根据Jürgen Weigert的回答，我有一些改进:

docker build -t xeyes - << __EOF__
FROM debian
RUN apt-get update
RUN apt-get install -qqy x11-apps
ENV DISPLAY :0
CMD xeyes
__EOF__
XSOCK=/tmp/.X11-unix
XAUTH_DIR=/tmp/.docker.xauth
XAUTH=$XAUTH_DIR/.xauth
mkdir -p $XAUTH_DIR && touch $XAUTH
xauth nlist $DISPLAY | sed -e 's/^..../ffff/' | xauth -f $XAUTH nmerge -
docker run -ti -v $XSOCK:$XSOCK -v $XAUTH_DIR:$XAUTH_DIR -e XAUTHORITY=$XAUTH xeyes

唯一的区别是它创建了一个目录$XAUTH_DIR，用于放置$XAUTH文件，并将$XAUTH_DIR目录而不是$XAUTH文件挂载到docker容器中。

这种方法的好处是你可以在/etc/rc.中写入命令在/tmp目录下创建一个名为$XAUTH_DIR的空文件夹，并将其模式更改为777。

tr '\n' '\000' < /etc/rc.local | sudo tee /etc/rc.local >/dev/null
sudo sed -i 's|\x00XAUTH_DIR=.*\x00\x00|\x00|' /etc/rc.local >/dev/null
tr '\000' '\n' < /etc/rc.local | sudo tee /etc/rc.local >/dev/null
sudo sed -i 's|^exit 0.*$|XAUTH_DIR=/tmp/.docker.xauth; rm -rf $XAUTH_DIR; install -m 777 -d $XAUTH_DIR\n\nexit 0|' /etc/rc.local

当系统重启时，在用户登录前，如果容器的重启策略为always, docker会自动挂载$XAUTH_DIR目录。用户登录后，可以在~/中写入命令。配置文件是创建$XAUTH文件，然后容器将自动使用这个$XAUTH文件。

tr '\n' '\000' < ~/.profile | sudo tee ~/.profile >/dev/null
sed -i 's|\x00XAUTH_DIR=.*-\x00|\x00|' ~/.profile
tr '\000' '\n' < ~/.profile | sudo tee ~/.profile >/dev/null
echo "XAUTH_DIR=/tmp/.docker.xauth; XAUTH=\$XAUTH_DIR/.xauth; touch \$XAUTH; xauth nlist \$DISPLAY | sed -e 's/^..../ffff/' | xauth -f \$XAUTH nmerge -" >> ~/.profile

毕竟，容器将在每次系统重新启动和用户登录时自动获取Xauthority文件。

Xauthority becomes an issue with newer systems. I can either discard any protection with xhost + before running my docker containers, or I can pass in a well prepared Xauthority file. Typical Xauthority files are hostname specific. With docker, each container can have a different host name (set with docker run -h), but even setting the hostname of the container identical to the host system did not help in my case. xeyes (I like this example) simply would ignore the magic cookie and pass no credentials to the server. Hence we get an error message 'No protocol specified Cannot open display'

Xauthority文件的编写方式可以使主机名无关紧要。 我们需要将认证家族设置为“FamilyWild”。我不确定xauth是否有合适的命令行，所以这里有一个结合xauth和sed的示例。我们需要改变nlist输出的前16位。FamilyWild的值为65535或0xffff。

docker build -t xeyes - << __EOF__
FROM debian
RUN apt-get update
RUN apt-get install -qqy x11-apps
ENV DISPLAY :0
CMD xeyes
__EOF__
XSOCK=/tmp/.X11-unix
XAUTH=/tmp/.docker.xauth
xauth nlist :0 | sed -e 's/^..../ffff/' | xauth -f $XAUTH nmerge -
docker run -ti -v $XSOCK:$XSOCK -v $XAUTH:$XAUTH -e XAUTHORITY=$XAUTH xeyes

共享主机显示:0，正如在其他一些回答中所述，有两个缺点:

由于某些X安全漏洞，它打破了容器隔离。例如，可以使用xev或xinput进行键盘记录，使用xdotool远程控制主机应用程序。 由于X扩展MIT-SHM缺少共享内存，应用程序可能会出现呈现故障和糟糕的RAM访问错误。(也可以通过隔离降级选项——ipc=host进行修复)。

