程序员将发现自己拥有构建高效、可维护和可扩展的软件解决方案所需的工具。因此，理解和实施子程序对于任何希望在编程领域取得成功的人来说都是至关重要的，使其成为值得掌握的基本概念。