Here is the Dockerfiles to dockerize popular EDA (Electronic Design Automation) tools!

With docker images made from these Dockerfiles, we could do:

• Build/test your design on the cloud server (but here comes a license issue :) )
• Maintain tools with as many different version as you want without difficulties
• Provide tools for you or your peer's desktop computer regardless of which OS you are using
• Continuous Integration (CI) for your design
• and much more!

Of course, most things listed above could be done without Docker and meaningless job made by me :)
I don't know dockering tools is useful or not...

• Synosys
  • Design Compiler (DC)
  • IC Compiler (ICC)
  • VCS (RTL Simulator) (N-2017; w/ Ubuntu 16.04)
  • HSPICE (N-2017; for J-2014 netbase package is also required (#6))
• Cadence
  • Incisive (NCSim)
  • Virtuoso (IC)

• You should NOT upload an image containing commercial tool to PUBLIC docker registry! ;-)

• Intermediate images are not removed automatically, you have to remove by yourself for now. (see below)

• X11 forwarding with host was not prepared. In other words, with this image you cannot open GUI windows out-of-the-box. (See #3)

• How can we run docker container with unpriviledged permission? In other words, can this image be used similar to desktop applications?

  • Currently, I did not prepare to drop root priviledge in Dockerfiles
  • Singularity could be a solution #5

• Docker 17.05 (this script uses multi-stage build feature)
• Installer and installation package of the tool you want to dockerize
  • This repository consists of just Dockerfiles, not of actual images or installer packages

• Clone this repository to your workstation.
• Copy (or bind mount) installer and installation package to the subdirectory
  • Refer to shell scripts for bind-mounting installation files from other path. Bind mount was used only for avoiding copy installation package to working path
• modify dockerfile to match with your tool version, your requirements, etc.
• Execute below command to create an image.

$ sudo docker build -t <image_name>:<version> -f <Dockerfile> .
e.g. $ sudo docker build -t synopsys_dc:X-2020.4 -f Dockerfile_Synopsys_DC .

• You can manually remove intermediate images created during building an image.

$ sudo docker images    # find a tag of the intermediate image
$ sudo docker rmi <image_tag_you_want_to_remove>

or

$ docker rmi $(docker images --filter "dangling=true" -q --no-trunc)

• Example command to run a container
  • You should pass LM_LICENSE_FILE environment variable regarding your license server
  • Consider bind mount your user directory

$ sudo docker run --rm -it -e LM_LICENSE_FILE="<port>@<license_server>" \
                   <image_name> [<command>]

• To run a container with GUI (X11) enabled, see #3.

• Requires following jobs to be run within Ubuntu (14.04) environment

$ sudo apt install csh libxss1 libsm6 libice6 libxft2 libjpeg62 libtiff5 libmng2 libpng12-0
# WORKAROUND link old library filenames with newer version
$ sudo ln -s /usr/lib/x86_64-linux-gnu/libtiff.so.5 /usr/lib/x86_64-linux-gnu/libtiff.so.3
$ sudo ln -s /usr/lib/x86_64-linux-gnu/libmng.so.2 /usr/lib/x86_64-linux-gnu/libmng.so.1

• Change default shell from dash to bash for avoiding shell script compatibility issues

$ sudo update-alternatives --install /bin/sh sh /bin/bash 20

• Ubuntu 18.04 requires additional treatments, because libpng12-0 package was removed from that version
  • Manually download and install libpng12-0 package, or add source of older releases and install package from that source like below:

$ sudo 'echo "deb http://security.ubuntu.com/ubuntu xenial-security main" >> /etc/apt/sources.list'
$ sudo apt update
$ sudo apt install -y -t xenial libpng12-0

• Requires libxml2 also

• Requires netbase package, which has /etc/protocols file

• Additionally required packages:

  • dc
  • gcc/g compiler
    • In Debian/Ubuntu, you can do that by simply installing build-essential package (with unnecessary more packages ;-( )

• Define below environment variables

$ export VCS_HOME=<path_to_vcs>
$ export VCS_TARGET_ARCH="amd64"

• Set alias for vcs command. Below example is for Bash shell:
  $ alias vcs="vcs -full64"
  • Unfortunately, VCS_TARGET_ARCH was not fully effective
  • This was not implemented in VCS Dockerfile for now

• Requires following packages

$ sudo apt install openjdk-6-jre  # for installer
$ sudo dpkg --add-architecture i386
$ sudo apt libxtst6:i386 libxext6:i386 libxi6:i386 ksh csh \

• Define below environment variable to execute 64-bit binary
  $ export CDS_AUTO_64BIT=ALL

• (Virtuoso) Define below environment variable regarding inside <path/to/virtuoso>/share/oa/lib/
$ export OA_UNSUPPORTED_PLAT "linux_rhel50_gcc48x"

• Have to mimic OS vendor and version as Redhat 7.0
  • Refer to the Patch file