Compose
About versions and upgrading (Compose)
ASP.NET Core + SQL Server on Linux (Compose)
CLI environment variables (Compose)
Command-line completion (Compose)
Compose（组成）
Compose command-line reference（组合命令行参考）
Control startup order (Compose)
Django and PostgreSQL (Compose)
Docker stacks and distributed application bundles (Compose)
docker-compose build（docker-compose构建）
docker-compose bundle
docker-compose config
docker-compose create
docker-compose down
docker-compose events
docker-compose exec
docker-compose help
docker-compose images
docker-compose kill
docker-compose logs
docker-compose pause
docker-compose port
docker-compose ps
docker-compose pull
docker-compose push
docker-compose restart
docker-compose rm
docker-compose run
docker-compose scale
docker-compose start
docker-compose stop
docker-compose top
docker-compose unpause
docker-compose up
Environment file (Compose)
Environment variables in Compose
Extend services in Compose
Frequently asked questions (Compose)
Getting started (Compose)
Install Compose
Link environment variables (deprecated) (Compose)
Networking in Compose
Overview of Docker Compose
Overview of docker-compose CLI
Quickstart: Compose and WordPress
Rails and PostgreSQL (Compose)
Sample apps with Compose
Using Compose in production
Using Compose with Swarm
Engine
.NET Core application (Engine)
About images, containers, and storage drivers (Engine)
Add nodes to the swarm (Engine)
Apply custom metadata (Engine)
Apply rolling updates (Engine)
apt-cacher-ng
Best practices for writing Dockerfiles (Engine)
Binaries (Engine)
Bind container ports to the host (Engine)
Breaking changes (Engine)
Build your own bridge (Engine)
Configure container DNS (Engine)
Configure container DNS in user-defined networks (Engine)
CouchDB (Engine)
Create a base image (Engine)
Create a swarm (Engine)
Customize the docker0 bridge (Engine)
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Default bridge network
Delete the service (Engine)
Deploy a service (Engine)
Deploy services to a swarm (Engine)
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Docker container networking (Engine)
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Docker run reference (Engine)
Dockerfile reference (Engine)
Dockerize an application
Drain a node (Engine)
Engine
FAQ (Engine)
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Get started (Engine)
Get started with macvlan network driver (Engine)
Get started with multi-host networking (Engine)
How nodes work (Engine)
How services work (Engine)
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Install Docker (Engine)
IPv6 with Docker (Engine)
Join nodes to a swarm (Engine)
Legacy container links (Engine)
Lock your swarm (Engine)
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Manage sensitive data with Docker secrets (Engine)
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Manage swarm service networks (Engine)
Migrate to Engine 1.10
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Overview (Engine)
PostgreSQL (Engine)
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Riak (Engine)
Run Docker Engine in swarm mode
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Select a storage driver (Engine)
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SSHd (Engine)
Storage driver overview (Engine)
Store service configuration data (Engine)
Swarm administration guide (Engine)
Swarm mode key concepts (Engine)
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Swarm mode overview (Engine)
Understand container communication (Engine)
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Use swarm mode routing mesh (Engine)
Use the AUFS storage driver (Engine)
Use the Btrfs storage driver (Engine)
Use the Device mapper storage driver (Engine)
Use the OverlayFS storage driver (Engine)
Use the VFS storage driver (Engine)
Use the ZFS storage driver (Engine)
Engine: Admin Guide
Amazon CloudWatch logs logging driver (Engine)
