Dropdown menu in the top-right of the UI on a local machine (PC):
Kernel->
Change kernel->
Python 2 (on a local PC)
Python 3 (on a
IPython use kernel is a file in ~/.ipython/kernel/<name>
that describe how to launch a kernel. If you create your own kernel (remote, or whatever) it's up to you to have the program run the remote kernel and bind locally to the port the notebook is expected.
The IPython notebook talks to the kernels over predefined ports. To talk to a remote kernel, you just need to forward the ports to the remote machine as part of the kernel initialisation, the notebook doesn't care where the kernel is as long as it can talk to it.
You could either set up a wrapper script that gets called in the kernel spec file (https://ipython.org/ipython-doc/dev/development/kernels.html#kernel-specs) or use a module that can help you set up and manage different kinds of remote kernels: (pip install remote_ikernel
; https://bitbucket.org/tdaff/remote_ikernel).
If you are using remote_ikernel, and have ssh access to the machine, the following command will set up the entry in the drop down list:
remote_ikernel manage --add \
--kernel_cmd="ipython kernel -f {connection_file}" \
--name="Remote Python" --interface=ssh \
--host=my_remote_machine
Remote jupyter kernel/kernels administration utility (the rk): https://github.com/korniichuk/rk
Install the rk from GitHub:
$ sudo pip install git+git://github.com/korniichuk/rk#egg=rk
Setup SSH for auto login without a password:
$ rk ssh
Install a template of a remote jupyter kernel:
$ rk install-template
Change the kernel.json
file:
$ sudo gedit /usr/local/share/jupyter/kernels/template/kernel.json
For example from remote_username@remote_host
to albert@192.168.0.1
.
Click: Quickstart and YouTube video (less than 3 min).