retries

简明释义

英[rɪˈtraɪz]美[rɪˈtraɪz]

n. [计]重试（retry 的复数）

v. 再次尝试；重审（retry 的单三形式）

英英释义

单词用法

同义词

反义词

例句

1.Ensure that the Maximum retries field is set to 2.

确保将Maximumretries字段设置为2。

2.It has explained how various exceptions are processed, how to configure retries, and where to locate failed messages.

阐述了如何处理各种异常、如何配置重试以及在何处查找失败的消息。

3.A limit for the time spent on retries can be specified.

一种基于重试的时间限制可以被指定。

4.This fax will not be sent, because the maximum number of retries has been exhausted.

此传真件将不被发送，因为耗尽了最多的重试数。

5.While accessing the hard disk, a recalibrate operation failed, even after retries.

访问硬盘时，重新校准操作失败。重试之后仍然不成功。

6.While accessing the hard disk, a disk operation failed even after retries.

访问硬盘时，磁盘操作失败。重试之后仍然不成功。

7.After several retries 重试, the download finally completed successfully.

经过几次重试，下载最终成功完成。

8.The server logs every failed attempt and the number of retries 重试 made.

服务器记录每一个失败的尝试和进行的重试次数。

9.If the login fails, the system will initiate retries 重试 until successful.

如果登录失败，系统将启动重试，直到成功为止。

10.You can configure the maximum number of retries 重试 in the settings menu.

您可以在设置菜单中配置最大重试次数。

11.The application automatically performs up to three retries 重试 in case of a network failure.

该应用程序在网络故障的情况下自动执行最多三次重试。

作文

In the world of technology and software development, the term retries (重试) has become increasingly important. It refers to the process of attempting to execute a task or operation again after a failure. This concept is particularly relevant in areas such as networking, database connections, and user interactions with applications. Understanding how and when to implement retries (重试) can significantly enhance the performance and reliability of software systems.When an application attempts to connect to a server or a database, there are instances where the connection may fail due to various reasons such as network issues, server overload, or timeouts. In these cases, instead of giving up immediately, developers often implement a mechanism that allows the application to automatically perform retries (重试). This means that the application will try to establish the connection again after a predetermined interval. The number of attempts made before ultimately failing is known as the retry limit.For instance, consider a scenario where a user is trying to upload a file to a cloud storage service. If the upload fails due to a temporary network issue, it would be frustrating for the user if they had to manually restart the upload process. Instead, the application can be designed to automatically perform retries (重试) on the upload request. By doing this, the user experience is improved, as they do not have to intervene, and the chances of successful completion increase.However, while implementing retries (重试), it is crucial to strike a balance. Too many retries can lead to increased load on the server and potentially exacerbate the initial problem. Developers must consider factors such as exponential backoff, where the time between each retry increases, allowing the system some time to recover before making another attempt. This approach not only reduces server strain but also improves the likelihood of success on subsequent attempts.Another important aspect of retries (重试) is error handling. Not all errors are transient; some may indicate a more serious issue that cannot be resolved by simply retrying. For example, if a database query fails due to a syntax error, retrying the same query will not yield a different result. Therefore, it is essential for developers to categorize errors and decide which ones warrant retries (重试) and which ones should trigger a different response, such as notifying the user or logging the error for further investigation.In addition to technical considerations, the concept of retries (重试) can also be applied to everyday life. For example, when learning a new skill or pursuing a personal goal, setbacks are inevitable. Embracing the idea of retries (重试) can be empowering. It encourages individuals to keep trying despite failures, reminding them that persistence often leads to success. Whether it’s practicing an instrument, studying for an exam, or training for a marathon, the willingness to make retries (重试) can make all the difference.In conclusion, the term retries (重试) is a vital concept in both technology and personal development. In the tech world, it enhances software reliability and user experience by allowing automatic attempts to complete tasks after failures. In life, it serves as a reminder that perseverance is key to overcoming challenges. By understanding and applying the principle of retries (重试), we can improve our work processes and foster a resilient mindset in our personal endeavors.

在科技和软件开发的世界中，术语retries（重试）变得越来越重要。它指的是在失败后尝试再次执行任务或操作的过程。这个概念在网络、数据库连接和用户与应用程序交互等领域尤为相关。理解如何以及何时实施retries（重试）可以显著提高软件系统的性能和可靠性。当一个应用程序尝试连接到服务器或数据库时，由于网络问题、服务器过载或超时等各种原因，连接可能会失败。在这些情况下，开发人员通常会实现一种机制，使应用程序能够在失败后自动执行retries（重试）。这意味着应用程序将在预定的间隔后再次尝试建立连接。最终失败之前所做的尝试次数称为重试限制。例如，考虑一个场景，用户正在尝试将文件上传到云存储服务。如果由于临时网络问题导致上传失败，如果用户必须手动重新启动上传过程，那将是非常令人沮丧的。相反，应用程序可以设计为自动对上传请求执行retries（重试）。通过这样做，用户体验得到了改善，因为他们不必干预，并且成功完成的机会增加。然而，在实施retries（重试）时，至关重要的是要找到平衡。过多的重试可能会导致服务器负担增加，并可能加剧最初的问题。开发人员必须考虑诸如指数退避等因素，即每次重试之间的时间增加，允许系统在进行另一次尝试之前有一些恢复的时间。这种方法不仅减少了服务器的压力，而且提高了后续尝试成功的可能性。retries（重试）的另一个重要方面是错误处理。并非所有错误都是短暂的；有些可能表明更严重的问题，无法通过简单重试来解决。例如，如果数据库查询由于语法错误而失败，重试相同的查询不会产生不同的结果。因此，开发人员必须对错误进行分类，并决定哪些错误值得retries（重试），哪些错误应该触发不同的响应，例如通知用户或记录错误以供进一步调查。除了技术考虑之外，retries（重试）的概念也可以应用于日常生活中。例如，在学习新技能或追求个人目标时，挫折是不可避免的。接受retries（重试）这一理念可以赋予人们力量。它鼓励个人尽管失败也要继续尝试，提醒他们坚持不懈往往会导致成功。无论是练习乐器、学习考试，还是训练马拉松，愿意进行retries（重试）都可以产生巨大的差异。总之，术语retries（重试）在科技和个人发展中都是一个重要的概念。在技术世界中，它通过允许在失败后自动尝试完成任务来增强软件的可靠性和用户体验。在生活中，它提醒我们坚持不懈是克服挑战的关键。通过理解和应用retries（重试）原则，我们可以改善工作流程，并在个人努力中培养韧性思维。