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Run CoCalc for free for a small group on your own server!
This is a free open-source multiuser CoCalc server that you can very easily install on your own computer or server using Docker. If you need something to install on a cluster of servers using Kubernetes, see cocalc-kubernetes.
LICENSE AND SUPPORT:
SECURITY STATUS:
Install Docker on your computer (e.g., apt-get install docker.io on Ubuntu). Make sure you have at least 15GB disk space free, then type:
docker run --name=cocalc -d -v ~/cocalc:/projects -p 443:443 sagemathinc/cocalc
wait a few minutes for the image to pull, decompress and the container to start, then visit https://localhost. (If you are using Microsoft Windows, instead open https://host.docker.internal/.) It is expected that you'll see a "Your connection is not private" warning, since you haven't set up a security certificate. Click "Show advanced" and "Proceed to localhost (unsafe)".
NOTES:
sudo docker ....docker volume create cocalc-volume
docker run --name=cocalc -d -v cocalc-volume:/projects -p 443:443 sagemathinc/cocalc
The above command will first download the image, then start CoCalc, storing your data in the directory ~/cocalc on your computer. If you want to store your worksheets and edit history elsewhere, change ~/cocalc to something else. Once your local CoCalc is running, open your web browser to https://localhost. (If you are using Microsoft Windows, instead open https://host.docker.internal/.)
The docker container is called cocalc and you can refer to the container and use commands like:
$ docker stop cocalc
$ docker start cocalc
You can watch the logs:
$ docker logs cocalc -f
However, these logs sometimes don't work. In that case get a bash shell in the terminal and look at the logs using tail:
$ docker exec -it cocalc bash
$ tail -f /var/log/hub.log
It is critical that the Docker container have the correct time, since CoCalc assumes that the server has the correct time. On a laptop running Docker under OS X, the clock may get messed up any time you suspend/resume your laptop. This workaround might work for you: https://github.com/arunvelsriram/docker-time-sync-agent/.
You can run CoCalc locally on your Chromebook as long as it supports Crostini Linux.
sudo su
apt-get update && apt-get upgrade && apt-get install tmux dpkg-dev
sudo su
apt-get install -y \
apt-transport-https \
ca-certificates \
curl \
gnupg2 \
software-properties-common && \
curl -fsSL https://download.docker.com/linux/debian/gpg | apt-key add - && \
apt-key fingerprint 0EBFCD88 && \
add-apt-repository \
"deb [arch=amd64] https://download.docker.com/linux/debian \
$(lsb_release -cs) \
stable" && \
apt-get update && apt-get install -y docker-ce
sudo docker run --name=cocalc -d -v /cocalc:/projects -p 443:443 -p 80:80 sagemathinc/cocalc
/sbin/ifconfig eth0|grep inet in the terminal, and use whatever ip address is listed there -- e.g., for me it was https://100.115.92.198/If you're running this docker image on a remote server and want to use ssh port forwarding to connect, type:
ssh -L 8080:localhost:443 username@remote_server
then open your web browser to https://localhost:8080
For enhanced security, make the container only listen on localhost:
docker stop cocalc
docker rm cocalc
docker run --name=cocalc -d -v ~/cocalc:/projects -p 127.0.0.1:443:443 sagemathinc/cocalc
Then the only way to access your CoCalc server is to type the following on your local computer:
ssh -L 8080:localhost:443 username@remote_server
and open your web browser to https://localhost:8080
Instead of doing:
docker run --name=cocalc -d -v ~/cocalc:/projects -p 443:443 sagemathinc/cocalc
do this:
docker run --name=cocalc -d -v ~/cocalc:/projects -p 443:443 -p <your ip address>:2222:22 sagemathinc/cocalc
Then you can do:
ssh projectid@<your ip address> -p 2222
Note that project_id is the hex id string for the project without hyphens. One way to show project id in this format is to open a .term file in the project and run this command: (This only works in CoCalc in Docker; USER is set differently in production CoCalc.)
