recompilation

简明释义

英[ˌriːkəmˈpaɪleɪʃən]美[ˌriːkəmˈpaɪleɪʃən]

n. [计] 重新编译；[计] 再编译

英英释义

单词用法

同义词

反义词

例句

1.Loadable kernel module; no recompilation of the kernel is required.

可装载内核模块；无需重编译内核。

2.The existing application continues to function normally, without recompilation.

现有的应用程序可继续正常运作，而不需要重新编译。

3.Subsequent requests for the same unmodified LZX file will be much faster because no recompilation needs to be performed.

如果LZX文件未被修改，那么随后对它的请求将快得多，因为不需要重新编译。

4.This allows the physical location of a database to be changed (for example, from a development to a test environment), quickly and without recompilation.

这个允许物理数据库的位置改变(如，从开发到测试环境)，很快且不需要重新编译。

5.Recompilation can happen without changes to the method.

重新编译可在不更改方法的情况下发生。

6.This protects against stack, buffer, and function pointer overflows, all without recompilation.

这样将保护程序代码避免堆栈、缓冲区和函数指针溢出，而且全都不需重新编译。

7.By using the JSP page approach outlined in this article, you can largely avoid the need for frequent recompilation and extensive testing.

通过使用本文介绍的jsp页面的方法，您可以在很大程度上规避频繁重新编译、大规模测试的需求。

8.However, had an explicit return type of Seq been declared, which is a parent for both Array and List, then the implementation change would not have forced a recompilation of the client.

然而，如果显式地声明返回类型是Seq，作为Array和List的共同父类型，这样的实现就不会对客户端要求重新编译。

9.The software development team performed a recompilation 重新编译 of the application to optimize its performance.

软件开发团队对应用程序进行了重新编译以优化其性能。

10.The programmer initiated a recompilation 重新编译 to incorporate the latest library changes.

程序员启动了重新编译以纳入最新的库更改。

11.After debugging, the team conducted a recompilation 重新编译 to test the fixes.

调试后，团队进行了重新编译以测试修复。

12.A recompilation 重新编译 may resolve compatibility issues with new operating system updates.

一次重新编译可能会解决与新操作系统更新的兼容性问题。

13.After making changes to the code, a recompilation 重新编译 is necessary to ensure that the updates take effect.

在对代码进行更改后，必须进行一次重新编译以确保更新生效。

作文

In the world of computer science, the term recompilation refers to the process of taking source code that has already been compiled and compiling it again, often with modifications or updates. This is a crucial step in software development as it allows developers to make changes to their code and test those changes without having to start from scratch. The need for recompilation arises frequently in programming, especially when developers are working on large projects that require constant updates and improvements.One of the primary reasons for recompilation is to enhance the performance of an application. As new features are added or existing ones are optimized, recompiling the code can lead to significant performance gains. For instance, if a developer identifies a bottleneck in the application’s performance, they can modify the relevant sections of the code and then perform a recompilation to incorporate those changes. This iterative process allows for continuous improvement and refinement of the software.Additionally, recompilation is often necessary when transitioning code from one platform to another. Different operating systems or hardware architectures may require specific adjustments to the code. By recompiling the software, developers can ensure that it runs smoothly on the intended platform. This is particularly important in today’s diverse computing environment, where applications must be compatible with various devices and operating systems.Moreover, recompilation can also serve as a means of debugging. When developers encounter errors or bugs in their code, they will often make changes and then recompile the code to see if the issues have been resolved. This cycle of editing and recompiling is a fundamental aspect of the debugging process, allowing developers to quickly identify and fix problems.However, recompilation is not without its challenges. Depending on the complexity of the codebase, recompiling can be time-consuming and resource-intensive. Large projects with extensive dependencies may take a considerable amount of time to compile, which can slow down the development process. Therefore, developers must balance the need for recompilation with the overall efficiency of their workflow.Furthermore, there are different types of recompilation strategies that developers can employ. For example, incremental recompilation only recompiles the parts of the code that have changed, rather than recompiling the entire codebase. This approach can significantly reduce compilation times and improve productivity. On the other hand, a full recompilation may be necessary in some cases, such as when there are major changes to the project’s structure or dependencies.In conclusion, recompilation plays a vital role in software development, enabling developers to refine their applications, enhance performance, and debug effectively. While it presents certain challenges, the benefits of recompiling code far outweigh the drawbacks. As technology continues to evolve, understanding the importance of recompilation will remain essential for developers striving to create high-quality software. Therefore, embracing this process is crucial for anyone looking to succeed in the field of programming.

在计算机科学的世界中，术语recompilation指的是对已经编译过的源代码进行再次编译的过程，通常伴随着修改或更新。这是软件开发中的一个关键步骤，因为它允许开发人员对代码进行更改并测试这些更改，而无需从头开始。recompilation的需求在编程中经常出现，特别是在开发人员正在进行需要不断更新和改进的大型项目时。recompilation的主要原因之一是提升应用程序的性能。当添加新功能或优化现有功能时，重新编译代码可以带来显著的性能提升。例如，如果开发人员发现应用程序性能的瓶颈，他们可以修改相关部分的代码，然后执行recompilation以纳入这些更改。这个迭代过程允许对软件进行持续改进和完善。此外，当将代码从一个平台转移到另一个平台时，recompilation通常也是必要的。不同的操作系统或硬件架构可能需要对代码进行特定的调整。通过重新编译软件，开发人员可以确保其在预期平台上顺利运行。在当今多样化的计算环境中，这一点尤为重要，因为应用程序必须与各种设备和操作系统兼容。此外，recompilation也可以作为调试的一种手段。当开发人员在代码中遇到错误或漏洞时，他们通常会进行更改，然后重新编译代码以查看问题是否已解决。这种编辑和重新编译的循环是调试过程的基本方面，使开发人员能够快速识别和修复问题。然而，recompilation并非没有挑战。根据代码库的复杂性，重新编译可能耗时且资源密集。具有广泛依赖关系的大型项目可能需要相当长的时间才能编译，这可能会减缓开发过程。因此，开发人员必须在重新编译的需求与工作流程的整体效率之间取得平衡。此外，开发人员可以采用不同类型的recompilation策略。例如，增量重新编译仅重新编译已更改的代码部分，而不是重新编译整个代码库。这种方法可以显著减少编译时间，提高生产力。另一方面，在某些情况下，例如项目结构或依赖关系发生重大变化时，可能需要完全重新编译。总之，recompilation在软件开发中扮演着至关重要的角色，使开发人员能够完善他们的应用程序、提升性能和有效调试。虽然它带来了一些挑战，但重新编译代码的好处远远超过了缺点。随着技术的不断发展，理解recompilation的重要性将继续对努力创造高质量软件的开发人员至关重要。因此，拥抱这一过程对任何希望在编程领域取得成功的人来说都是至关重要的。