cached

简明释义

英[kæʃt]美[kæʃt]

v. 贮藏起来；高速缓存（cache 的过去式和过去分词）

英英释义

单词用法

同义词

反义词

例句

1.Furthermore, I also want to be able to invalidate a cached value.

此外，我还希望能够使一个缓存值。

2.Check to see if the page has already been cached.

检查页面是否已经被高速缓存。

3.This directive configures the page to be cached. The.

此指令配置页面以进行缓存。

4.The information can be cached by the portal.

信息可以由门户进行缓存。

5.If it exists, use the cached version of the information.

如果存在，使用信息的被缓存版本。

6.Custom control events don't fire when control collection is cached?

自定义控件的事件不发生火灾时控制采集缓存？

7.This page is cached.

这一页存入高速缓冲存储器了。

8.To mark an action method whose output will be cached.

为了标记其产出将是缓存的一个操作方法。

9.You may need to refresh the page to see the most recent cached 缓存的 content.

您可能需要刷新页面以查看最新的缓存的内容。

10.The website loads faster because it uses cached 缓存的 data.

这个网站加载更快，因为它使用了缓存的数据。

11.The game runs smoother thanks to cached 缓存的 assets.

由于有缓存的资源，这款游戏运行得更流畅。

12.After I cleared my browser, all cached 缓存的 files were removed.

在我清除浏览器后，所有的缓存的文件都被删除了。

13.The application retrieves cached 缓存的 images to improve performance.

该应用程序检索缓存的图像以提高性能。

作文

In today's digital age, the speed at which information is accessed is crucial for both personal and professional success. One of the key technologies that enhance this speed is caching. Caching refers to the process of storing data temporarily in a location that allows for faster access. When we say that data is 缓存, it means that it has been stored in a way that allows for quicker retrieval than if it were being accessed from its original source. This technology is used in various applications, from web browsers to large-scale databases. For instance, when you visit a website, your browser often saves certain elements of that site, such as images and scripts, in a local storage area. This is done so that when you revisit the site, the browser can load these elements from the 缓存 version rather than downloading them again from the internet. This significantly reduces loading times and improves user experience. Similarly, in the context of software development, developers utilize caching to optimize performance. For example, a web application might cache frequently requested database queries. By doing this, the application can serve results directly from the 缓存 instead of querying the database every time, which can be time-consuming and resource-intensive. This not only speeds up response times but also alleviates the load on the database server, allowing it to handle more requests simultaneously. However, while caching provides many benefits, it is essential to manage it properly. An outdated or stale 缓存 can lead to problems, such as users seeing old content or applications failing to reflect recent changes. Therefore, developers often implement strategies to ensure that cached data is refreshed regularly or invalidated when necessary. This balance between speed and accuracy is critical for maintaining an efficient system. Moreover, caching is not limited to just web applications or databases. It is also prevalent in operating systems and hardware. For instance, CPU caches store frequently accessed data and instructions, allowing for faster processing speeds. This hardware-level caching is vital for the overall performance of computers, as it minimizes the time the CPU spends waiting for data from slower memory sources. In conclusion, understanding the concept of 缓存 is essential in our fast-paced digital world. Whether you are a regular internet user or a professional in the tech industry, recognizing the importance of caching can help you appreciate the efficiency of modern technology. As we continue to rely on digital solutions for our daily tasks, the role of 缓存 will only become more significant, driving innovations and improvements in how we access and process information.

在当今数字时代，信息访问的速度对个人和职业成功至关重要。增强这种速度的关键技术之一就是缓存。缓存是指将数据临时存储在一个位置，从而实现更快访问的过程。当我们说数据是缓存时，这意味着它以一种允许比从其原始来源访问更快速的方式被存储。这项技术在各种应用中使用，从网络浏览器到大规模数据库。 例如，当您访问一个网站时，您的浏览器通常会将该网站的某些元素（如图像和脚本）保存在本地存储区域。这是为了在您重新访问该网站时，浏览器可以从缓存版本加载这些元素，而不是再次从互联网下载它们。这显著减少了加载时间，并改善了用户体验。 同样，在软件开发的背景下，开发人员利用缓存来优化性能。例如，一个Web应用程序可能会缓存频繁请求的数据库查询。通过这样做，应用程序可以直接从缓存中提供结果，而不是每次都查询数据库，这可能耗时且资源密集。这不仅加快了响应时间，还减轻了数据库服务器的负担，使其能够同时处理更多请求。 然而，虽然缓存提供了许多好处，但正确管理它至关重要。过时或陈旧的缓存可能会导致问题，例如用户看到旧内容或应用程序未能反映最近的变化。因此，开发人员通常实施策略，以确保缓存数据定期刷新或在必要时失效。这种速度与准确性之间的平衡对于维护高效系统至关重要。 此外，缓存不仅限于Web应用程序或数据库。它在操作系统和硬件中也很常见。例如，CPU缓存存储经常访问的数据和指令，从而允许更快的处理速度。这种硬件级别的缓存对计算机的整体性能至关重要，因为它最小化了CPU在等待来自较慢内存源的数据时所花费的时间。 总之，理解缓存的概念在我们快节奏的数字世界中至关重要。无论您是普通互联网用户还是科技行业的专业人士，认识到缓存的重要性可以帮助您欣赏现代技术的效率。随着我们继续依赖数字解决方案来完成日常任务，缓存的角色只会变得更加重要，推动我们访问和处理信息的创新和改进。