Docker Desktop is an easy-to-install application for your Mac or Windows environment that enables you to start coding and containerizing in minutes. Docker Desktop includes everything you need to build, test and ship containerized applications right from your machine. Quicken for mac 2018 support.

EDIT: Homebrew now contains docker. Just brew install docker away. You may still need/want to forwards ports and stuff like that. The newer versions of docker (currently 0.6.2) no longer have a Makefile to build the current version, so the way to a local docker binary for Mac OS X wasn't obvious for me. But it ain't that hard: $ mkdir tmp $ export GOPATH=`pwd`/tmp $ go get -v github.com/dotcloud/docker/docker # (this may take some time) $ sudo cp tmp/bin/docker /usr/local/bin/ $ rm -rf tmp If you now run your new docker command, you should get an error about docker being unable to connect to a socket at /var/run/docker.sock: $ docker version Go version (client): go1.1.1 2013/09/09 15:04:07 dial unix /var/run/docker.sock: no such file or directory The problem is obvious: you don't have a local docker daemon running.

I assume you followed the vagrant guide at docker.io and have your VirtualBox VM with docker running. We need to modify this VM a bit, so our local docker client can reach the docker server inside it.

• Modify the Vagrantfile and add the following line inside the Vagrant::Config.run block (e.g. Before the end in line 44): config.vm.forwardport 4243, 4243 (My Vagrantfile). • Inside the VM, edit the /etc/init/docker file and add the argument -H tcp://0.0.0.0:4243, so the daemon listens on all network devices. • Now reboot the VM with vagrant reload (in your docker project folder), so both previous changes take effect.

• In your local shell, alias the docker command to use the network as well: alias docker='docker -H tcp://127.0.0.1:4243/'. You may want to add this line to you.bashrc or something similar. When you now enter docker version you should see something like this (note the server version): $ docker version Go version (client): go1.1.1 Server version: 0.6.1 Git commit (server): 5105263 Go version (server): go1.1.2 Done!

You are good to go. Have fun with Docker!!!! A word of warning: This changes allows anyone to send your docker daemon commands and control it! You should make sure the VM is only reachable from your local machine.!!!

You're right: Docker for Mac and Docker for Windows both run Linux containers in a Linux VM. Virtual machines are supposed to have near native performance. However, if the host machine does not have enough memory to serve the memory requirements of the VM as well as that of the underlying OS (Mac or Windows), then there's going to be performance penalties because of things like swap thrashing and memory balooning. There could be a further slowdown if your host has a slow spinning disk instead of an SSD. So: Assigning more memory to the Linux VM will help only if there is enough memory in the host. The probably is not even usually CPU, memory, or network - it is almost always entirely down to the disk performance. Even then, it's not the disks of the VMs themselves, it's mounting folders from the host onto a VM - because it's not a native filesystem, solutions like NFS exist, different Hypervisors have their own filesystems.

Docker for Mac uses a custom one called osxfs to share the host filesystem with the VM it runs. In other words, if you mount anything into your containers from your host machine, you are very likely to see worse performance. If you don't mount anything from the host machine, you are likely to see near-native performance, as long as you haven't run out of other resources (CPU, memory, network). You can read more about osxfs here: Edit: To add to this, you may have realised from what I've just been saying - if you didn't use any host-mounted folders ever, you could actually sync the code into your VM. I've done this before using unison and you can achieve near-native performance then on macOS. Since I did this I believe a tool has been released to handle this automatically for you, but I can't remember what it's called.

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I've been using Linux now for about a year and have been loving native Docker without messing around. While still slower than running natively on Linux, there are some mitigations for performance problems for shared folders on MacOS: • If the app in your container creates cache files (like compiled code), define this cache directory as a separate volume and don't export it to your host.