sandbox
简明释义
n. 沙箱；沙盒
复 数 s a n d b o x e s
英英释义
单词用法
沙盒环境 | |
沙盒测试 | |
沙盒游戏 | |
创建一个沙盒 | |
在沙盒中运行 | |
沙盒安全 |
同义词
反义词
例句
1.You can download sample files for this article from the Sandbox.
您可以从Sandbox中下载本文的示例文件。
2.Once you define the transport mechanism for retrieving resources, create a sandbox to load resources into.
当您定义检索资源的传输机制后，创建一个沙箱将资源加载到其中。
3.Out my left window, Libya looks like one huge sandbox.
机舱外的利比亚就像一个巨大的沙坑。
4.This Trojan operates in the same sandbox that other apps do.
这个木马和其他应用程序一样运行于沙盒中。
5.Play in the sand together, at the beach, a local park, or your child's own sandbox.
一起在沙堆、沙滩、公园或孩子自己的沙盒玩。
6.She still remembered her own kindergarten classroom from 1985: it had a sandbox, blocks, and toys.
她仍记得1985年时她自己就读的幼儿园：那儿有沙箱，成堆的积木和玩具。
7.In cybersecurity, a sandbox is used to safely execute untested code.
在网络安全中，沙盒用于安全地执行未经测试的代码。
8.Children love playing in the sandbox at the park, building castles and digging tunnels.
孩子们喜欢在公园的沙盒里玩，建造城堡和挖隧道。
9.The developers tested the new features in a sandbox to ensure everything worked correctly.
开发人员在一个沙盒中测试新功能，以确保一切正常运作。
10.The software company created a sandbox environment for users to try out their product without risk.
这家软件公司创建了一个沙盒环境，让用户可以在没有风险的情况下试用他们的产品。
11.My cat enjoys playing with her toys in the sandbox I made for her.
我的猫喜欢在我为她制作的沙盒里玩玩具。
作文
In the realm of software development, the term sandbox refers to a testing environment that isolates untested code changes and outright experimentation from the production environment or repository. This concept is crucial because it allows developers to run their applications in a controlled setting where they can safely test new features, fix bugs, and ensure that everything functions as intended before deploying it to users. The metaphor of a sandbox comes from the childhood play area filled with sand, where children can freely build and create without the constraints of the outside world. Similarly, in a digital sandbox, developers can explore and innovate without the risk of affecting the live application or system.Using a sandbox environment can significantly enhance the software development process. For instance, when a developer introduces a new feature, they can first implement it in the sandbox to observe how it interacts with existing functionalities. This isolation helps identify potential conflicts and issues early on, saving time and resources in the long run. Moreover, a sandbox allows for automated testing, where scripts can be run to verify that the new code behaves as expected under various conditions.Another important aspect of sandbox environments is security. By creating a separate space for testing, developers can mitigate risks associated with running unverified code. Malicious software or vulnerabilities can be contained within the sandbox, preventing them from spreading to the main system. This is particularly vital in today’s cybersecurity landscape, where threats are increasingly sophisticated and prevalent.Beyond software development, the idea of a sandbox has been adopted in other fields as well. For example, in education, teachers might set up a sandbox environment for students to experiment with coding or other technical skills. This hands-on approach allows learners to make mistakes and learn from them without the fear of severe consequences, fostering creativity and critical thinking.In the world of finance, regulatory bodies sometimes use a sandbox model to allow fintech companies to test their innovations under a regulator's supervision. This enables startups to develop their products while ensuring compliance with legal standards, ultimately benefiting consumers by promoting innovation and competition.The versatility of the sandbox concept highlights its importance across various sectors. Whether in technology, education, or finance, the ability to experiment and innovate in a safe environment is invaluable. As we continue to advance in these fields, the sandbox will remain a fundamental tool for fostering creativity, enhancing security, and driving progress.In conclusion, the term sandbox encapsulates the essence of experimentation and safety in various domains. It provides a necessary buffer between the creative process and the real world, allowing individuals and organizations to explore new ideas without fear of failure. Embracing the sandbox philosophy can lead to significant advancements and innovations, making it an essential component of modern practice in many industries.
在软件开发领域，术语沙盒指的是一种测试环境，它将未经测试的代码更改和完全的实验与生产环境或代码库隔离开来。这个概念至关重要，因为它允许开发人员在一个受控的环境中运行他们的应用程序，在这里他们可以安全地测试新功能，修复错误，并确保一切按预期工作，然后再将其部署给用户。沙盒的隐喻来自于充满沙子的儿童游乐区，孩子们可以在这里自由地建造和创造，而不受外部世界的约束。同样，在数字沙盒中，开发人员可以探索和创新，而不必担心影响到实时应用程序或系统。使用沙盒环境可以显著增强软件开发过程。例如，当开发人员引入新功能时，他们可以首先在沙盒中实现它，以观察它与现有功能的互动。这种隔离有助于及早识别潜在的冲突和问题，从而节省时间和资源。此外，沙盒还允许进行自动化测试，可以运行脚本以验证新代码在各种条件下是否按预期行为。沙盒环境的另一个重要方面是安全性。通过创建一个单独的测试空间，开发人员可以减轻与运行未经验证的代码相关的风险。恶意软件或漏洞可以被限制在沙盒内，防止它们传播到主系统。这在当今网络安全环境中尤为重要，因为威胁越来越复杂和普遍。除了软件开发，沙盒的概念也被其他领域采用。例如，在教育中，教师可以为学生设置一个沙盒环境，让他们尝试编码或其他技术技能。这种动手实践的方法使学习者能够犯错并从中学习，而不必担心严重后果，从而培养创造力和批判性思维。在金融领域，监管机构有时使用沙盒模型，允许金融科技公司在监管者的监督下测试他们的创新。这使初创公司能够开发他们的产品，同时确保遵守法律标准，最终通过促进创新和竞争来使消费者受益。沙盒概念的多功能性突显了它在各个行业的重要性。无论是在技术、教育还是金融领域，在安全环境中进行实验和创新的能力都是无价的。随着我们在这些领域的不断进步，沙盒将继续成为促进创造力、增强安全性和推动进步的基本工具。总之，术语沙盒概括了在各个领域中实验和安全的本质。它为创造过程和现实世界之间提供了必要的缓冲，使个人和组织能够探索新想法而不必担心失败。接受沙盒理念可以带来重大的进步和创新，使其成为许多行业现代实践的关键组成部分。
