subroutine call table

简明释义

子程序调用表

英英释义

例句

1.The program utilizes a subroutine call table to manage function calls efficiently.

该程序利用子程序调用表有效地管理函数调用。

2.In our latest update, we improved the subroutine call table to reduce memory usage.

在我们最新的更新中，我们改进了子程序调用表以减少内存使用。

3.The subroutine call table is essential for debugging complex software systems.

对于调试复杂的软件系统，子程序调用表是必不可少的。

4.By examining the subroutine call table, developers can identify performance bottlenecks in the application.

通过检查子程序调用表，开发人员可以识别应用程序中的性能瓶颈。

5.When optimizing code, the subroutine call table helps in determining which functions are called most frequently.

在优化代码时，子程序调用表有助于确定哪些函数被调用得最频繁。

作文

In the world of computer programming, efficiency and organization are paramount. One of the key concepts that help programmers maintain these qualities is the use of a subroutine call table. A subroutine call table is essentially a data structure that keeps track of the various subroutines or functions in a program, along with their respective parameters and return values. This table plays a crucial role in managing function calls and ensuring that programs run smoothly without errors.To understand the importance of a subroutine call table, we first need to grasp what subroutines are. Subroutines, also known as functions or procedures, are blocks of code designed to perform specific tasks. They allow programmers to break down complex problems into smaller, manageable pieces. By using subroutines, developers can write cleaner, more organized code, which is easier to read and maintain.When a program is executed, it may need to call various subroutines multiple times, sometimes even recursively. This is where the subroutine call table comes into play. It serves as a reference guide for the program, detailing which subroutine is being called, the arguments being passed, and what value is expected in return. Without this table, managing subroutine calls could become chaotic, leading to confusion and potential bugs in the program.Moreover, the subroutine call table enhances the overall performance of the program. By having a structured way to handle function calls, the program can quickly access the necessary subroutines without searching through the entire codebase. This streamlined process not only saves time but also reduces the computational load on the system, making the program run more efficiently.Another significant advantage of using a subroutine call table is its contribution to debugging. When errors occur in a program, the subroutine call table can help identify where things went wrong. By examining the table, a programmer can trace back through the function calls to find the source of the problem. This ability to pinpoint issues quickly is invaluable in software development, where time is often of the essence.In addition to these benefits, the subroutine call table also facilitates collaboration among programmers. In larger projects, multiple developers may work on different parts of the same codebase. Having a well-defined subroutine call table allows team members to understand how their contributions fit into the larger picture. It acts as a roadmap, guiding developers through the various functions and their interconnections.In conclusion, the subroutine call table is an essential tool in the realm of programming. It provides a systematic approach to managing subroutine calls, enhances performance, aids in debugging, and fosters collaboration among developers. By utilizing a subroutine call table, programmers can create more efficient, organized, and maintainable code, ultimately leading to better software products. As technology continues to evolve, the importance of such structures will only grow, making it crucial for aspiring programmers to understand and implement them effectively.

在计算机编程的世界中，效率和组织是至关重要的。帮助程序员保持这些品质的关键概念之一是使用子程序调用表。子程序调用表本质上是一个数据结构，用于跟踪程序中的各种子程序或函数，以及它们各自的参数和返回值。这个表在管理函数调用方面发挥着至关重要的作用，确保程序顺利运行而没有错误。要理解子程序调用表的重要性，我们首先需要了解什么是子程序。子程序，也称为函数或过程，是设计用于执行特定任务的代码块。它们允许程序员将复杂的问题分解为更小、更易于管理的部分。通过使用子程序，开发人员可以编写更清晰、更有组织的代码，这样更容易阅读和维护。当程序执行时，它可能需要多次调用各种子程序，有时甚至是递归调用。这就是子程序调用表发挥作用的地方。它作为程序的参考指南，详细说明了正在调用的子程序、传递的参数以及预期的返回值。如果没有这个表，管理子程序调用可能会变得混乱，导致困惑和潜在的程序错误。此外，子程序调用表提高了程序的整体性能。通过有条理地处理函数调用，程序可以快速访问必要的子程序，而无需在整个代码库中搜索。这个简化的过程不仅节省了时间，还减少了系统的计算负担，使程序运行得更有效率。使用子程序调用表的另一个显著优势是它对调试的贡献。当程序发生错误时，子程序调用表可以帮助识别问题出在哪里。通过检查表，程序员可以追溯函数调用，以找到问题的根源。这种快速定位问题的能力在软件开发中是无价的，因为时间往往是至关重要的。除了这些好处，子程序调用表还促进了程序员之间的协作。在较大的项目中，多个开发人员可能会在同一代码库的不同部分工作。拥有一个明确定义的子程序调用表使团队成员能够理解他们的贡献如何适应更大的图景。它充当了一张路线图，指导开发人员了解各种函数及其相互关系。总之，子程序调用表是编程领域的一种基本工具。它提供了一种系统的方法来管理子程序调用，提高了性能，帮助调试，并促进了开发人员之间的协作。通过利用子程序调用表，程序员可以创建更高效、有组织和可维护的代码，最终导致更好的软件产品。随着技术的不断发展，这种结构的重要性只会增加，因此，渴望成为程序员的人必须有效地理解和实施它们。