error-detecting routine

简明释义

误差检测程序

英英释义

例句

1.We implemented an error-detecting routine to ensure data integrity in our database.

我们实施了一个错误检测例程以确保数据库中的数据完整性。

2.During testing, the error-detecting routine flagged several issues that needed fixing.

在测试过程中，错误检测例程标记了几个需要修复的问题。

3.The software includes an error-detecting routine to identify bugs before deployment.

该软件包含一个错误检测例程，用于在部署前识别错误。

4.An effective error-detecting routine can significantly reduce the time spent on debugging.

有效的错误检测例程可以显著减少调试所花费的时间。

5.The error-detecting routine is designed to catch errors in real-time during the data processing.

该错误检测例程旨在实时捕获数据处理中的错误。

作文

In the world of computer programming and software development, ensuring the reliability and accuracy of code is paramount. One of the essential components of this process is the implementation of an error-detecting routine（错误检测例程）. This routine serves as a crucial checkpoint that identifies potential errors or bugs within a program before it is deployed or executed. The significance of an error-detecting routine cannot be overstated, as it plays a vital role in enhancing the overall quality of software applications.An error-detecting routine typically operates by analyzing the code for common mistakes, such as syntax errors, logical errors, and runtime errors. By systematically scanning through the code, it can flag issues that developers may have overlooked during the initial writing phase. For instance, if a programmer forgets to close a bracket or uses a variable that has not been defined, the error-detecting routine will catch these mistakes and alert the developer, allowing them to rectify the problem before it escalates.Moreover, the implementation of an error-detecting routine is not limited to just identifying errors. It also contributes to the overall efficiency of the development process. By catching errors early on, developers can save significant amounts of time and resources that would otherwise be spent debugging and fixing issues after the software has been released. This proactive approach fosters a more streamlined workflow, enabling teams to focus on improving features and functionality rather than constantly troubleshooting problems.In addition to aiding individual developers, error-detecting routines are critical for collaborative projects where multiple programmers are working on the same codebase. In such environments, it is easy for errors to slip through the cracks, especially when different coding styles and methodologies are at play. An error-detecting routine helps maintain consistency and quality across the board, ensuring that all contributors adhere to the same standards and practices.Furthermore, advancements in technology have led to the evolution of error-detecting routines. Modern integrated development environments (IDEs) often come equipped with sophisticated tools that automatically run these routines as developers write code. Features like real-time error highlighting and suggestions for corrections enhance the user experience and encourage best practices. As a result, developers can learn from their mistakes in real-time and improve their coding skills over time.However, it is important to note that while error-detecting routines are incredibly useful, they are not infallible. There are certain types of errors, particularly those related to logic and design, that may not be caught by these routines. Therefore, it is crucial for developers to complement automated routines with thorough manual testing and code reviews. This combination of automated detection and human oversight ensures a more robust and reliable final product.In conclusion, the role of an error-detecting routine in software development is indispensable. It enhances code quality, streamlines the development process, and fosters collaboration among team members. As technology continues to advance, the capabilities of these routines will likely expand, providing even more support to developers in their quest for error-free code. Ultimately, embracing the use of error-detecting routines is a step toward achieving excellence in software engineering, making it a fundamental aspect of modern programming practices.

在计算机编程和软件开发的世界中，确保代码的可靠性和准确性是至关重要的。这个过程的一个基本组成部分是实施错误检测例程（error-detecting routine）。该例程作为一个关键的检查点，在程序部署或执行之前识别潜在的错误或漏洞。错误检测例程的重要性不容小觑，因为它在提高软件应用程序的整体质量方面发挥着重要作用。错误检测例程通常通过分析代码中的常见错误，例如语法错误、逻辑错误和运行时错误来运作。通过系统地扫描代码，它可以标记开发人员在初始编写阶段可能忽略的问题。例如，如果程序员忘记关闭括号或使用未定义的变量，错误检测例程将捕捉到这些错误并提醒开发人员，从而使他们能够在问题升级之前进行修正。此外，实施错误检测例程不仅限于识别错误。它还对开发过程的整体效率做出了贡献。通过提前捕获错误，开发人员可以节省大量时间和资源，这些时间和资源本来会花费在调试和修复发布后出现的问题上。这种主动的方法促进了更流畅的工作流程，使团队能够专注于改进功能，而不是不断排查问题。除了帮助个别开发人员外，错误检测例程对于多个程序员在同一代码库上工作时的协作项目也至关重要。在这种环境中，由于不同的编码风格和方法，错误很容易被忽视。错误检测例程有助于保持一致性和质量，确保所有贡献者遵循相同的标准和实践。此外，技术的进步导致了错误检测例程的演变。现代集成开发环境（IDE）通常配备有复杂的工具，可以在开发人员编写代码时自动运行这些例程。实时错误突出显示和纠正建议等功能增强了用户体验，并鼓励最佳实践。因此，开发人员可以在实时中学习自己的错误，并随着时间的推移提高他们的编码技能。然而，需要注意的是，尽管错误检测例程非常有用，但它们并不是万无一失的。某些类型的错误，特别是与逻辑和设计相关的错误，可能不会被这些例程捕获。因此，开发人员必须将自动化例程与彻底的手动测试和代码审查相结合。这种自动检测与人工监督的结合确保了最终产品的更强健和可靠。总之，错误检测例程在软件开发中的角色是不可或缺的。它提高了代码质量，简化了开发过程，并促进了团队成员之间的协作。随着技术的不断进步，这些例程的能力可能会进一步扩展，为开发人员在追求无错误代码的过程中提供更多支持。最终，接受使用错误检测例程是实现软件工程卓越的一步，使其成为现代编程实践的基本方面。