下面是一个在Xephyr中运行docker映像的示例脚本，可以解决这个问题。

当docker应用程序运行在嵌套的X服务器上时，它避免了X安全泄漏。 MIT-SHM关闭，避免RAM访问失败。 容器安全性通过——cap-drop ALL——security-opt no-new-privileges得到改进。容器用户也不是root用户。 创建一个X cookie来限制对Xephyr显示的访问。

脚本需要一些参数，第一个是在Xephyr中运行的主机窗口管理器，第二个是docker映像，第三个是可选的 要执行的映像命令。 要在docker中运行桌面环境，请使用“:”而不是主机窗口管理器。

关闭Xephyr窗口将终止docker容器应用程序。终止停靠的应用程序关闭Xephyr窗口。

例子:

x11docker/lxde pcmanfm . xphyrdocker "openbox——sm-disable Xephyrdocker: x11docker/lxde Xephyrdocker xfwm4——device /dev/snd jess/nes /games/zelda.rom

xephyrdocker script:

#! /bin/bash
#
# Xephyrdocker:     Example script to run docker GUI applications in Xephyr.
#
# Usage:
#   Xephyrdocker WINDOWMANAGER DOCKERIMAGE [IMAGECOMMAND [ARGS]]
#
# WINDOWMANAGER     host window manager for use with single GUI applications.
#                   To run without window manager from host, use ":"
# DOCKERIMAGE       docker image containing GUI applications or a desktop
# IMAGECOMMAND      command to run in image
#
Windowmanager="$1" && shift
Dockerimage="$*"

# Container user
Useruid=$(id -u)
Usergid=$(id -g)
Username="$(id -un)"
[ "$Useruid" = "0" ] && Useruid=1000 && Usergid=1000 && Username="user$Useruid"

# Find free display number
for ((Newdisplaynumber=1 ; Newdisplaynumber <= 100 ; Newdisplaynumber++)) ; do
  [ -e /tmp/.X11-unix/X$Newdisplaynumber ] || break
done
Newxsocket=/tmp/.X11-unix/X$Newdisplaynumber

# cache folder and files
Cachefolder=/tmp/Xephyrdocker_X$Newdisplaynumber
[ -e "$Cachefolder" ] && rm -R "$Cachefolder"
mkdir -p $Cachefolder
Xclientcookie=$Cachefolder/Xcookie.client
Xservercookie=$Cachefolder/Xcookie.server
Xinitrc=$Cachefolder/xinitrc
Etcpasswd=$Cachefolder/passwd

# command to run docker
# --rm                               created container will be discarded.
# -e DISPLAY=$Newdisplay             set environment variable to new display
# -e XAUTHORITY=/Xcookie             set environment variable XAUTHORITY to provided cookie
# -v $Xclientcookie:/Xcookie:ro      provide cookie file to container
# -v $NewXsocket:$NewXsocket:ro      Share new X socket of Xephyr
# --user $Useruid:$Usergid           Security: avoid root in container
# -v $Etcpasswd:/etc/passwd:ro       /etc/passwd file with user entry
# --group-add audio                  Allow access to /dev/snd if shared with '--device /dev/snd' 
# --cap-drop ALL                     Security: disable needless capabilities
# --security-opt no-new-privileges   Security: forbid new privileges
Dockercommand="docker run --rm \
  -e DISPLAY=:$Newdisplaynumber \
  -e XAUTHORITY=/Xcookie \
  -v $Xclientcookie:/Xcookie:ro \
  -v $Newxsocket:$Newxsocket:rw \
  --user $Useruid:$Usergid \
  -v $Etcpasswd:/etc/passwd:ro \
  --group-add audio \
  --env HOME=/tmp \
  --cap-drop ALL \
  --security-opt no-new-privileges \
  $(command -v docker-init >/dev/null && echo --init) \
  $Dockerimage"

echo "docker command: 
$Dockercommand
"

# command to run Xorg or Xephyr
# /usr/bin/Xephyr                an absolute path to X server executable must be given for xinit
# :$Newdisplaynumber             first argument has to be new display
# -auth $Xservercookie           path to cookie file for X server. Must be different from cookie file of client, not sure why
# -extension MIT-SHM             disable MIT-SHM to avoid rendering glitches and bad RAM access (+ instead of - enables it)
# -nolisten tcp                  disable tcp connections for security reasons
# -retro                         nice retro look
Xcommand="/usr/bin/Xephyr :$Newdisplaynumber \
  -auth $Xservercookie \
  -extension MIT-SHM \
  -nolisten tcp \
  -screen 1000x750x24 \
  -retro"

echo "X server command:
$Xcommand
"