Bind mounts (Engine)
Collect Docker metrics with Prometheus (Engine)
Configuring and running Docker (Engine)
Configuring logging drivers (Engine)
Control and configure Docker with systemd (Engine)
ETW logging driver (Engine)
Fluentd logging driver (Engine)
Format command and log output (Engine)
Google Cloud logging driver (Engine)
Graylog Extended Format (GELF) logging driver (Engine)
Journald logging driver (Engine)
JSON File logging driver (Engine)
Keep containers alive during daemon downtime (Engine)
Limit a container's resources (Engine)
Link via an ambassador container (Engine)
Log tags for logging driver (Engine)
Logentries logging driver (Engine)
PowerShell DSC usage (Engine)
Prune unused Docker objects (Engine)
Run multiple services in a container (Engine)
Runtime metrics (Engine)
Splunk logging driver (Engine)
Start containers automatically (Engine)
Storage overview (Engine)
Syslog logging driver (Engine)
tmpfs mounts
Troubleshoot volume problems (Engine)
Use a logging driver plugin (Engine)
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Using Chef (Engine)
Using Puppet (Engine)
View a container's logs (Engine)
Volumes (Engine)
Engine: CLI
Daemon CLI reference (dockerd) (Engine)
docker
docker attach
docker build
docker checkpoint
docker checkpoint create
docker checkpoint ls
docker checkpoint rm
docker commit
docker config
docker config create
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Engine: Extend
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Volume plugins (Engine)
Engine: Security
AppArmor security profiles for Docker (Engine)
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Content trust in Docker (Engine)
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Docker security (Engine)
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Engine: Tutorials
Engine tutorials
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Get Started
Part 1: Orientation
Part 2: Containers
Part 3: Services
Part 4: Swarms
Part 5: Stacks
Part 6: Deploy your app
Machine
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Notary
Client configuration (Notary)
Common Server and signer configurations (Notary)
Getting started with Notary
Notary changelog
Notary configuration files
Running a Notary service
Server configuration (Notary)
Signer configuration (Notary)
Understand the service architecture (Notary)
Use the Notary client
©
このドキュメントでは、 php中国語ネットマニュアル リリース
テキスト
1：概况介绍
2：集装箱
3：服务
4：成群
5：堆叠
6：部署应用程序
欢迎%21我们很兴奋你想学习如何使用码头。
在本六部分教程中，您将：
在这页上设置并定位。
构建并运行您的第一个应用程序
将您的应用程序转换为扩展服务
跨越多台机器的服务
添加保存数据的访问者计数器
把你的蜂群部署到生产中
应用程序本身非常简单，因此您不会因为代码所做的事情而分心。毕竟，Docker的价值在于它如何构建、发布和运行应用程序；它完全不知道您的应用程序实际做了什么。
先决条件
虽然我们将在此过程中定义概念，但理解它对您是有好处的什么码头工人？和你为什么要用码头在我们开始之前。
在继续之前，我们还需要假设您熟悉一些概念：
IP地址和端口
虚拟机
编辑配置文件
基本熟悉代码依赖和构建的思想。
机器资源使用术语，如CPU百分比、RAM使用字节等。
集装箱简析
安图像是一个轻量级的、独立的、可执行的包，它包含运行一段软件所需的一切，包括代码、运行时、库、环境变量和配置文件。
阿集装箱是映像的运行时实例--当实际执行时，映像在内存中会变成什么。默认情况下，它与主机环境完全隔离运行，只有在配置为访问主机文件和端口的情况下才能访问主机文件和端口。
容器在主机内核上本地运行应用程序。它们比虚拟机具有更好的性能特征，虚拟机只能通过虚拟机管理程序对主机资源进行虚拟访问。容器可以获得本机访问，每个容器运行在一个离散的进程中，不需要比任何其他可执行文件占用更多的内存。
容器与虚拟机
考虑一下将虚拟机与容器进行比较的图表：
虚拟机图
虚拟机运行客户操作系统-请注意每个框中的OS层。这是资源密集型的，由此产生的磁盘映像和应用程序状态是操作系统设置、系统安装的依赖项、操作系统安全补丁以及其他容易丢失、难以复制的临时内存的纠缠。
集装箱图
容器可以共享一个内核，而容器映像中唯一需要的信息是可执行文件及其包依赖项，它们从来不需要安装在主机系统上。这些进程像本机进程一样运行，您可以通过运行以下命令来单独管理它们docker ps-就像你跑ps在Linux上查看活动进程。最后，因为它们包含所有的依赖项，所以不存在配置纠缠；容器化应用程序“运行在任何地方”。
设置
在我们开始之前，请确保您的系统安装了最新版本的Docker。
安装码头
注：要求版本1.13或更高版本
你应该能跑docker run hello-world看到这样的回应：
$ docker run hello-world Hello from Docker!This message shows that your installation appears to be working correctly.To generate this message, Docker took the following steps:...(snipped)...
现在也是一个很好的时间，以确保您正在使用的版本1.13或更高。跑docker --version去查查。
$ docker --version Docker version 17.05.0-ce-rc1, build 2878a85
如果你看到像上面这样的信息，你已经准备好开始你的旅程了。
结语
规模单位是一个单独的、可移植的可执行文件，有着广泛的含义。这意味着CI/CD可以将更新推送到分布式应用程序的任何部分，系统依赖关系不是问题，而且资源密度也增加了。缩放行为的编排是一个新的可执行文件，而不是新的VM主机。
我们将学习所有这些东西，但首先让我们学会走路。
关于第二部分？