unmodified

简明释义

英[ˌʌnˈmɒdɪfaɪd]美[ˌʌnˈmɑːdɪfaɪd]

adj. 未缓和的，未更改的

英英释义

单词用法

同义词

反义词

例句

1.Once a page is loaded into real memory, it is marked as unmodified.

在将分页加载到实际内存中之后，它将被标记为未经修改的。

2.The unmodified version of this program is part of the Derby distribution and is available for download from the indicated location.

此程序的原版本属于Derby分发版本的一部分，可从给出的位置进行下载。

3.Note that the jQuery examples in the article should work unmodified with jQuery 1.3.2, the previous version.

注意，本文中的jQuery例子应该未加修改地使用前一版本，即jQuery1.3.2。

4.Because most users want to run an unmodified kernel, full virtualization solutions (such as KVM) are preferred.

因为大多数用户都希望运行一个未被修改的内核，所以完整的虚拟化解决方案(比如kvm)更受欢迎。

5.To do so, one would create a Framework Manager namespace in which all imported tables and views remain unmodified.

为此，需要创建FrameworkManager名称空间，其中导入的所有表和视图都保持不变。

6.These extensions allow Xen to run unmodified operating systems such as Microsoft Windows.

这些扩展使得Xen可以支持原生（未经修改）的操作系统，如微软视窗系统。

7.Before you can run Jester, all the unit tests must pass with the unmodified source code.

在运行Jester之前，所有对没有修改的源代码的单元测试都必须测试通过。

8.Therefore, either leave the default Settings unmodified (see Figure 12) or choose the customized file name and location.

因此，可以保留默认的设置(见图12)，或者选择定制的文件名和位置。

9.He prefers to use the unmodified 未修改的 recipe for traditional dishes.

他喜欢使用未修改的食谱来制作传统菜肴。

10.The data was presented in an unmodified 未修改的 format for accuracy.

为了准确性，数据以未修改的格式呈现。

11.The original manuscript remains unmodified 未修改的 despite numerous edits proposed by the editor.

尽管编辑提出了众多修改建议，原稿仍然保持未修改的状态。

12.We need to test the unmodified 未修改的 version of the application before making any changes.

在进行任何更改之前，我们需要测试应用程序的未修改的版本。

13.The software was released in its unmodified 未修改的 state to ensure stability.

该软件以其未修改的状态发布，以确保稳定性。

作文

In the world of technology and software development, the term unmodified plays a crucial role in understanding how systems operate and interact with one another. An unmodified version of a program refers to the original state of the software, without any changes or alterations made by users or developers. This concept is particularly important when discussing software updates, customizations, or even security vulnerabilities. When we think about software applications, they often come in various forms, each designed to serve specific purposes. For instance, a web browser may be available in an unmodified version that includes all default settings and features as intended by its creators. Users might appreciate this unmodified version for its stability and reliability, as it has not been tampered with or altered in ways that could introduce bugs or performance issues. However, the reality is that many users prefer to customize their software experience. They may modify the settings, install plugins, or even change the code itself to better suit their needs. While these modifications can enhance functionality, they can also lead to complications. For example, if a user modifies a software application and encounters a problem, it may be challenging to determine whether the issue lies within the unmodified core of the software or within the user-made changes. This dilemma highlights the importance of maintaining a clear distinction between unmodified and modified software versions. In many cases, developers will provide a way to revert to the unmodified state, allowing users to troubleshoot issues more effectively. This practice ensures that users can always return to a stable foundation, where the software functions as intended without the interference of personal modifications. Furthermore, the concept of unmodified extends beyond just software. In various fields, such as scientific research, the integrity of data is paramount. Researchers often strive to present their findings based on unmodified data sets to ensure accuracy and reliability. Any alteration to the original data could lead to skewed results and potentially false conclusions. Thus, maintaining the unmodified state of data is essential for the credibility of scientific work.In conclusion, the term unmodified carries significant weight in both technology and research. It represents a baseline from which users can explore modifications while still having a reliable point of reference. Understanding the implications of working with unmodified software or data allows individuals to make informed decisions, balancing the desire for customization with the need for stability and accuracy. As technology continues to evolve, the importance of recognizing and appreciating the unmodified state will remain a fundamental aspect of effective software use and scientific integrity.

在科技和软件开发的世界中，术语unmodified在理解系统如何运作及其相互作用方面起着至关重要的作用。软件的unmodified版本指的是程序的原始状态，没有任何用户或开发者所做的更改或修改。这个概念在讨论软件更新、自定义或甚至安全漏洞时尤其重要。当我们考虑软件应用程序时，它们通常以各种形式存在，每种形式旨在服务特定目的。例如，网页浏览器可能以unmodified版本提供，其中包含所有默认设置和功能，正如其创建者所意图的那样。用户可能会欣赏这种unmodified版本，因为它的稳定性和可靠性，因为它没有被篡改或以可能引入错误或性能问题的方式进行更改。然而，现实是许多用户更喜欢自定义他们的软件体验。他们可能会修改设置、安装插件，甚至更改代码本身，以更好地满足他们的需求。虽然这些修改可以增强功能，但也可能导致复杂情况。例如，如果用户修改了一个软件应用程序并遇到问题，可能很难确定问题是出在软件的unmodified核心上，还是出在用户所做的更改上。这一困境突显了维护unmodified与修改后的软件版本之间清晰区别的重要性。在许多情况下，开发者将提供一种恢复到unmodified状态的方法，允许用户更有效地排除问题。这种做法确保用户始终可以返回到一个稳定的基础，在这个基础上，软件按预期功能运行，而不受个人修改的干扰。此外，unmodified的概念超越了软件。在科学研究等多个领域，数据的完整性至关重要。研究人员通常努力基于unmodified数据集呈现他们的发现，以确保准确性和可靠性。对原始数据的任何更改都可能导致结果偏差，从而得出可能错误的结论。因此，保持数据的unmodified状态对于科学工作的可信性至关重要。总之，术语unmodified在技术和研究领域具有重要意义。它代表了一个基线，用户可以在此基础上探索修改，同时仍然拥有一个可靠的参考点。理解使用unmodified软件或数据的影响使个人能够做出明智的决策，平衡对自定义的渴望与对稳定性和准确性的需求。随着技术的不断发展，认识和重视unmodified状态的重要性将始终是有效软件使用和科学诚信的基本方面。