echo $USER
To use SSH key authentication with the Docker container, have your private key file in the usual place in the host computer, for example ~/.ssh/.id_cocalc, and copy the matching public key into your project's home directory. For example, you could do the following in a .term in your project:
cd
mkdir .ssh
chmod 700 .ssh
vi .ssh/authorized_keys
... paste in contents of ~/.ssh/id_cocalc.pub from host computer ...
chmod 600 .ssh/authorized_keys
Get a bash shell insider the container, then connect to the database and make a user (me!) an admin as follows:
$ docker exec -it cocalc bash
root@931045eda11f:/# make-user-admin wstein@gmail.com
Obviously, you should really make the user you created (with its email address) an admin, not me! Refresh your browser, and then you should see an extra admin panel in the lower right of accounts settings; you can also open any project by directly visiting its URL.
Sign in as a user that is an admin (see the previous section above). Click on the Admin tab at the top, search for the user, and then click the "Password" toggle, and click "Request Password Reset Link...".
This does NOT set the password. It just makes a password reset link, which you send your user via some communications channel that works. You may need this because:
After making your main account an admin as above, search for "Account Creation Token" in the Admin tab. Put some random string there and other people will not be able to create accounts in your CoCalc container, without knowing that token.
If docker exec -it cocalc bash doesn't seem to give you the right terminal height, e.g. content is only displayed in the uppper part of the terminal, this workaround may help when launching bash:
docker exec -e COLUMNS="`tput cols`" -e LINES="`tput lines`" -it cocalc bash
More information on this issue is in moby issue 33794.
In order to build and run CoCalc on an SELinux box, first set SELinux to permissive:
$ setenforce 0
Tell docker and SELinux to "play nicely":
$ chcon -Rt svirt_sandbox_file_t cocalc
return SELinux to enabled:
$ setenforce 1
-- via discussion
If you started the container as above, there will be a directory ~/cocalc on your host computer that contains all data and files related to your projects and users -- go ahead and verify that it is there before upgrading. It might look like this:
Williams-MacBook-Pro:~ wstein$ ls cocalc
be889c14-dc96-4538-989b-4117ffe84148 postgres conf
The directory postgres contains the database files, so all projects, users, file editing history, etc. The directory conf contains some secrets and log files. There will also be one directory (like be889c14-dc96-4538-989b-4117ffe84148) for each project that is created.
To get the newest image, do this (which will take some time):
docker pull sagemathinc/cocalc
Once done, you can delete and recreate your CoCalc container: (This will not delete any of your project or user data, which you confirmed above is in ~/cocalc.)
docker stop cocalc
docker rm cocalc
docker run --name=cocalc -d -v ~/cocalc:/projects -p 443:443 sagemathinc/cocalc
Now visit https://localhost to see your upgraded server.
The CoCalc Docker images at Docker Hub contain a subset of all the software in at cocalc.com. At present, the images are about 12 GB while the cloud service has hundreds of GB of packages and libraries.
Suppose you'd like to add software to your local CoCalc instance after installing and starting the Docker container. Here's an example of how to add an install of texlive-full, in case you need more than the minimal texlive installation in the published image:
The Docker image is Ubuntu 18.04. You can do
sudo docker exec -it [container name] bash
to become root in the container, then do
apt-get install texlive-full
to install the package.
Note that the texlive-full package is over 3 GB. So you will need the additional disk space to install it, and it could take several minutes to over an hour to install, depending on your connection to the internet and the speed of your computer.
Additional notes:
umask 022 first before you install software if you are using a method other than apt-get. This step is needed to ensure that permissions are set properly. The default umask is 007. If you use pip3 or pip2 without setting the umask to 022, the package gets installed, but it is not visible to normal users as a result.pip install for Python 2 packages, and pip3 install for Python 3 packages.This section is for CoCalc developers.
Build the image:
make build-full # or make build
Run the image (to test):
make run
How I pushed this:
docker tag smc:latest sagemathinc/cocalc
docker login --username=sagemathinc
docker push sagemathinc/cocalc
Also to build at a specific commit:
docker build --build-arg commit=121b564a6b08942849372b9ffdcdddd7194b3e89 -t smc .
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