docker

简明释义

英[ˈdɒkə(r)]美[ˈdɑːkər]

n. 码头工人

物件

复 数 d o c k e r s

英英释义

单词用法

同义词

反义词

例句

1.By default docker will attach all containers to a single docker0 bridge, providing a path for packets to travel between them.

默认docker会将所有的容器连接到docker 0这网桥来提供数据包通信。

2.How to run HHVM in Docker as a daemon?

如何运行hhvm在码头作为一个守护进程？

3.This network can only be used by a docker service.

用户在使用这个选项建立网络的时候，一定要知道自己在做什么。

4.They can also take the form of a mini-store within the ad so people can buy those Docker pants without going to the Gap's site.

他们也可以采取的形式是一个小商店内的广告，使人们可以购买这些多克的裤子没有去缝的网站。

5.Understanding docker - how do containers contain all required dependencies?

如何理解Docker容器包含所有需要的依赖？

6.Images are used to create Docker containers.

镜像是用来创建容器的。

7.From the deployment of their own servers to use Docker in the cloud, this technical route is a lot of developers do not want to repeat simple work to build a simple.

从自己部署服务器到在云中使用Docker，这一条技术路线是无数不愿意重复完成简单工作的程序员构建起来的。

8.Of course, this and docker supply deficiency are concerned.

当然，这与码头工人供给不足有关。

9.The docker is an essential tool for containerizing applications.

这个docker是将应用程序容器化的重要工具。

10.We need to install docker on our server to manage the microservices.

我们需要在服务器上安装docker来管理微服务。

11.Using docker allows developers to create a consistent development environment.

使用docker可以让开发者创建一致的开发环境。

12.I pulled the latest image from the docker repository yesterday.

我昨天从docker仓库拉取了最新的镜像。

13.The docker container runs in isolation from the host system.

这个docker容器与主机系统隔离运行。

作文

In today's technology-driven world, the term docker (容器化工具) has become increasingly relevant, especially in the field of software development and deployment. A docker is a platform that enables developers to automate the deployment of applications inside lightweight, portable containers. These containers can run on any machine that has the docker software installed, which makes it easier for developers to create, deploy, and manage applications consistently across various environments. The concept of containerization is not new; however, docker has popularized it by providing an easy-to-use interface and a robust ecosystem. Before docker, developers often faced challenges when moving applications from one environment to another due to differences in operating systems, software versions, and configurations. This often led to the dreaded phrase, 'It works on my machine!' With docker, developers can package their applications along with all dependencies into a single container, ensuring that the application behaves the same way regardless of where it is deployed. One of the significant advantages of using docker is its ability to streamline the development process. Developers can create a docker image of their application, which serves as a blueprint for running the application in different environments. This image can be easily shared among team members or deployed to production servers, reducing the time and effort required for setup and configuration. Additionally, docker supports microservices architecture, which allows developers to break down applications into smaller, manageable components. Each component can run in its own docker container, enabling teams to work on different parts of the application simultaneously without interfering with each other. This approach not only enhances collaboration but also improves scalability, as individual containers can be scaled up or down based on demand. Security is another critical aspect where docker excels. Containers are isolated from one another, which means that if one container is compromised, the others remain unaffected. This isolation helps in minimizing security risks and ensures that applications run in a controlled environment. Furthermore, docker provides tools for managing access and permissions, allowing organizations to enforce security policies effectively. However, it is essential to understand that while docker offers many benefits, it is not a silver bullet. Developers must still follow best practices in coding, testing, and deploying applications. Misconfigurations or vulnerabilities within the application itself can still lead to security issues, regardless of the containerization technology used. In conclusion, the rise of docker has transformed the way software is developed, deployed, and managed. By providing a consistent environment for applications, docker has made it easier for developers to collaborate, scale, and secure their applications. As technology continues to evolve, understanding and mastering docker will be crucial for any developer looking to stay competitive in the ever-changing landscape of software development.

在当今以技术驱动的世界中，术语docker（容器化工具）变得越来越相关，尤其是在软件开发和部署领域。docker是一个平台，使开发人员能够自动化应用程序在轻量级、可移植容器中的部署。这些容器可以在任何安装了docker软件的机器上运行，这使得开发人员能够在各种环境中一致地创建、部署和管理应用程序。 容器化的概念并不是新的；然而，docker通过提供易于使用的界面和强大的生态系统使其普及。在docker出现之前，开发人员在将应用程序从一个环境移动到另一个环境时常常面临挑战，因为操作系统、软件版本和配置之间存在差异。这常常导致令人厌烦的短语，“在我的机器上能工作！”有了docker，开发人员可以将他们的应用程序与所有依赖项打包到一个单一的容器中，确保应用程序在任何地方部署时的行为都是一样的。 使用docker的一个重大优势是它能够简化开发过程。开发人员可以创建一个应用程序的docker镜像，这个镜像作为在不同环境中运行应用程序的蓝图。这个镜像可以在团队成员之间轻松共享或部署到生产服务器，减少设置和配置所需的时间和精力。 此外，docker支持微服务架构，使开发人员能够将应用程序拆分为更小的、可管理的组件。每个组件可以在自己的docker容器中运行，使团队可以同时在应用程序的不同部分上工作，而不会相互干扰。这种方法不仅增强了协作，还改善了可扩展性，因为可以根据需求上下调整单个容器的规模。 安全性是docker表现突出的另一个关键方面。容器彼此隔离，这意味着如果一个容器被攻破，其他容器仍然不受影响。这种隔离有助于最小化安全风险，并确保应用程序在受控环境中运行。此外，docker提供了管理访问和权限的工具，使组织能够有效地执行安全策略。 然而，重要的是要理解，虽然docker提供了许多好处，但它并不是万灵药。开发人员仍然必须遵循编码、测试和部署应用程序的最佳实践。应用程序本身的错误配置或漏洞仍然可能导致安全问题，无论使用何种容器化技术。 总之，docker的兴起改变了软件的开发、部署和管理方式。通过为应用程序提供一致的环境，docker使开发人员更容易协作、扩展和保护他们的应用程序。随着技术的不断发展，理解和掌握docker对任何希望在不断变化的软件开发领域保持竞争力的开发人员来说都至关重要。