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These will resolve automatically if you do, though the installer might ask you to approve the installation of additional packages if needed. Under most circumstances, you won’t have dependency problems. Click the “Install Package” button, and then you’ll be prompted to run the installer as root. You may have to double click on the file in a file manager at ~/Downloads in order to open it. Once you’ve acquired the file and fully understand the risks involved, open the package with the graphical package manager. This will work on distributions that use DEB packages, which includes Debian and Ubuntu.
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Sites like the Internet Archive at legitimately hold a safe copy of this file, but you’ll still want to conduct a malware scan even after you’ve completed a verification. You’ll need to confirm the md5sum as well, so keep this in mind when searching for it. Search for a file entitled google-chrome-stable_.116-1_b, but make sure to only download it from a reputable source.
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It’s also not at all advisable to install this package if you have some other version of Chrome installed already. You’re also injecting closed-source code into an open-source installation by doing so. You shouldn’t use it as a live browser, but it does still support the Netflix platform. Since you won’t be secure, you’ll only want to use this for a few specialized tasks like watching Netflix videos.
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In fact, the software will warn you as such. Google no longer supports this version, so you won’t receive updates. There’s a workaround to install the last stable version of the 32-bit software on machines, but keep a few caveats in mind.
Modern versions only come out for 64-bit Linux environments. Google surprised many Linux users, however, when they announced they would no longer provide updates for 32-bit Linux distributions.
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Make sure to name the file Dockerfile.Many reports indicate that Google Chrome is the most popular Web browser on desktop, portable and mobile devices. Now we can piece together our Docker commands. Lastly, we need to copy the bootstrap script into the image and tell Docker to run the script when a new container is created from it: COPY bootstrap.sh / CMD '/bootstrap.sh' Bringing together the Dockerfile
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RUN apt-get update & apt-get -y install google-chrome-stable RUN wget -q -O - | apt-key add - \ & echo "deb stable main" > /etc/apt//google.list # Install Chrome. RUN apt-get install -y wmctrl # Set the Chrome repo. RUN apt-get install -y wget # Install wmctrl. RUN apt-get install -y fluxbox # Install wget. RUN apt-get install -y xvfb # Install fluxbox. RUN apt-get install -y x11vnc # Install xvfb. We will also install wget so we can add the Google signing key to apt-get: # Install x11vnc. Now we can install required tools, including fluxbox, wmctrl, x11vnc, and xvfb. RUN useradd apps RUN mkdir -p /home/apps & chown apps:apps /home/apps We will also want to add a user for running Chrome, since running as root is not allowed by Chrome: # Add a user for running applications. It is important that we update apt-get too - otherwise, we will not be able to install any new packages: FROM ubuntu:trusty RUN apt-get update apt-get clean Since Ubuntu supports Chrome out of the box, we will use the ubuntu:trusty image as ours. It instructs Docker what to do when building the image.ĭocker images have a selectable starting point. This is accomplished by creating a plain text file named Dockerfile. With the bootstrap script completed, we can focus on actually creating the Docker image. We can bring our Bash logic together now, along with some minor tweaks: Let’s put it all into a Bash function: launch_xvfb() Bringing the bootstrap logic together Using the xdpyinfo utility, we can block until the X server is ready. In our case, we need our X server to be fully up and running before starting a window manager. Something to keep in mind when running anything in the background (Bash background job, or not) is whether or not subsequent operations will need to wait until the first background operation reaches a certain state. Since all of our container’s startup logic will need to run in a single script, we will need to start Xvfb in the background. It emulates a dumb framebuffer using virtual memory. Xvfb is an X server that can run on machines with no display hardware and no physical input devices. This is where Xvfb ( X Virtual FrameBuffer) comes in very helpful. Our first major challenge is the lack of display.