This is the standalone Sage Notebook - retired
the lifetime of web-based frontends is short, alas so long, and thanks for all the issues and PRs switch to e.g. jupyter - which is now the default web-based notebook for Sagemath
Most of the notebook does not depend on having Sage installed. Only a few miscellaneous functions are imported from Sage. We welcome help in making the notebook completely independent from Sage, or indeed, any other help with the Sage notebook. Sage notebook development discussions happen on the sage-notebook mailing list.
Install Sage, then do sage -python setup.py install in the current
directory. Optionally, cd doc/ and run make html to build documentation.
Then run the notebook from within Sage as follows:
sage: import sagenb.notebook.notebook_object as nb sage: nb.notebook(directory="mynotebook")
This will create a directory mynotebook.sagenb, and all notebook
data is stored in that directory.
SSL is required for OpenID and HTTPS support in the notebook. OpenID only requires Python's built-in SSL support, whereas HTTPS support also requires the Python library pyOpenSSL. In order to ensure that these are installed, please follow the instructions in Sage's own README file (look for the section about SSL). If you don't intend to use OpenID for user logins, or HTTPS for connecting to the server, you can safely ignore this section. In particular, if you're installing a copy of Sage for your personal use only, you probably won't need OpenID or HTTPS support in the notebook.
HTTPS support in the Python library is required to download and install files, in order to install LDAP authentication support. To enable HTTPS support read the section on SSL in Sage's own README file. Enabling LDAP authentication also requires one to install the LDAP development headers. You can install the LDAP development headers to your system by using your package manager. For instance, on a Debian/Ubuntu Linux system you may install LDAP and SSL by running the following command:
$ sudo apt-get install libldap2-dev libsasl2-dev libssl-dev
Next, use the following commands to install the python-ldap package in Sage:
$ /path/to/sage -sh $ easy_install python-ldap
Once python-ldap is installed, (re)start the notebook server and the options to setup LDAP authentication will be visible in the "Notebook Settings" section of the "Settings."
Development and issue tracking of sagenb happens primarily on Github at https://github.com/sagemath/sagenb, with certain discussions at the sage-notebook Google group https://groups.google.com/forum/#!forum/sage-notebook.
Instructions for getting started with sagenb development
are found in the file HACKING.rst, including how to link
a local clone of the source to an existing Sage installation.
See the Sage Developer's guide, part of the Sage documentation, at http://www.sagemath.org/doc/developer/index.html for some further instructions. There is also a useful, if somewhat outdated, overview of the directory structure, evaluation and serving flow at http://wiki.sagemath.org/devel/SageNotebook
See sass/readme.txt for information about how to
use sagenb's SCSS files to update its CSS properly.
The Sage notebook has various localizations available, and
welcomes updates to those as well as new ones. The current
localizations are available in sagenb/translations.
The file util/translations.py encapsulates much of the
Python Babel localization utility in an easy-to-use
interface meant for the Sage notebook. We recommend its
use to update and create new translations. Full help
is available by running the file in the Sage Python
shell with the -h argument:
cd $SAGENB_ROOT sage -python ./util/translations.py -h
A more advanced introduction is in preparation.
Currently, sagenb is an upstream project from Sage proper. That means any new sagenb release needs to be packaged properly in order to be included in Sage.
Read ReleaseInstr.md for step-by-step details on how
to create such a release, including minor changes
needed on the Sage side to build/pkgs/sagenb/package-version.txt
and the checksum file.