snapshotting

简明释义

英[ˈsnæpʃɒtɪŋ]美[ˈsnæpˌʃɑtɪŋ]

快照（照片））（snapshot 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.NILFS is a new implementation of a log-structured file system (LFS) supporting continuous snapshotting.

NILFS是日志结构文件系统(log - structured file system)的一个新的实现，其支持连续快照。

2.You may be familiar with snapshotting from Linux LVM; using snapshots, you can create an unchanging "view" of an existing filesystem, which comes in handy for backups.

您可能熟悉LinuxLVM的快照；使用快照，您可以创建现有文件系统的不变“视图”，这对于备份很方便。

3.You may be familiar with snapshotting from Linux LVM; using snapshots, you can create an unchanging "view" of an existing filesystem, which comes in handy for backups.

您可能熟悉LinuxLVM的快照；使用快照，您可以创建现有文件系统的不变“视图”，这对于备份很方便。

4.The cloud service provider offers snapshotting features for virtual machines.

云服务提供商为虚拟机提供快照功能。

5.We can use snapshotting to quickly restore our system to a previous state in case of failure.

我们可以使用快照在系统故障时快速恢复到先前状态。

6.Developers often rely on snapshotting to track changes in the codebase.

开发人员通常依赖于快照来跟踪代码库中的更改。

7.By using snapshotting, we can minimize downtime during maintenance.

通过使用快照，我们可以在维护期间最小化停机时间。

8.The IT team is implementing snapshotting to create backups of the server data.

IT团队正在实施快照以创建服务器数据的备份。

作文

In the fast-paced world of technology, the term snapshotting has gained significant importance, especially in the fields of data management and software development. Snapshotting refers to the process of capturing the current state of a system at a particular point in time. This technique is widely used for various purposes, such as backup, recovery, and analysis, making it an essential tool for IT professionals.One of the primary uses of snapshotting is in data backup. Organizations often need to ensure that their data is safe and can be restored in case of hardware failure or data corruption. By creating a snapshot of the data, they can easily revert to that specific point in time, minimizing data loss. For example, if a company experiences a ransomware attack, having a recent snapshot can allow them to recover their files without paying the ransom.Moreover, snapshotting plays a crucial role in virtual machine management. Virtual machines (VMs) are widely used in cloud computing environments. When a VM is created, it can be difficult to predict how it will perform over time. By taking snapshots of the VM at various stages, administrators can track changes, test new configurations, and roll back to previous states if necessary. This flexibility enhances the overall efficiency of managing virtual environments.Another important application of snapshotting is in software development. Developers often work on multiple versions of a project simultaneously. By using snapshots, they can save the current version of their code while experimenting with new features or fixes. If something goes wrong, they can quickly return to the last stable version without losing significant progress. This iterative approach fosters innovation and reduces the risk of introducing bugs into the software.However, it is essential to understand that snapshotting is not without its challenges. While it provides numerous benefits, it also requires careful management. For instance, taking too many snapshots can consume significant storage space and lead to performance degradation. Therefore, organizations must establish policies regarding how often snapshots should be taken and how long they should be retained.In conclusion, snapshotting is a powerful technique that offers a range of benefits in data management, virtual machine administration, and software development. Its ability to capture the state of a system at a specific moment allows for efficient backups, easy recovery, and flexible development practices. As technology continues to evolve, the importance of snapshotting will likely grow, making it a vital concept for professionals in the field. Understanding and mastering snapshotting can significantly enhance one's ability to manage data and systems effectively.

在快节奏的技术世界中，术语快照变得尤为重要，尤其是在数据管理和软件开发领域。快照指的是在特定时间点捕获系统当前状态的过程。这种技术被广泛用于备份、恢复和分析等各种目的，使其成为IT专业人员的重要工具。快照的主要用途之一是数据备份。组织通常需要确保他们的数据安全，并能在硬件故障或数据损坏的情况下恢复。通过创建数据的快照，他们可以轻松地恢复到特定的时间点，从而最小化数据丢失。例如，如果一家公司遭遇勒索软件攻击，拥有最近的快照可以让他们在不支付赎金的情况下恢复文件。此外，快照在虚拟机管理中也发挥着至关重要的作用。虚拟机（VM）在云计算环境中被广泛使用。当创建一个虚拟机时，难以预测它随着时间的推移会如何表现。通过在各个阶段对虚拟机进行快照，管理员可以跟踪变化，测试新配置，并在必要时回滚到以前的状态。这种灵活性提高了虚拟环境管理的整体效率。快照的另一个重要应用是在软件开发中。开发人员通常同时在多个版本的项目上工作。通过使用快照，他们可以在尝试新功能或修复时保存代码的当前版本。如果出现问题，他们可以快速返回到最后一个稳定版本，而不会失去重要进展。这种迭代方法促进了创新，降低了在软件中引入错误的风险。然而，需要理解的是，快照并非没有挑战。尽管它提供了许多好处，但也需要仔细管理。例如，拍摄过多的快照可能会消耗大量存储空间，并导致性能下降。因此，组织必须建立有关快照应如何频繁拍摄以及应保留多长时间的政策。总之，快照是一种强大的技术，在数据管理、虚拟机管理和软件开发中提供了一系列好处。它能够在特定时刻捕获系统的状态，允许高效备份、轻松恢复和灵活的开发实践。随着技术的不断发展，快照的重要性可能会进一步增长，使其成为该领域专业人员的关键概念。理解和掌握快照可以显著增强一个人有效管理数据和系统的能力。