用docker定义和运行复杂应用程序的工具(tools for defining and running complex applications with docker)

用docker定义和运行复杂应用程序的工具(tools for defining and running complex applications with docker)

当您在开发生命周期中使用docker时，您需要一些工具来定义和运行复杂的应用程序。 实际上存在一些替代品，如： 无花果 ， 起重机和最新的码头组合 。

我有无花果和起重机的经验，但最近我发现了一些docker-compose的参考，但我不知道为什么docker group重新发明了这个区域的轮子。

在本地计算机上使用docker运行复杂环境的最佳选择是什么，例如：探索性测试，单元测试，或唤醒一组数据服务，如：postgres，redis，mongodb。

When you use docker on your develop life-cicle is common that you need some tools for defining and running complex applications. Actually exist somes alternatives like: fig, crane and the newest docker-compose.

I have experience with fig and crane, but recently I found some references of docker-compose but I don't know why docker group reinvent the wheel in this area.

What it's the better option to run on your local machine a complex environment with docker, for example to do: exploratory test, unit test, or to wake up a group of data services like: postgres, redis, mongodb.

最满意答案

最近，Docker团队宣布将发布用于管理容器的新工具，包括Compose 。

Compose已经取代了Fig ， 问题跟踪器上的活动表明，随着其他工具的发布，它可能会在未来推出新功能。

我是一个很长时间的用户，所以当我建议你现在继续使用docker-compose时，我有点偏颇。 如果你想给Crane一个机会，那么你也可能有兴趣探索使用GNU Make来管理你的容器。

Recently, the Docker team has announced that it will be releasing new tools for managing your containers, including Compose.

Compose has already replaced Fig and the activity on the issue tracker suggests that it might potentially introduce new features down the road as other tools are released.

I am a long-time Fig user, so I'm a bit biased when I suggest that you now continue with using docker-compose. If your going to give Crane a chance, then you also might be interested to explore using GNU Make for managing your containers.