# create /etc/passwd with unprivileged user
echo "root:x:0:0:root:/root:/bin/sh" >$Etcpasswd
echo "$Username:x:$Useruid:$Usergid:$Username,,,:/tmp:/bin/sh" >> $Etcpasswd

# create xinitrc
{ echo "#! /bin/bash"

  echo "# set environment variables to new display and new cookie"
  echo "export DISPLAY=:$Newdisplaynumber"
  echo "export XAUTHORITY=$Xclientcookie"

  echo "# same keyboard layout as on host"
  echo "echo '$(setxkbmap -display $DISPLAY -print)' | xkbcomp - :$Newdisplaynumber"

  echo "# create new XAUTHORITY cookie file" 
  echo ":> $Xclientcookie"
  echo "xauth add :$Newdisplaynumber . $(mcookie)"
  echo "# create prepared cookie with localhost identification disabled by ffff,"
  echo "# needed if X socket is shared instead connecting over tcp. ffff means 'familiy wild'"
  echo 'Cookie=$(xauth nlist '":$Newdisplaynumber | sed -e 's/^..../ffff/')" 
  echo 'echo $Cookie | xauth -f '$Xclientcookie' nmerge -'
  echo "cp $Xclientcookie $Xservercookie"
  echo "chmod 644 $Xclientcookie"

  echo "# run window manager in Xephyr"
  echo $Windowmanager' & Windowmanagerpid=$!'

  echo "# show docker log"
  echo 'tail --retry -n +1 -F '$Dockerlogfile' 2>/dev/null & Tailpid=$!'

  echo "# run docker"
  echo "$Dockercommand"
} > $Xinitrc

xinit  $Xinitrc -- $Xcommand
rm -Rf $Cachefolder

这个脚本在x11docker wiki上维护。 更高级的脚本是x11docker，它还支持GPU加速、网络摄像头和打印机共享等功能。

OSX (10.13.6, high sierra)

类似于@Nick的答案，但他的解决方案对我不起作用。

首先通过brew install socat安装socat，然后安装XQuartz (https://www.xquartz.org/)

请在评论区(http://fabiorehm.com/blog/2014/09/11/running-gui-apps-with-docker/)按照以下步骤进行:

1. in one mac terminal i started:

socat TCP-LISTEN:6000,reuseaddr,fork UNIX-CLIENT:\"$DISPLAY\"

2. and in another mac terminal I ran:

docker run -ti --rm \
-e DISPLAY=$(ipconfig getifaddr en0):0 \
-v /tmp/.X11-unix:/tmp/.X11-unix \
firefox

我也可以从我的debian docker容器中启动CLion。

你可以允许Docker用户(这里是root)访问X11显示:

XSOCK=/tmp/.X11-unix
xhost +SI:localuser:root 
docker run -t -i --rm -v $XSOCK:$XSOCK:ro -e DISPLAY=unix$(DISPLAY) image 
xhost -SI:localuser:root

我通过以下步骤从USB摄像头使用opencv在docker中运行视频流:

Let docker access the X server xhost +local:docker Create the X11 Unix socket and the X authentication file XSOCK=/tmp/.X11-unix XAUTH=/tmp/.docker.xauth Add proper permissions xauth nlist $DISPLAY | sed -e 's/^..../ffff/' | xauth -f $XAUTH nmerge - Set the Qt rendering speed to "native", so it doesn't bypass the X11 rendering engine export QT_GRAPHICSSYSTEM=native Tell Qt to not use MIT-SHM (shared memory) - that way it should be also safer security-wise export QT_X11_NO_MITSHM=1 Update the docker run command docker run -it \ -e DISPLAY=$DISPLAY \ -e XAUTHORITY=$XAUTH \ -v $XSOCK:$XSOCK \ -v $XAUTH:$XAUTH \ --runtime=nvidia \ --device=/dev/video0:/dev/video0 \ nvcr.io/nvidia/pytorch:19.10-py3

注意:当你完成项目时，返回默认值的访问控制- xhost -local:docker

更多细节:使用GUI的Docker

图片来源:使用Tensorflow、OpenCV和Docker进行实时和视频处理对象检测